The Mileseey XTape1 Smart Laser Tape Measure  is a combination smart laser tape measure tool that integrates a spring-wound steel blade with a laser module that delivers the versatility needed to solve many measuring tasks. In addition, the Mileseey XTape1 provides a brilliant green laser line that runs 90 degrees on either side of the tool’s long axis. This provides a virtual square for layout work and other tasks.

XTape 1 In Its Work Environment

When I initially learned the capabilities of the Mileseey XTape1 Smart Laser Tape Measure, I saw that Mileseey loaded the digital tape measure with a full-featured sensor set. One of the more interesting features is an included angle and a tilt angle function. I was eager to see if Mileseey used these two angular capabilities to offer a true way to measure point-to-point measurements in space. When I reviewed the Mileseey S50 laser measure last year, that was a feature that produced an approximate result as the S50 did not have the sensors to detect included angles. Here is a link to that Milessey S50 review.

The Mileseey XTape1 is a unique blend of functions in a handheld electronic measuring tool. The XTape 1 has a lot of measuring capabilities, and it is worth a close look. Here is what I found.

Manufacturers Specifications

Hardware Initialization & Modular Assembly

Modular Interlocking System

The XTape 1 physical chassis splits into two independent primary housings: the upper active optoelectronic laser core and the lower heavy-duty mechanical spring-wound tape cassette frame. This feature may be handy if the user wants to carry around the laser core and use it independently of the tape cassette. The laser core, alone, is much lighter and easily fits into a pocket. Of course, the user can always use the tape cassette as a standard 12-foot tape measure by itself.

The Mileseey Xtape1 features a modular design, allowing you to separate the active digital laser core from
the mechanical tape cassette.

The tape cassette part is ‘dumb’ when it is separated from the laser core. It is certainly useful as a standalone 12-foot long (3.5M) tape measure. But when the user couples it with the laser core, the tape becomes ‘smart’ and displays digitally on the laser’s IPS display screen. In addition, the green laser line that is orthogonal to the tape axis is particularly useful for squaring up the tape. When using some of the higher-level functions like the Staking of 1/N capabilities, the green laser is key for transferring measurements to the work piece far from the tape.

Disassembly

It is not readily clear that the Mileseey XTape1 Smart Laser Tape Measure. comes apart just by looking at the tool. When the user understands the mechanics, separating the two components is easily accomplished.

Mechanical Interlocking Workflow:

1. Locate the male guide channels running longitudinally along the base perimeter of the laser engine core.
2. Align these channels with the corresponding structural female retention tracks.
3. Slide the laser core horizontally backward into the track slots.
4. Apply firm pressure until the spring-loaded internal locking pin drops vertically into its matching recess with an audible click. This mechanical seating establishes the electronic bus connection and locks the chassis into place.

Mileseey XTape1 Smart Laser Tape Measure Procedure:

1. Locate the joint between the chrome metallic part of the laser core and the black plastic tape housing. That is where the tool separates.
2. Slide the upper laser module horizontally away from the bottom of the tape housing. The tool will separate along the guide channels until it clears the tracks completely.

Mileseey XTape1 Smart Laser Tape Measure Review | Control Mapping & User Interface

The entire user interface is on the laser module of the Mileseey XTape1 Smart Laser Tape Measure. The only external interface on the tape cassette is the embedded tripod screw insert and the flat plastic base to hold the tool vertically. The rest of the business end of the tool is on the laser part. Here is a rundown of the interface items that the user will need to know and understand to effectively use the layout tool. I have sorted the buttons in order of importance:

The Major User Interface Buttons on the XTape 1.

• MEAS Button (Master Trigger): Found prominently in the center on the front face. This key wakes the processing core from standby, fires the physical laser diode for visual target acquisition, and commits the computed distance data to the primary registry slot. It also serves as the ‘ENTER’ button for many advanced operations.
• SET Button (Configuration Key): This button is on the right-hand side of the tool, as one faces the screen. A momentary press steps through basic parameter variables. These steps include distance units (Metric, fractional feet, inches, millimeters), display settings, wireless link, and setting distance offsets.
• FUNC Button (Computational Toggle): Positioned under the display screen at the lower left. This button has a grid of four rectangles. This FUNC key sequentially changes the onboard ALU mathematical modes, moving through geometric formulas like area, volume, and trigonometry.
• Reference Switch: Located under the color screen on the right-hand face. The Reference switch changes the laser datum starting position to one of three locations: the green transverse laser line, the back of the tape cassette housing/tripod mount, or the housing stop on the tape cassette.
  /image

The green transverse laser line and the housing stop datum locations are remarkably close together—I saw only a difference of 3 mm (1/8″) between these two selections. Clearly, the housing stop is quite easy to use when measuring from a sharp corner—a circumstance where the laser line would be near impossible to line up accurately and hold steady enough to use.

• Plus/Minus/Select Left Button: The button with the PLUS sign is the one that the user presses to scroll or select items to the left. In addition, the user can long-press the PLUS button to change the sign of the inputted item.
• Zero/Select Right Button: On the opposite side of the XTape1 from the PLUS button is the MINUS button. The user presses this button to select items to the right on menus.
• Power/Clear Button: The button with the power symbol serves two functions: turning on the device and clearing any entry that needs modification.
• Chassis Peripherals: Dual auxiliary side-measure buttons allow for stabilized thumb-firing while taking vertical readings. The base features a standard metal 1/4-20 threaded insert for tripod mounting, and a ruggedized rubber flap protects the USB-C power terminal.

System Parameters & Reference Calibration

SET Button – A Deeper Dive

To access the Mileseey XTape1 Smart Laser Tape Measure configuration matrix, power on the device and press the SET key. Use the secondary navigational keys to step through options and use the MEAS button to select and write values to non-volatile memory.

• Parameter 1: Operational Offset Configuration (Calibration Override): This parameter allows manual micro-adjustments (±mm scaling steps) to calibrate the laser’s time-of-flight receiver against a known baseline. It allows advanced users to compensate for structural deviations or field wear over time.
• Parameter 2: Measurement Units Matrix: Cycles the display rendering through SI and Imperial formats. Changing this setting instantly converts all active screen history and cached totals.
• Parameter 3: Acoustic Feedback Controls: Toggles between full-frequency audible alert tones, continuous tracking buzzes, or absolute mute.
• Parameter 4: Screen Rotation Array: Inverts the display UI coordinates by 180 degrees to accommodate left-handed or right-handed operational view preferences.
• Parameter 5: Display Theme & Font Scale: Toggles between multi-line history tracking views and Large Font Mode.

Datums & Reference Frameworks

Pressing the Reference key cycles the tool through three independent reference datums. The device automatically adds or subtracts its own physical housing dimensions from the final measurement calculation based on this selection:

Three possible reference places for the green transverse laser.

• Front Reference Node: Calculates from the front optical lens aperture. Use this when buttressing the front face of the tool against an opening or inside corner.
• Center Thread Reference Node: Calculates from the exact center axis of the 1/4-20 tripod mount. Use this during angular surveying, P2P mapping, or tripod setups to keep the pivot point true.
• Rear Baseline Reference Node: Calculates from the rear spine of the chassis. This is the default setting for measuring wall-to-wall distances.

Mileseey XTape1 Smart Laser Tape Measure | Core Measuring Operations

Laser Distance Subsystem

The laser rangefinder works on a time-of-flight phase-shift principle, projecting a red laser to target distant points.

• Static Single-Shot Measurement: Point the laser beam at the target surface and short-press MEAS to record the discrete distance.
• Continuous Real-Time Tracking (Dynamic Scanning): Press and hold the MEAS button for 2 seconds. The laser diode stays continuously energized, and the display switches to show real-time registers for Minimum, Maximum, and Current Delta.

Digital Mechanical Tape Extraction

The tape cassette module uses an internal encoder to digitalize mechanical extension data. To carry out this encoding, the blade has digital dots along its length to allow the XTape1 to display digital measurement information. Extending the tape from the cassette causes the display to come on and show the measured distance instantly.

• Automatic Mode Transitioning: The moment you pull out the heavy-duty 12ft steel blade, the internal sensor switches the display UI over to digital tape readouts. At the same time, it blanks the laser emitter to save power and prevent accidental eye exposure. The user can activate or turn off the laser mode while using the tape by pressing the MEAS button.
• True Zero Compensation Hook Mechanics: The end hook has exactly 1.0 mm of play to compensate for its own physical thickness. Push the hook flush against an inside surface for butt-against measurements, or hook the blade end over an outside edge for hook-over measurements. The digital zero point shifts automatically to remain accurate.
• Laser Override Control: While the blade is in use, the user can short-press MEAS to manually reactivate the laser engine, allowing combined physical tape baselines with long-distance laser projections.

Advanced Computational Functions

Press the FUNC key to access the tool’s advanced calculation modes. The 2.0-inch color screen will display a flashing red vector graphic to show which measurement vector the user needs to capture.

Area & Volumetric Modes

• Area Calculation: Select Area Mode via the FUNC key. Follow the blinking red prompt on the UI to capture vector L (Length), then vector W (Width) using either the laser or tape. The system instantly computes total surface area:

Area = Length × Width

• Arithmetic Modifier Logic: Use the Plus (+) or Minus (-) keys between measurements to actively sum or deduct secondary areas into or out of the main memory register. Remember that the user must long press the Plus (+) key to activate the minus function.
• Volume Calculation: Select Volume Mode via the FUNC key. Sequentially capture Length (L), Width (W), and Height (H) vectors as guided by the 3-axis UI prompt. The microprocessor automatically calculates total cubic displacement:

Volume = Length × Width × Height

Indirect Geometric Profiling & Triangulation

The Mileseey XTape1 Smart Laser Tape Measure combines distance data with an internal tilt sensor to calculate inaccessible points using trigonometric formulas.

• Indirect Height Profile (2-Point Pythagorean): Use this mode to measure vertical walls when the user cannot reach the top or bottom. Mount the tool on a tripod, if possible, for more exact measurements. Aim at the highest target point to shoot the angled hypotenuse (Vector A), then rotate the tool down to the true horizontal baseline and shoot (Vector B). The internal processor calculates the remaining leg (H) using the Pythagorean theorem:

Indirect Height = √(A² – B²)

• Point-to-Point (P2P) Technology: This mode calculates the distance between any two random points in space from a single stationary position. Mount the tool securely to a tripod, turn on P2P Mode, and shoot remote Point 1, then remote Point 2. Using the Law of Cosines, the device determines the spatial distance (D) between the two remote points:

Distance in Space = √(d₁² + d₂² – 2d₁d₂ × cos(Δθ))

The Law of Cosines is probably more mathematics than anyone cares about on a jobsite. The important thing is that the Point-To-Point function works quite well. The XTape 1 has the angular sensors to accurately derive such a measurement. I ran a test by measuring an elevated overhead soffit dimension from ground level. I was approximately 42 feet away and had the Mileseey XTape1 Smart Laser Tape Measure mounted on a tripod with a hydraulic head. I took two oblique elevated measurements and the XTape1 gave an answer of 13’ 3 1/2”.

To verify the accuracy of the Point-To-Point result, I set up a BOSCH layout laser and transferred the edge of the soffit to a mark on the wall. I used my Mileseey S50 laser to measure the distance between the transferred wall mark and the opposite edge of the soffit. The S50 measurement is the “true” dimension. The S50 gave me an answer of 159 19/32”, which is 13’3” and 19/32. The difference between a direct laser measurement and the XTape 1 Point-To-Point was only 3/32” apart. That result is remarkably close. You can see the results in the picture below.

Testing the point-to-point laser measurement accuracy of the Xtape1 against a dedicated laser measure on a
jobsite tripod.

I repeated the Point-To-Point measurements several times from different spots on the floor and the maximum variation I experienced was plus/minus 1/2”. I am aware that the heavy duty tripod and hydraulic head gave me a very stable and accurate base to work from. The XTape 1 gets high marks for its ability to perform this type of measurement. One item worth noting is that each time the user begins a Point-To-Point measurement, he/she should perform the calibration step on a flat and level surface.

* Layout & Interval Functions (Stake-Out Mode): Use this mode to mark off repeating, uniform increments along a line. Enter Stake-Out Mode and enter your chosen intervals (e.g., Target distance X). Move along the measuring path while the laser scans continuously. The screen will show your real-time distance from the target mark, and the audio beeper will speed up its pulses as you get closer, switching to a solid tone the exact millisecond you hit the programmed distance.

Tagging the stake out marks in comparison to a computer generated layout sheet.

I used this function to create a 6-foot wide gate for my front porch. I created a Fusion 360 drawing of the gate and I knew my specific dimensions before I let the XTape 1 tell me where to place my equal spaced layout marks. The result was very successful, and I only made one mistake reading the XTape 1. The error was obvious, and going back and remarking the correct point was simple. The result was exactly what my Fusion drawing indicated it would be. Next time I have an appropriate layout project, I will not need to take the time to create a detailed drawing. That is a real efficiency benefit.

• 1/N Line Split Equalization: The 1/N function is very similar to the Stake Out mode. As an example, the user can shoot a total overall wall distance, then input a divisor number (N) through the interface. The Xtape1 automatically divides that total distance into N perfectly equal spaces, making it easy to layout studs, framing, or fixtures without manual division math. Again, this function can save a lot of time and pencil work.
• Bonus Feature: The green transverse laser line is perfectly suited to play the same role as a layout laser when mounted and held vertically by a tripod. I have used it to set level shelves, provide a level line for mounting holes, and transfer marks from one wall to another. This is another great feature that means the XTape 1 is a multi-featured and valuable tool.

Smart Ecosystem & Wireless Sync

Smart Life Application Pairing

I have to confess that I am not a great fan of transferring data from handheld devices to a “Smart” app; I haven’t found those too useful in my work. I do use the internal memory functions to store measurements and read them back to me, but that is as far as it goes for me. That being said, the Mileseey XTape 1 does have an integration with a smart app for users that are into higher technology integrations than I.

The XTape 1 includes a built-in Bluetooth transceiver to pair with external mobile operating systems for digital floor planning.

1. Turn on the tool, short-press SET to enter settings, and toggle the wireless communication radio icon to ON.
2. Open the Smart Life App on your iOS or Android mobile device.
3. Check the wireless icon status on the tool’s screen: a Flashing Icon means it is broadcasting its pairing name, while a Steady Solid Icon means the app has successfully paired.

Data Export Mechanics: Once connected, the XTape 1 sends every measurement you lock in by pressing MEAS or by pulling out the digital tape to the app as a data payload. You can drop these measurements onto live CAD sketchpads, log them into CSV tables, or use them to calculate material needs on site.

Mileseey Xtape1 Smart Laser Tape Measure | Price and Value

As of this review, the internet price for the Xtape1 is $239.00. While this price is in the range of fully functional laser measurement tools, the XTape 1 offers features that many of these laser measure tools will never offer.

The only tool that is close to the Mileseey Xtape1 Smart Laser Tape Measure. is the Reekon T1 Tomahawk Digital Tape Measure. I have not reviewed the Reekon tool in detail, but my internet research showed me that the Mileseey XTape 1 has significantly more measuring functions. On that basis, the XTape 1 is an excellent value in comparison. The internet price for the Reekon offering is $259.00.

Given the features and functions that Mileseey has designed into the Xtape 1 at the $239.00 price, Mileseey has another winning value combination to sell. I have included informational links to further highlight the features for the XTape 1.

Mileseey Xtape1 Smart Laser Tape Measure | Manual & Guides

• Official Digital User Manual (PDF) – This is the full comprehensive guide.
• Web-Based User Guide – A browser-friendly version with quick-jump sections for assembly and app connectivity.
• Official Video Tutorials – Mileseey has a YouTube playlist covering setup, calibration, and smart features.

The post Mileseey Xtape1 Smart Laser Tape Measure Review: The Ultimate Layout Tool? first appeared on Concord Carpenter.

Kreg’s Ionic Drive Expansion: The Second Wave (2026)

Kreg is expanding its tool lineup with the 2026 release of the Ionic Drive 20V System. While historically known for manufacturing woodworking jigs and clamps, the company is shifting toward a broader catalog of battery-powered options.

Following the late-2025 release of the “Rebel” pocket-hole joiner, the April/May 2026 expansion introduces tools designed for general workshop and garage tasks. This release includes impact wrenches, drills, an angle grinder, cleanup tools, high-capacity batteries, and a faster charger.

Impact Wrench Lineup

These additions mark a departure from traditional woodworking tools, targeting automotive work and heavy construction.

High-Torque 1/2″ Impact Wrench

This tool is engineered for high-torque applications such as timber framing and mechanical repairs.

• Performance: Delivers up to 1,200 ft-lbs of breakaway torque to loosen seized bolts or drive large structural fasteners into dense timber.

• Control Features: Includes a four-speed selector with an Assist Mode. This setting automatically regulates speed and torque once a fastener breaks loose, preventing snapped hardware or uncontrolled spinning.

Compact Impact Wrenches (3/8″ & 1/2″ Anvils)

These two models share the same internal components but feature different anvil sizes. Designed for tight spaces, workbench assembly, or routine equipment maintenance, they deliver 650 ft-lbs of breakaway torque.

Drills

The new drills cater to two distinct needs: high-speed performance for clean holes and compact dimensions for tight spaces.

1/2″ High-Speed Hammer Drill

This model is built for drilling clean holes in hardwoods and anchoring fasteners into masonry or concrete walls. It is also rated for heavy-duty, large-diameter hole saw applications.

• 2,500 RPM Boost Mode: Operates at a higher speed than standard drills to ensure clean entries into dense wood fibers.

• Gyroscopic Brake: To manage the tool’s 1,000 in-lbs of torque, an internal sensor detects sudden binding or kickback if the bit catches on a knot or metal. The system cuts power instantly to prevent wrist injuries.

Compact Hammer Drill (KPTCHD0500)

Designed for working inside cabinetry or tight enclosures, this model features a sub-6-inch head length. It includes a metal chuck and hammer functionality, delivering 650 in-lbs of torque and up to 2,000 RPM. A 22-position clutch prevents users from over-driving small hardware into finished wood.

4 1/2″ – 5″ Angle Grinder

The addition of an angle grinder moves the brand further into metalworking and general fabrication.

Unlike single-speed grinders, this model features a six-speed gearbox. Users can lower the speed for wood shaping and carving, or increase it to 9,000 RPM for cutting and grinding metal.

Key Specifications:

• Soft-Start Motor: Gradually accelerates the motor to reduce startup jerk.

• Deadman Switch: A non-locking paddle switch automatically cuts power if the tool is dropped.

• On-Board Storage: A spindle wrench indexes directly into the handle.

• Accessories: Ships with safety guards for both 4 1/2″ and 5″ wheels.

 

Dust Management & Shop Cleanup

These cleanup tools are designed to integrate directly with Kreg’s existing dust-collection ports.

HEPA Wet/Dry Vacuum

This vacuum utilizes a HEPA-rated filtration system that captures 99.97% of fine particles down to 0.3 microns, minimizing airborne dust in confined shop spaces. It handles both liquid spills and dry debris. The included universal connector attaches directly to standard 1 1/4″ dust ports on Kreg jigs and sanders.

20V Shop Blower (KPTCB1000)

Weighing 2.5 pounds, this compact blower is intended for clearing work surfaces and machinery. Powered by a brushless motor, it produces a 200 MPH airflow with 100 CFM of clearing volume. It features a 3-speed selector, a variable-speed trigger, an extension nozzle, and three inflation adapters.

Batteries and Chargers

The initial launch utilized 2.0 Ah and 4.0 Ah batteries. This second wave introduces 6.0 Ah and 8.0 Ah capacities to support high-draw tools like the vacuum, blower, and grinder.

To reduce charging downtime, Kreg is introducing the Supercharger. This 8-amp fast charger replenishes a standard 4.0 Ah battery four times faster than the brand’s baseline charger.

Screenshot

Specifications Summary

Tool	Primary Specification	Key Feature
High-Torque 1/2″ Impact	1,200 ft-lbs Breakaway Torque	4-Speed Assist Mode
Compact Impacts (3/8″ & 1/2″)	650 ft-lbs Breakaway Torque	Compact housing
High-Speed Hammer Drill	1,000 in-lbs Torque / 2,500 RPM	Gyroscopic Kickback Brake
Compact Hammer Drill	650 in-lbs Torque / 2,000 RPM	Sub-6” Head, 22-Position Clutch
4 1/2″ – 5″ Angle Grinder	9,000 RPM Maximum Speed	6-Speed Gearbox
HEPA Wet/Dry Vacuum	99.97% Efficiency @ 0.3 Microns	1 1/4″ Jig Adapter
20V Shop Blower	200 MPH / 100 CFM	Brushless Motor, 2.5 lbs

Kreg’s Ionic Drive Cordless Tool Expansion | Conclusion

The 2026 Ionic Drive additions emphasize electronic control safety features—such as gyroscopic brakes and torque-assist modes—to provide more precise operation than standard construction tools. For users already committed to the battery platform, these releases expand the system’s utility from basic woodworking joinery to general mechanical and shop maintenance.

Kreg Tool Release #2 – Tool Overview

The post Kreg’s Ionic Drive cordless Tool Expansion first appeared on Concord Carpenter.

Vara Safety RACT B V2, biometric rifle mount, smart gun storage, biometric firearm storage, rifle wall mount, secure rifle storage, fast access gun storage, home defense storage, gun mount review, firearm security system

As a contractor and carpenter, I constantly look for ways to solve unique residential problems. When it comes to home security, the challenge is always balancing secure storage with fast, reliable deployment.

What Is the Vara Safety RACT B V

The Vara Safety RACT B V2 is a modular, biometric firearm storage system designed specifically to bridge that gap. Unlike a traditional, heavy floor safe that isolates your tools, this is a mounted rack system. It is engineered to keep a rifle or shotgun securely locked down while leaving it staged for immediate, quick-access use.

What This Vara Safety RACT B V2 Installation Guide Covers

On this website, we judge hardware by how the Vara Safety RACT B V2 installs. This review and installation guide focuses strictly on:

Engineering:

Assessing the durability and build quality of the rack system.

Biometric Technology:

Evaluating the reliability and speed of the biometric access.

Carpentry Requirements:

The structural blocking and fastening required to anchor this unit securely to a home’s framing.

Whether you are anchoring a heavy tool cabinet, a wall-safe, or a security rack, the structural principles remain  the same: you need solid framing | blocking and proper fastening.

My priority is always to provide you with the honest, field-tested information you need to keep your home and job site running smoothly.

Vara Safety RACT B V2 | Key Components and Design

Out of the box, the RACT B V2 feels less like a tactical storage rack and more like a heavy-duty clamping system. It features a minimalist, vertical footprint designed to mount flat against a wall or inside a closet.

The system is constructed from 12-gauge steel and heavy nylon composites, weighing in at roughly 15 pounds. It consists of three core components mounted onto a central aluminum back rail:

1. Biometric Barrel Lock:

A heavy-duty, motorized clamping jaw that encircles the barrel or handguard.

2. Trigger Cover:

A solid enclosure that completely shrouds the trigger guard to prevent unauthorized manipulation. Vara Safety includes interchangeable inserts here for AR-style receivers or traditional hunting rifles/shotguns.

3. Stock Support:

A rugged bottom boot that cups the buttstock, taking the vertical weight of the firearm off the locking mechanisms, as well a preventing the rifle from being slid out.

Vara Safety RACT B V2   Adjustability

What appeals to me as a tradesman is the Vara Safety RACT B V2  design. By loosening a few bolts on the back rail, you can slide the barrel lock, trigger guard, and stock support up or down to custom-fit the exact dimensions of your firearm. Once tightened, the setup is rigid, preventing any excessive wiggling or leverage points.

Vara Safety RACT B V2 Features and Specifications

The brain of the Vara Safety RACT B V2  is its capacitive fingerprint sensor, which is a significant upgrade over older optical scanners.

Capacitive technology is the advanced method used by the biometric scanner to read your fingerprint via natural electrical currents in your skin rather than taking a simple visual photograph.

By measuring the electrical variance between the ridges and valleys of your finger, it maps a precise 3D blueprint that cannot be fooled by a photocopy or picture. This makes capacitive sensors significantly more secure, faster, and more reliable than older optical scanners, even if your hands are dry, damp, or slightly dirty on the job site.

Unlock Speed:

Vara Safety claims a 0.2-second response time, and in testing, it is incredibly fast. Touch the pad, and the motorized barrel clamp springs open with a distinct, mechanical “pop.”

The system holds up to 10 fingerprints. The sensor updates its registered data every time you use it, meaning it theoretically adapts to minor changes like small cuts or scrapes on your skin.

Power Management:

The Vara Safety RACT B V2 runs on a rechargeable battery with a claimed 12-month lifespan. It alerts you with an audible beep when the battery runs low.

It charges via USB-C, and my professional recommendation is to mount this near an outlet to keep it constantly tethered to a dedicated power line, leaving the battery strictly for backup during a power outage.

Mechanical Override:

If electronics fail, the unit features a physical key override.

Professional Fastening Installation Overview

The security of this safe is only as good as the material it is fastened to. You should select a mounting surface stronger than the rack itself. A properly installed anchor system should resist both vertical pull-out force and lateral prying force.

A standard drywall anchor mount will fail if someone attempts to pry the unit off the wall. Here is the professional approach for both stud and between-stud mounting. I’m going to discuss three methods for securing this unit:

1. Direct Fastening to a vertical or horizontal studs
2. Installing Solid Blocking for Custom location mounting
3. Mounting to Masonry

Direct Mount | Wall-Stud Framing

The Vara Safety RACT B V2 features a 30-inch back rail with pre-drilled mounting holes designed to span standard 16-inch or 24-inch on-center framing if mounted horizontally.

If you are mounting it vertically (the more common setup for a closet wall), you must center the rail perfectly on a single structural wall stud or install solid blocking.

While direct wall-stud mounting is an excellent way to ensure the safe cannot be pulled from the wall, how many installations have you performed where a wall stud was exactly where you needed it?

If mounting to a wall stud, you need to use 3-inch structural screws to ensure deep engagement into the center of the framing member. I feel you should install 5 to 6 screws spaced evenly along the rail.

Pro Install Tips:

Locating a Wall Stud:

Use a high-quality stud finder [or a magnet] to locate the center of the vertical wall framing. I use an $8 Stud-Pop Magnet to go back and both, up and down on the wall to locate drywall screws. These screws are typically installed in the center of wall studs.

Pre-Drill Pilot Holes:

Don’t skip this step. Drill a pilot hole using a drill bit sized to the smooth shank of the lag screw. This prevents old, dry framing wood inside your walls from splitting when you drive the 3-inch screw home.

Alignment:

Ensure the mounting plate is level | plumb before driving the second screw. A level or plumb unit ensures the biometric holster operates smoothly without binding.

Pro Tip:

Vertical Install:

• Install the top fastener first then use a torpedo level to plumb the rack and install the other fasteners.

Horizontal Install:

• Install one fastener [Left or right] then use a torpedo level to level the rack and install the other fasteners.

Fasteners:

Use 3-inch GRK or similar structural screws with a built-in washer head, or a deck screw and washer. The washer offers significantly higher pull-out resistance than standard wood screws or drywall screws.

3” Solid Blocking | Between Wall-Studs

If the desired location for the Vara Safety RACT B V2  is between two studs, you can install 2 layers of 2×6 or 2×8 horizontal blocking. This provides a solid wood surface to mount the rack between wall-studs. You’ll need to install 3-4 blocks flush with the edges of the wall studs. to allow you to install 4 to 6 screws vertically along the safes mounting rail.

Pro Tip:

Solid blocking should be direct fastened when possible. This means that your blocking is fitted from wall stud to wall stud and screwed thru those studs into your blocking.

This is method allows you to mount the Vara Safety RACT B V2 anywhere on a wall and still achieve 3-inches of solid wood penetration.

Unfortunately, it also means that you may have to open the drywall to expose a larger wall cavity, so you can get a fastener and installation driver through the wall studs.

Install Tips:

Opening the Wall:

Determine the location and height where you want to mount the Vara Safety RACT B V2 . After locating your wall studs, in your desired location I suggest you poke a few inspection holes to look for wires, pipes or other obstacles.  This can save you a ton of time later.

Wire Location Tips:

Here are a few reliable ways to locate wires behind drywall without opening the wall:

1. Start with logic and layout

Electricians usually drill through studs at a consistent height.

Wires often run:

• • straight up from outlets/switches
  • horizontally between boxes

2. Use a stud finder with AC detection
   Many modern stud finders can detect live AC wiring.

Cutting Open the Wall Board

Once you’ve located a good spot, mark the top and bottom height of the Vara Safety RACT B V2 rack [27”] Use a level to mark center of your wall studs, this is your cut line.

Remember that to direct fasten blocking, [strongest method] you’ll need to cut open the wall board [left and right] an additional stud. [that’s 3 wall cavities exposed.]

Alternative Fasten Method: If you want to reduce the size of the wall opening you can open just one wall cavity and toe-nail the blocking into the sides of the wall studs. This method is not as strong as direct fastening.

Cut the Drywall

You can use a utility knife, multi-tool or if you’re me a drywall cutting tool attached to a vacuum.

When using a utility knife, you will need to make multiple scores thru the drywall vertically along the wall stud. A drywall saw can be used to cut the drywall horizontally between wall studs. Be careful NOT to penetrate too far into the wall cavity so you avoid any wires or pipes.

Installing Blocking Material

Use a piece of 2×4 or 2×6 kiln-dried lumber.

Direct fasten or toe-screw the block into the adjacent studs so it sits flush with the front edge of the framing.

• Fastening:

Use two or three, 3-inch screws on each side of the block for maximum rigidity.

Install blocking either with direct fastening [thru stud and into the blocking] or by toe nailing. [angled thru blocking and into wall stud]

• Patching:

Once the block is in, replace the drywall and secure the safe’s mounting plate directly through the drywall into the new solid wood backing.

Masonry Anchoring:

For brick, Concrete block or concrete, you can install 3” Tapcon screws directly into holes drilled into concrete, or drill and install sleeve anchors, which accept lag screws.

In these situations, make sure you follow the manufacturers sizing recommendation or the proper drill bit size and hole depth.  Also make sure you vacuum out the hole before installing your fastener or anchor – doing  this will prevent the anchor from spinning or pulling out under force.

Before Drilling Into Masonry

Not all masonry is structurally equal. Old brick, hollow block, soft mortar joints, and parged foundations can have significantly reduced holding strength. Always inspect the substrate before drilling. Avoid anchoring into cracked brick, deteriorated mortar joints, or hollow areas whenever possible.

Anchor Placement and Spacing

For maximum strength, fasteners should be spaced evenly across the mounting rail to distribute pry forces. Avoid placing anchors too close to the edge of brick or concrete, as this can cause cracking or blowout during tightening.

Recommended minimum edge drilling distances:

• Brick:

Install into the center of the brick, or at least 1-1/2” from edges

• Concrete:

Stay at least 2” from edges

• Block:

Avoid hollow cells unless using specialty hollow-wall anchors

Drilling Tips:

Use a rotary hammer instead of a standard hammer drill when drilling into dense concrete. A quality SDS rotary hammer produces cleaner holes with less effort and reduces anchor installation problems.

If the masonry surface appears questionable, install a steel backing plate or relocate the mounting area to a structurally sound section of wall.

Concrete Block:

Hollow block requires caution. If possible, fasten into the solid webs of the block or use epoxy-set anchors designed for hollow masonry applications.

USB-C Charging Cord Cable Management

While it’s not needed, if you decide to keep the unit plugged in for constant power, the USB-C cable should be secured and tucked away to prevent snagging or accidental disconnection.

Use a 90-degree USB-C adapter to keep the cord plug profile slim against the wall or inside a cabinet, ensuring the cable doesn’t interfere with the quick-draw motion of the holster. I also recommend using zip ties and fasten the cord to the side mounting rail.

Final Thoughts

The Vara Safety RACT B V2 is less about “hiding” a firearm and more about controlled access, responsible storage, and fast deployment.

From a builder’s perspective, the heavy 12-gauge steel construction, the inclusion of proper structural fasteners, and the smart, adjustable rail system make this a highly reliable piece of hardware. If you take the time to mount it properly into solid wood framing, it becomes a permanent, rock-solid fixture in your home.

The post Vara Safety RACT B V2 Installation Guide first appeared on Concord Carpenter.

The 7 ¼” track-compatible circular saw from Evolution Tools is an incredibly versatile cutting system that can be adapted to almost any application. While it is not a true track-saw, the Evolution R185CCSX+ blends the capability and accuracy of a track-compatible baseplate with the all-around utility of a powerful 7 ¼” circular saw. The Tool Lab crew partnered with Evolution to evaluate this tool, and we were very surprised by the results and some of the hidden features of this saw that we discovered in the process.

Evolution is a brand from the United Kingdom that is heavily entrenched in the world of metalworking and fabrication. Their catalog of saws caters to professionals who make metal chips instead of wood chips daily. However, Evolution is branching out into other tool markets and is bringing its own advanced technologies to the party. We were first introduced to Evolution Tools and worked together with them during our Best Battery Powered 9-10” Concrete Cutter Head-to-Head Test.

Features

• 850W Brushless Motor
• Multi-Material, Premium, Japanese Made 20T Tungsten Carbide Tipped (TCT) Blade
• Track Compatible Alloy Base is Compatible With Festool and Makita Tracks
• Soft Start & Quick-Stop Electronic Blade Brake
• Rafter Hook
• Dust Extractor Vacuum Compatible
• 3 Year Limited Warranty

Specifications

• Voltage: 20V
• No Load Speed: 4200 RPM
• Weight W/ 5.0 Ah Battery: 8.2 Lbs.
• Dust Port Adapter Size: 30mm
• Max Bevel: 45°
• Max Cutting Depth 90°: 2 ½” (2 5/16” on Track) 
• Max Cutting Depth  45°: 1 ⅞” (1 ⅝” on Track)

Evolution R185CCSX+ Features and Performance

The evaluation process for the Evolution saw was two-fold. We wanted to see its merit as a standalone circular saw, while also determining if the track capability was on par with a dedicated track saw. There is an old saying, “Jack of all trades, master of none”. However, people often miss the second part, “oftentimes better than a master of one”.

As a dedicated circular saw, the Evolution is on par with the majority of saws in the 7 ¼” sidewinder class. It is smooth and powerful with an almost instant ramp-up time. Additionally, the electronic blade break is almost instantaneous. The saw was used to cut a variety of sheet goods as well as framing materials. Regardless of the materials, the saw powered through the cuts and did not bog down.

The grip is comfortably contoured and positioned on the saw to allow easy viewing of your cut lines. Bevel and blade height adjustment levers are also large and easy to use. The blade guard is a translucent polycarbonate material that Evolution describes as “nearly indestructible”. The guard felt noticeably lighter and did not bind on the material, like metal guards often do.

Room For Improvement

Our crew encountered two issues during evaluation that were an annoyance, but not a dealbreaker for the Evolution. The first is the overall size of the baseplate. In order to accommodate a track system, the baseplate is oversized to ensure accuracy on the tracks. This leaves a somewhat awkward experience when using the saw as a standalone circular saw. It feels slightly clumsy when cutting a smaller piece of material, such as a 2×4.

The clear line of sight to the blade helps counteract this greatly. The other issue is the dust extractor port. The port is a smaller diameter tube that then flares out to allow connection to a vacuum or dust extractor. This port is prone to clogging without a vacuum attached. There is not enough airflow from the blade motion to clear the port on its own. In track configuration, this saw will likely be attached to a vacuum system. However, as a circular saw, that is not always the case. Luckily, the dust extractor connection is easily removed via two screws. We would highly recommend temporarily removing this accessory if using the saw as a standalone tool, without a track.

Getting Things On Track

The benefits of a track saw are well-documented by the Tool Lab Crew. We recently published an updated Head-to-Head Comparison Test discussing the merits of these tools. The Evolution R185CCSX+ taps into that capability with its larger track-compatible base.

The version of the saw we tested included a series of short tracks and connectors. These segments join together to give you a 4’7” length track that is capable of comfortably cross-cutting a sheet of plywood. The connectors are simple and include an Allen wrench for securing the fasteners. While they held square for us during use, our testing crew agreed that dedicated tracks of longer lengths are a better solution. Evolution offers its own tracks in longer lengths. However,  the R185CCSX+ is also compatible with Festool and Makita pattern tracks. This opens the saw up to a large variety of tracks and accessories.

To secure the saw to the tracks, there is a tension adjustment knob on the saw’s baseplate. The tension adjustment allows the user to set the saw’s drag as it moves along the track. We appreciated this feature to help slow the movement of the saw to ensure accuracy. Although it is time-consuming to get it “just right”.

The Unexpected Star of the Show

Evolution offers a full line of extremely high-quality blades for all of its saws. The blade we used on our sample saw is the 40T Fine Wood blade, which is made in Japan. This blade provided simply outstanding results during our testing!

Combining the 40T blade with the R185CCSX+, with a guide track and vacuum system, provided us with tracksaw levels of accuracy and performance. We tested this in a variety of sheet goods, including some questionable grades of veneer plywood from Asia. At a 45° angle, we were able to easily cut clean miters.

Evolutions’ other blade offerings include a 20T Tungsten Carbide Tipped (TCT) Multi-Material blade that is rated for virtually any jobsite material. This multi-material blade allows users to cut nail-embedded wood, composite decking, laminates, and even metal, all without switching blades.

Price and Value

The Evolution track-compatible circular saw is available in both bare tool and kitted options. Evolution offers the Loaded option (Kit), which includes a charger, one 5.0 Ah battery, two segments of track, connectors, clamps, and other accessories for $576.00 MSRP. This offers an excellent value for any contractor or DIYer who is looking for a cutting system that offers increased accuracy, while still maintaining the versatility of a circular saw! Like we said before, “Jack of all trades, master of none, oftentimes better than a master of one”.

Our friends at ACME Tools are offering the Evolution R185CCSX saw as a bare tool (W/ tracks) for $183.99. This allows users to select the best battery and charger combination that works for them. Follow the Buy Now link below to purchase the Evolution saw from ACME.

Overall Impressions of the Evolution R185CCSX+

The versatility of the Evolution track-compatible saw makes it a great option for pros and DIYers alike. Guide track compatibility is also a niche of the saw world and is overlooked by many of the big-name manufacturers. The power and performance of the saw alone, combined with the option of using tracks, make this an excellent value and option for anyone looking for a circular saw that will do more for you. Unfortunately, Evolution does not have a complete tool catalog for all the commonly used categories of tools. Therefore, we cannot recommend adopting Evolution as your only battery platform. However, their forward thinking with cutting tools design and technology would make them an excellent addition to any tool horde.

The post Evolution R185CCSX+ Multi-Material Track Compatible Saw Review first appeared on Concord Carpenter.

The Tool Lab looked at fifteen major brands of multi-tools and carefully planned a range of uniquely crafted tests to determine which one was the Best cordless Oscillating Multi-tool.

Evaluation Criteria & Categories

To determine the Overall Best Cordless Multi-Tool, our team conducted a comprehensive evaluation and each tool was ranked individually to provide a data-backed comparison of how these machines handle real-world jobsite demands:

• Performance (Power & Speed): Using cutting speed through both nail-embedded wood, and 10-ply Cherry plywood as our primary metric, we measured the raw performance and motor strength of each saw.
• Features: This category involved a head-to-head comparison of onboard technology, specialized settings, and physical specifications.
• Ergonomics: Recognizing that comfort is king for pros, we evaluated grip, balance, and general functionality during use.
• Vibration: We analyzed how much chatter and feedback reached the user’s hands during high-speed testing.
• Weight: Bare Tool Weight without battery
• Noise:  We measured no-load decibels
• Price: We tracked the “as-tested” online pricing at the time of publication to ensure an updated look at the investment required.
• Best Value: We identify the “sweet spot” tool—the one that delivers high performance and solid results without breaking the bank.

Cordless Oscillating Mulit-Tool Specifications

Bosch — GOP18V-40N

• 8,000–20,000 OPM
• Oscillation angle: 3.4°
• Voltage: 18V
• Weight: ~2.75 lb
• Blade interface: Starlock

DEWALT — DCS354

• 0–20,000 OPM
• Oscillation angle: 3.2°
• Voltage: 20V Max
• Weight: ~2.25 lb
• Blade interface: Universal

DEWALT— DCS359 [Early Release Model Launch date is August 1st 2026.]

• 0–20,000 OPM
• Oscillation angle: 4.2°
• Voltage: 20V class
• Weight: ~2.85 lb
• Blade interface: Universal

Festool — OSC 18 E-Basic

• 10,000–19,500 OPM
• Oscillation angle: 2.0°
• Voltage: 18V
• Weight: ~2.55 lb
• Blade interface: StarlockMax

Fein — AMM 700

• 10,000–19,500 OPM
• Oscillation angle: 4.0°
• Voltage: 18V
• Weight: ~2.8 lb
• Blade interface: StarlockMax

FLEX — FX4111-Z

• 10,000–20,000 OPM
• Oscillation angle: 3.6°
• Voltage: 24V
• Weight: ~3.5 lb
• Blade interface: Starlock

Hilti — SMT 6-22

• 10,000–20,000 OPM
• Oscillation angle: 4.0°
• Voltage: 22V
• Weight: ~3.15 lb
• Blade interface: StarlockMax

Kreg — KPTMT100A

• 10,000–20,000 OPM
• Oscillation angle: ~3.0°
• Voltage: 120V (corded)
• Weight: ~2.65 lb
• Blade interface: Universal

Makita 18V — XMT04Z

• 6,000–20,000 OPM
• Oscillation angle: 3.2°
• Voltage: 18V
• Weight: ~3.05 lb
• Blade interface: Universal

Makita 40V — GMT01Z

• 10,000–20,000 OPM
• Oscillation angle: 3.6°
• Voltage: 40V Max
• Weight: ~3.05 lb
• Blade interface: StarlockMax

Metabo HPT 18V — CV18DAQ4M

• 6,000–20,000 OPM
• Oscillation angle: 3.6°
• Voltage: 18V
• Weight: ~2.4 lb
• Blade interface: Universal

Milwaukee — 2836-20

• 10,000–20,000 OPM
• Oscillation angle: 4.2°
• Voltage: 18V
• Weight: ~2.7 lb
• Blade interface: Starlock

Ridgid — R86242B

• 10,000–20,000 OPM
• Oscillation angle: 3.6°
• Voltage: 18V
• Weight: ~2.2 lb
• Blade interface: Universal

Ryobi — PBLMT51B

• 10,000–20,000 OPM
• Oscillation angle: ~3.8°
• Voltage: 18V
• Weight: ~2.1 lb
• Blade interface: Universal

Skil — 0s5920b

• 11,000–20,000 OPM
• Oscillation angle: ~3.0°
• Voltage: 120V (corded)
• Weight: ~1.8 lb
• Blade interface: Universal

Evaluating Cutting Speed and Motor Power

A frequent question when comparing oscillating multi-tools is, “Which saw cuts the fastest?” Speed is a direct indicator of raw power, which determines a tool’s ability to chew through thicker or harder materials.

The Tool Lab Testing Rig: 

Operating a multi-tool typically requires the user to make hundreds of tiny adjustments during a single cut. To remove this human variation and ensure the fairest comparison, we utilized a custom-built testing jig. 

The tools were leveled and strapped into a test fixture, while the material—whether plywood or framing nails—was secured to a frame clamped to the workbench.

To maintain a perfectly consistent feed rate we used a weighted pulley system to apply a constant horizontal force for every cut. 

All tools were set to their maximum variable speed setting to reach their highest potential oscillations per minute (OPM).

Why We Use a Weighted Pulley System

This testing methodology offers two critical advantages for our lab data:

1. Consistent Force: It replicates an operator’s attempt to apply steady pressure while cutting, but does so with mathematical precision that a human cannot match.
2. Natural Maximum Speed: Unlike a mechanical motor that might force a tool to cut at a fixed speed, the pulley allows for natural resistance. This enables each saw to find its own maximum cutting speed based on its motor power and OPM.

To keep the playing field level, identical Diablo blades were used across every tool in the lineup.

Note on Blades Used:

Oscillating Multi-Tool (OMT) blade interfaces are now standardized, with Starlock now the primary standard and Universal fitment covering older tools. 

Starlock | Starlock Plus | Starlock Max: The modern, tool-free standard developed by Bosch and Fein; features a 12-point, star-shaped hitch for high torque transfer and quick, snap-in, snap-out changes. The Starlock design provides better power transfer from the tool to the blade.

Universal (OIS – Oscillating Interface System): A widely adopted standard featuring a 12-pin hole configuration (or sometimes 4-pin/8-pin), designed to fit most tools 

We used the Diablo General Purpose Starlock carbide blades for all our jig mounted testing to ensure our “Tool Lab” results were strictly about the performance of the motor.

In a test where we measured the saw’s ability to chew through 3/4″ plywood and nail-embedded wood, the blade was the most critical variable to control. By using Diablo’s carbide technology across every tool, we ensured that any difference in speed was a result of the tool’s OPM and motor torque, not the teeth on the blade.

We chose Diablo because they are a leader in cutting technology and their blades are known for its consistent quality and durability.

By putting the same Diablo Carbide blade on every OMT, we turned a “blade test” into a true “motor test,” letting the real winners in power and speed rise to the top.

Two-Part Power Evaluation

We utilized this weighted pulley system for two distinct tests:

• Test 1 (Plywood): Measuring the time required to pull the saw through 10 ply l3/4″ plywood. [5.5lb weight was used]
• Test 2 (Nail-Embedded 2×4): Timing the saw as it cut through three 16-penny framing nails em-bedded into a 2×4 spruce board.  [11 lb weight was used]

Plywood Speed and Power Winner |  FLEX

The Flex OMT was the fastest cutting saw able to cut the ¾-inch, 10-ply plywood in an average time of 7.36 seconds. Milwaukee came in a close second place with an average 7.60 seconds. The NEW Dewalt saw came in third place with an average time of 9.55 seconds.

Nail-Embedded Nail Speed and Power Winner | Milwaukee

The nail-embedded test involved cutting 1-½” through a spruce 2×4 with 3 embedded 16d framing nails. The Milwaukee OMT completed this cut with an average time of 6.32 seconds. The NEW Dewalt saw came in second with 7.38 seconds, followed by the Flex at 8.51 seconds. 

Key Takeaway: The FLEX and Milwaukee are the clear heavyweights for raw speed, while the New DeWalt represents a significant step up in speed over the previous generation, holding its own in the top three across both categories.

Best Features | Winner Bosch

Based on the comprehensive evaluations conducted by the Tool Lab, the top three oscillating multi-tools (OMTs) distinguished by their advanced features and onboard technology are:

The Dewalt 20V Max (DCS359) leads the pack with an impressive score of 7, with top-tier marks in speed control, LED, and blade adjustment. 

This updated version prioritizes user protection and precision with its “Perform & Protect” anti-vibration system and an isolated headbox designed to eliminate hand fatigue. It also features a refined four-speed electronic selector for high precision and an aggressive 4.2° oscillation angle for rapid material removal.

The Bosch came in 2nd and is a leader in technology, featuring an intuitive digital display for speed control. It includes “Adaptive Speed Control,” which starts slowly to prevent the blade from jumping before ramping up power , and an exclusive “Stop Control” safety feature that automatically kills the motor when it plunges through material and loses resistance.

The Flex came in third, earning a score of 11. The Flex has great speed control, a bright broad angle LED and easy blade changes and adjustments.

Stand Out Features On Each Tool

Bosch

The Bosch multi-tool is a total standout for ergonomics, but the real star is the interface. It features a bright, intuitive display that makes variable speed and mode selection feel high-tech rather than a chore.

The Interface Breakdown | 3 Main Controls

• Main Display: Your “mission control” for speed (1–6) and active modes.
• Mode Button: Toggles through the “extras” like Adaptive Speed and Stop Control.
• Speed Selection: A standard 1–6 dial for when you want manual control.

Bosch Standout Features

“A” Icon: Adaptive Speed Control Think of this like an automatic transmission. When lit, the tool starts slow (speed 1) so you can “score” your line without the blade jumping around. Once you apply pressure, it ramps up the power automatically. It’s very similar to the Milwaukee M18 system—perfect for precise starts or working with varying materials.

“SC” Icon: Stop Control This is a Bosch exclusive and a total lifesaver. Once the blade plunges through your material and feels a drop in resistance, the motor kills itself instantly.

• For Example: If you’re plunging into drywall and aren’t 100% sure what’s behind the wall, this prevents you from chewing through hidden PEX tubing or wiring. It’s basically a safety reset, so you do have to manually toggle the switch off and back on to start your next cut.

You can run these features individually, stack them together, or turn them off entirely. The backlit icons make it crystal clear what’s activated.

During freehand cutting, our testers noted good power, quiet operation and significant vibration localized at the tool’s head. The blade change system is among the easiest, allowing blades to be pushed in until the spring lock engages, though the lever can snap back on knuckles if not handled carefully. Its LED provides a soft, even wash and can be activated without engaging the blade via a half-pull of the trigger. Additionally, it is stable enough to stand vertically on its battery.

DeWalt 359 [New Model]

The DeWALT DCS359 represents a massive leap forward in ergonomics and performance, moving well beyond the capabilities of its older OMT by prioritizing user comfort and increasing raw power. 

The most significant upgrade is the Isolated Headbox and “Perform & Protect” anti-vibration system, which decoupled the vibrating motor from the handle to virtually eliminate the hand fatigue that plagued older models. 

Speed control has been refined with a four-speed electronic selector (up to 20,000 OPM) paired with a variable speed trigger, allowing for surgical precision that older 3-speed units lacked. 

Additionally, the aggressive 4.2° oscillation angle ensures much faster material removal, while the flipped battery orientation creates a more balanced center of gravity. 

Combined with an improved, wider-flood LED and the classic Quick-Release blade system, these upgrades transform the tool from a vibrating necessity into a refined, high-performance powerhouse for all-day professional use.

This team noted that this newer DeWalt model offers a dependable feel with no power loss and improved vibration isolation in the handle. It features a comfortable trigger, though it becomes notably bottom-heavy when paired with a standard battery, affecting balance during vertical work. It uses a Starlock blade system where a lever must be turned counter-clockwise and held open to insert the blade.

DeWalt (Old Model)

Ranked lowest for user comfort, the older DeWalt model produces severe vibrations that cause hand numbness and irritation. While it maintains speed well and offers excellent visibility, the extreme vibration and a two-step paddle lockout make it a tiring tool to operate.

Fein

The oscillating multi-tool (OMT) has a storied history rooted in medical and automotive innovation. Often referred to simply as a ‘Fein’ tool by tradespeople, the brand has essentially become an eponym for the entire category of oscillating multi-tools. 

The Fein name pays homage to the company that invented the technology in 1967 as a plaster cast saw designed to cut through hard casts without damaging skin. In 1985, this technology was adapted for the automotive industry to remove car windows by cutting through silicone. While Fein held the patent, the tool remained a niche professional item; however, once the patent expired in 2009, the floodgates opened, transforming the OMT into a mass-market staple found in every home improvement center.

The Fein is characterized by a high-quality Starlock system and the easiest blade insertion—users simply push the blade in to engage the spring lock. Although the main grip is well-isolated, heavy use results in excessive vibration at the head. Notable omissions for its price bracket include a lack of onboard LED lighting. Its variable speed dial is located on the side and is somewhat prone to being inadvertently bumped. The Fein comes in a Systainer box which the team prefers over tool bags.

Festool

True to its reputation, the Festool is well balanced and smooth, utilizing a sophisticated soft-start mechanism. It features a “quick draw” blade change system and consistent power delivery, though it lacks an onboard LED light. Due to its design, it must be stored horizontally. The Festool OMT comes in a Systainer and offers some of the best and innovative accessory attachments.

FLEX

A high-performance powerhouse, the FLEX dominated metal cutting tests with the fastest nail cuts and zero vibration. It provides an excellent line of sight with no blind spots, though it is one of the heaviest tools in the test. It uses a push-button variable speed system with LED feedback and a Starlock blade system.

Hilti

The Hilti is distinguished by an innovative side-LED system for high visibility even when inverted. While it offers smooth metal cutting and great control, some testers found the motor pitch piercingly high and the battery design uncomfortable for precision wood cuts. [battery location impedes hand grip] It features a nicely designed push-button variable speed with LED feedback. The team liked that both the battery gauge and variable speed light up when the tool is turned on for quick reference.

Kreg

The Kreg features a unique universal blade support system accommodating both Starlock and standard blades. While well-balanced, it was criticized for a delayed paddle-style trigger and a cumbersome two-step lockout mechanism. Its variable speed dial is positioned at the top of the grip, making it more prone to accidental contact.

Makita 18V

Earning a perfect 10 for vibration control, the Makita 18V is the comfort champion of the test. Testers noted “shockingly minimal” vibration and low noise levels, making it ideal for long workdays despite its clunky size. Every tool lab member commented on how smooth and low-vibration the tool was. The variable speed dial is safely located at the rear of the tool. It uses a lever system for blade changes, where the pin partially ejects but does not fully fall out. 

Makita 40V

The Makita 40V provides impressive vibration control and consistent power in a relatively lightweight package. Every tool lab member commented on how smooth and low-vibration the tool was. Its main drawback is a bulky head design that can mask the blade’s contact point during intricate cuts. Like the 18V model, it can stand vertically on its battery and uses a rear-mounted speed dial.

Metabo HPT

The Metabo HPT offers an excellent grip and high speeds during metal cutting. It uses an “Eternalock” system where the ¼-inch pin stays attached to prevent loss. It features an LED that lights a 5-inch semicircle and is stable for vertical storage.

Milwaukee

Defined by raw power, the Milwaukee refuses to bog down under load. It excels in heavy material removal but its longer length might make it difficult to maneuver in tight spaces. It features three bright LEDs and a recessed variable speed dial, though the dial is awkwardly placed for use with gloves. Blade changes are slower due to a threaded pin that must be fully unscrewed. Users of the Milwaukee OMT will find that using open end universal blades allows them to keep the pin on and dramatically improve blade changing speeds. 

Ridgid

The Ridgid is a well-balanced performer with high visibility and an easy-to-use battery swap system. While it offers consistent power, users cannot change the variable speed while the tool is running. It features a lever-lift and pin blade system with a magnet to hold blades during installation.

Ryobi

The Ryobi is an accessible, lightweight tool with excellent LED placement for high visibility. While ideal for DIY wood tasks, it struggled and was slow in metal cutting. It uses a magnetic lever-lift system for blades and can stand vertically on its battery.

Skil

The Skil offers good balance but is hindered by a “crank style” blade change system described as “fragile” and “horrible”. It was slow in metal cutting and required significant effort to swap batteries. The variable speed dial on the side is easy to bump unintentionally.

Note on OMT Blade Changing Systems

The team preferred spring-loaded blade-changing systems; unlike pin-style mechanisms, the push-to-engage design removes the risk of accidental pin loss.

Vibration Winner | Tie Dewalt [New] Makita 18v and 40v

The Makita 18v, and Makita 40v tie for the top position with the smoothest operation in the group. The Makitas are unbelievably smooth to hold and operate and it goes a long way in making up for their below average cutting power.

Just a hair behind is the New Dewalt 359.  The decoupled isolated head box makes this tool almost if not just as smooth to hold as the Makitas.  It’s a huge step up from previous generations and made even more impressive when you factor in the aggressive 4.2 cutting angle and power demonstrated in our testing.

The Metabo HPT has very low vibration and stands alone behind the Makitas and the Dewalt 359.

Rounding out the top half of the group are the Hilti, Ridgid, Ryobi, and Skil all of which share a vibration score of 4. These tools stand out significantly compared to the rest of the list.

Weight | Winner

We measured each tool without its battery attached.  As the cordless tool market expands, the variety of battery options within each tool platform has grown immensely.  A common talking point among the tool lab crew is battery size preference, with some operators choosing the smallest and lightest batteries to minimize weight, and some grabbing the 6, 9 or 12 aH monsters.  With that in mind, we weighed the bare tool without the battery and ranked accordingly.

The Skil is by far the lightest weight tool in the grouping at just 1.8 pounds.  

The Ryobi and Rigid are close behind at 2.1 and 2.2 lbs.  

Noise Winner | Metabo HPT

To measure the relative noise of the tools, the OMTs were all fitted with blades and set to the highest setting possible.  The noise levels (dBa) were recorded with a sound meter at a set distance of 18 inches.

The Metabo HPT was the quietest saw with a remarkably low 69.3 dBa output. 

Following closely behind are the frequent Low Noise winners in our evaluations, the Makitas.  The Makita 18v was 75.4 and the 40 essentially tied at 75.5 dBa.

Price

The pricing for these multi-tools spans a wide range, starting at a budget-friendly entry point and scaling up to premium professional equipment. The market begins at a consistent baseline of $79, shared by Ridgid, Ryobi, and Skil. As users move into the mid-range—roughly between $89 and $199—they find well-known brands like DeWalt, Milwaukee, and Flex. Visit Ohio Power Tool for pricing.

The high-end segment starts above the $200 mark, where specialized or higher-voltage models from Makita and Hilti reside. Finally, the list peaks with “luxury” professional brands, specifically Fein ($369) and Festool ($399), which represent the most significant financial investment, costing over five times more than the entry-level options.

Best Overall Cordless Multi-Tool Winner |  Dewalt DCS359

After crunching the data across our seven rigorous evaluation categories, the DeWALT DCS359 (Early Release Model) claims the title of the Best Overall Cordless Multi-Tool for 2026. 

While the competition was fierce—with Milwaukee and FLEX leading in raw speed and Makita dominating in vibration—the new DeWALT is the only tool that refuses to compromise. 

By pairing an aggressive 4.2 oscillation angle with a newly-designed,. isolated headbox, DeWALT has achieved the “holy grail” of OMT design: massive power without the bone-shaking feedback. 

It landed in the top three for both plywood and nail-embedded wood cutting speeds, yet tied with the Makita for the smoothest user experience. When you factor in the refined four-speed electronic selector and the “Perform & Protect” ergonomics, the DCS359 isn’t just an upgrade; it’s a new industry benchmark.

Note:  The Wood and Nail Embedded categories are our performance testing evaluations.  As with all of our Head to Head evaluations, we weight the raw performance of a tool heavier than other categories.  Both of these scorings have been doubled to factor this into the overall rankings.

Best Value | Metabo HPT (CV18DAQ4M)

Finding the perfect oscillating multi-tool is the difference between a clean, surgical cut and a vibrating mess that leaves your hands numb before lunch.  That’s where the Tool Lab comes in, we try to give you all the information to select the best tool for you.

The above chart plots %of Max score vs Price.  The Dewalt 359 had the best score and is the benchmark with 100% of the score.  Prices are added to show the relative performance per dollar each tool provides.  In this chart, a high blue mark and a low red mark is ideal.  One particular tool stands out extremely well in this analysis scoring 92% of the possible points and having a bare tool price of just $89.

For pros and serious DIYers looking for the “sweet spot” between performance and price, the Metabo HPT 18V is our standout choice for Best Value. 

It came in 2nd place overall, and punched well above its weight class in our testing, recording the lowest noise levels (a whisper-quiet 69.3 dBa) and securing a spot just behind the leaders in vibration control. With a lightweight 2.4 lb frame and the reliable Starlock blade system, it offers a premium, refined feel that rivals tools twice its price. It’s a high-performing workhorse that respects both your ears and your budget.

Conclusion

Our 2026 Tool Lab OMT Head-to-Head spent a significant amount of time to provide you with the information you need to make an informed purchase decision.

Whether you prioritize the raw torque of the Milwaukee M18 for demo, the surgical, vibration-free precision of the Makita, or the high-tech safety features like “Stop Control” found on the Bosch, there is now a perfected tool for every niche on the jobsite.

Ultimately, finding the right OMT is about balancing the demands of your specific trade against the ergonomics of the tool in your hand. 

While the DeWALT DCS359 takes home the gold for its incredible versatility and power-to-vibration ratio, every tool in our top tier represents a massive leap forward from the vibrating “buzz-boxes” of a decade ago.

Best Oscillating MultiTool Video Review

The post Oscillating Multi Tool Head to Head Comparison – 2026 first appeared on Concord Carpenter.

If you’ve ever tried measuring a rough opening, ceiling height, or long framing layout by yourself, you already know the limitations of a standard tape measure. Blade flex, collapse, and inaccurate readings become a constant annoyance — especially when working overhead or spanning long distances.Until the OX Pro SPEEDFRAME Extendable Level came on scene.

An Extendable Layout Level with a Built-In Readable Tape System

Most tape measures are designed for distance. Most levels are designed for alignment. The OX Pro SPEEDFRAME Extendable Level  combines both into a single layout tool.

At first glance, the SPEEDFRAME looks like a compact box level, but the defining feature is its extendable frame system with an integrated readable measuring scale. Instead of pulling out a floppy tape blade, the tool extends into a rigid measuring platform that maintains alignment while simultaneously functioning as a level.

I recently used the SPEEDFRAME during a barn renovation project involving a timber loft mezzanine and stair installation. The project required repeated framing layouts, stair measurements, post spacing, and long-span alignment work — exactly the type of application this tool appears designed for.

The OX Pro SPEEDFRAME Extendable Level is designed to address those frustrations with a reinforced rigid-blade design aimed at framers, remodelers, carpenters, and serious tradespeople. Available in both 29-48-inch and 53- 96-inch versions, the SPEEDFRAME focuses heavily on blade stability and long standout performance.

First Impressions | OX Pro SPEEDFRAME Extendable Level

The first thing I noticed was the housing. The anodized aluminum frame gives the SPEEDFRAME a durable, professional feel without making it excessively heavy. It feels solid in the hand and noticeably more robust than many plastic-bodied tape measures currently on the market.

Despite the reinforced frame construction, the SpeedFrame still maintains a fairly compact footprint.  Being able to extend the SpeedFrame helped when working alone and reaching across long spans.

What Makes the OX Pro SPEEDFRAME Extendable Level Different

The real advantage of the OX Pro SPEEDFRAME Extendable Level is that it combines three functions into one tool:

• Level
• Straightedge
• Extendable measuring system

That combination becomes genuinely useful during framing and remodeling work where repeated layout measurements are required.

During the loft and stair project, I found it especially helpful for:

• Checking stair rise and run consistency
• Measuring framing spans
• Aligning blocking and layout marks
• Verifying level while measuring
• Working solo on longer layout tasks

Because the tool remains rigid when extended, measurements feel more controlled and accurate compared to trying to hold a sagging tape measure across open spans. The biggest advantage of the SPEEDFRAME is blade rigidity, and extended level feature.

Real-World Jobsite Use

On the barn project, the OX Pro SPEEDFRAME Extendable Level handled dust, rough framing conditions, and repeated movement around staging and ladders without issue.

The extension rails stayed smooth throughout testing, and the locking mechanism consistently held position without noticeable slop or movement.

One of the biggest benefits became apparent during solo work. Normally, checking level while measuring often requires juggling multiple tools or relying on a second person. The SPEEDFRAME simplifies that process considerably.

I also appreciated how readable the tape measure markings were in varying lighting conditions inside the barn. Clear markings matter more than people realize when you’re moving quickly through layout tasks.

The readable integrated scale also made repetitive layout tasks faster since measurements remained visible and aligned directly within the tool body.

The 53-inch model, in particular, became extremely useful for stair and window layout tasks and measuring overall room dimensions inside the barn structure. The rigid blade reduced the constant fight against tape collapse that typically slows down layout work. The larger level was great for plumbing a 14 foot wall.

For remodelers and framers working solo, the extension feature alone can save time and frustration throughout the day.

Room For Improvement

While the concept works well, there are a few tradeoffs.

TheOX Pro SPEEDFRAME Extendable Level is naturally larger and heavier than carrying a standard torpedo level or tape measure individually. For quick punch-list work or small repairs, it can feel like overkill.

The extending frame also requires a bit more care than a traditional tape measure. Dirt and debris inside the rails could eventually affect smooth operation if the tool isn’t maintained properly.

And while the integrated measurement system is excellent for layout and alignment tasks, it won’t completely replace a traditional tape measure for every situation.

Lastly, if extended and “unlocked” and you hold the level verically the extended arm of the level can come sliding down fast!  Trust me I have a blood blister to prove it.

Who The SpeedFrame Best For

The OX Pro SPEEDFRAME feels best suited for:

• Framers
• Remodelers
• Stair builders
• Carpenters
• Timber frame builders
• Contractors working alone frequently
• Tradespeople needing long, stable standout performance

If your work involves repetitive layout, leveling, and spacing tasks, the OX Pro SPEEDFRAME Extendable Level offers clear advantages over constantly switching between a tape measure and level.

Final Thoughts

The OX Pro SPEEDFRAME Extendable Level isn’t just a level with a tape measure and flashy marketing claims. The reinforced extending blade system and tape measure provide real advantages during framing and remodeling work, especially on projects requiring repeated long-span measurements.

The reinforced blade system provides significantly better standout compared to a standard tape measure. During loft framing and stair layout work, I was able to extend the level and get an accurate reading with no blade collapse or flex. That may sound minor until you’re repeatedly measuring overhead, spanning floor openings, or trying to capture inside dimensions by yourself .

After using both models on a demanding barn renovation project, I came away impressed with the overall durability, standout performance, and usability. Its a truly useful layout tool.

For contractors and carpenters tired of fighting blade collapse and unstable measurements, the OX Pro SPEEDFRAME Extendable Level is worth a serious look.

The post OX Pro SPEEDFRAME Extendable Leve first appeared on Concord Carpenter.

The RIDGID WD4070 (4-Gallon) Wet/Dry Vacuum Review

Managing dust and debris in finished spaces requires a careful balance of power and portability. While massive production rigs have their place for heavy demolition, the RIDGID WD4070 4-Gallon Portable Wet/Dry Vac is engineered specifically to solve a different field problem: tight spaces, quick cleanups, and precision maintenance.

Specifications

• Drum Volume:                   4 US Gallons
• Peak Horsepower:            5.0 HP
• Air Volume:                        110 CFM
• Suction Power:                  176 Air Watts
• Hose/Accessory Diam:     1-7/8″ Excellent quality
• Power Cord Length: 2      0 Feet

Compact Form Factor

This smaller vacuum is designed specifically for the individual finish carpenter, remodeler, or punch-list technician. Packing a 5.0 Peak HP motor into an agile, 18-pound frame, it delivers impressive performance relative to its physical footprint. It also allows for a pleated filter which is a necessity for Pro work.

Rather than relying on marketing hype, the utility of this rig comes down to smart field design:

Convenient Footprint

The unit fits cleanly into a packed truck seat or storage box. This means you do not have to haul a massive drum inside a finished home just to clean up sawdust from a couple of trim cuts.

High Suction Velocity

The 1-7/8″ hose system optimizes air velocity. While it is not built to swallow massive chunks of 2×4 framing timber, it excels at pulling sawdust from a miter saw, vacuuming out cabinet boxes, small clean ups, or detailing a work truck

Onboard Cord Management

The integrated storage caddy cleanly wraps the 20-foot power cord and snaps the extension wands into a vertical, low-profile configuration. This keeps your accessories organized and ensures the tool does not trip you up during transport.

Room For Improvement

If I were to suggest improvements for this Ridgid 4-Galln vac it would be to improve the quality and length of the hose and maybe flatten the top of the unit to allow it to better store or stack in trucks and vans

RIDGID NXT Accessories

New NXT Dual Locking Accessories are compatible with both 1-7/8 in. and 2-1/2 in. hoses and wands, making cleanup easier. The NXT® Accessory Swap and Lock Attachment System accessories line includes six vacuum attachments and one new shoe attachment kit.

The NXT Dual Accessories eliminate the need for adapters and allow users to easily switch between different size vacuums while using a single tool. The accessories are compatible with the entire line of RIDGID NXT shoes, adding more versatility to users’ cleanup.

NXT shoes are also compatible with NXT Locking Accessories, which were introduced in 2024, with one new shoe kit addition for the newly introduced Claw Nozzle.

Overall Impression |  RIDGID WD4070 (4-Gallon) Wet/Dry Vacuum

The RIDGID WD4070 (4-Gallon) is a perfect addition to your tool crib, functioning as your precision maintenance tool. It belongs on the truck for daily installation tasks, finished-home punch lists, and tight interior detailing where speed and portability dictate your workflow efficiency.

RIDGID Vacuum WD4070 Video Review

The post RIDGID WD4070 NXT (4-Gallon) Wet/Dry Vacuum first appeared on Concord Carpenter.

RIDGID HD1900 16-Gallon NXT Power Wet/Dry Vacuum: Raw Power Meets “Value Engineering”

RIDGID HD1900 16-Gallon NXT Power Wet/Dry Vacuum Review: Raw Power Meets “Value Engineering”

Managing dust, bulk debris, and water is a non-negotiable part of maintaining a safe, professional job site. On our sites, a heavy-duty 16-gallon vacuum isn’t a luxury—it’s an absolute staple. We keep several of these units in rotation, deploying them to every single project for everything from aggressive demolition cleanup to active jobsite dust collection – attached to our table saws. Rather than relying on corporate marketing hype, let’s look at the specifications, field utility, and real-world build quality to determine exactly how RIDGID’s new HD1900 16-Gallon NXT Power Wet/Dry Vacuum will hold up in a professional workflow.

Specifications

• Drum Volume:                   16 US Gallons
• Peak Horsepower:           7.0 HP
• Air Volume:                        202 CFM
• Suction Power:                  396 Air Watts
• Hose/Accessory Diam:     2-1/2″ (6.4 cm)
• Power Cord Length:         20 Feet

Suction Performance

To understand the true capability of this vacuum, we must look past peak horsepower and focus on CFM (cubic feet per minute—airflow volume) and Air Watts (suction efficiency).

Pushing 202 CFM and 396 Air Watts, the HD1900 packs impressive raw suction power.

It is engineered for high-volume, dense jobsite mess, effortlessly swallowing bulk waste, wood chunks, framing trimmings, concrete sediment, scrap wire, and heavy standing water. The motor head also features an optimized drum keying layout to maximize the airflow seal and minimize performance loss at the latches.

We frequently deploy our vacuums for dedicated table saw dust collection by hooking it up directly to an i-socket Automatic Vacuum Switch, allowing the vacuum to cycle on and off automatically with the tool.

Beyond raw power, RIDGID has some excellent Pro features

Friction-Fit Filter:

The redesigned filter eliminates the legacy threaded wingnut style. It is a simple push-to-lock friction fit, meaning there is no small plastic hardware to fumble with or accidentally drop into a drum full of dirty water.

Positive Locking Hose:

The included 7-foot, large-diameter (2-1/2″) higher quality Pro Hose features a robust mechanical clip that snaps directly into the inlet port. When you yank the hose to pull the vacuum across a subfloor, it stays attached instead of pulling loose. While I’d prefer a longer hose and a twist to lock connection – this is a good compromise.

All-Terrain Cart: The oversized rear wheels slide smoothly over extension cords, threshold drops, and gravel path entries. We tested this in the shop and found that the vacuum tracked well on a concrete and over small obstacle.

Integrated Drain:

When full of water, lifting a 16-gallon drum to tilt-dump it is a recipe for back strain. The built-in, large-diameter drain port at the base allows for controlled, floor-level emptying or hose attachment.

The Filtration Strategy: Why We Exclusively Use Fleece Bags

While the vacuum ships with a fine-dust pleated filter, we exclusively pair our RIDGID vacuums with high-quality, multi-layer fleece vacuum bags. Utilizing these bags as an essential job-site pre-filter provides massive advantages: The bags combined with the pleated filter take a budget vacuum and turns it into a high filtration unit.

3 Vacuum Bag Benefits:

• Protects the Motor:

By trapping ultra-fine particles—like drywall, lead, and silica dust—before they ever hit the main cartridge filter, the bags prevent “caking,” maintain maximum suction velocity, and extend the life of the motor.

• Safer Dust Containment:

They keep fine dust from leaking back into the air, which is critical for maintaining a safe environment when working inside occupied client homes.

• Mess-Free Disposal:

The bags feature integrated self-sealing flaps that lock dust inside during change-outs, protecting both the client’s home and your own health from airborne dust clouds.

Room For Improvement

While the vacuum performance is excellent, a close look at the build quality reveals manufacturing compromises—often called “value engineering” or “design-to-cost”—reared their heads. To hit a specific price point, several areas of long-term jobsite durability were compromised:

Thinner Plastic Hull:

Compared to legacy RIDGID models, the plastic used for the drum housing feels noticeably thinner to me. While this succeeds in reducing the overall weight of a massive 16-gallon machine, it leaves a cheaper, less robust impression that may not tolerate heavy impacts well, especially in frigid temperatures.

Wobbly Handle / Cord Wrap Design:

The top motor handle assembly was probably designed to be just a cord wrap but we all will use it to lift the vacuum.

We found two frustrating flaws with this handle.

1. It wiggles and sways significantly under load. It relies on a weak attachment point secured by only two small screws.

2. It’s too small to completely wrap up the 20-foof cord, forcing me to use the vacuum body or the metal handle as a wrap instead.

Metal | Rolling Handle:

There is entirely too much play between the metal housing and the spring pin, making the surrounding plastic a primary candidate to crack or break over time.

The metal handle makes it convenient to tilt and roll the unit, indexes into a plastic receiver with a small spring-loaded button to lock it in place. This too does not feel Pro-grade, and I question the long-term longevity.

Canister Lid Release Clips:

The 2 All-plastic clips that clamp the motor to the vacuum container have a non-robust feel. We know from experience that plastic hinge points can creak on a demanding jobsite and found this to be a disappointing weak point on an otherwise, high-powered suction machine.

Attachment Ecosystem| NXT Accessory Platform

The real innovation across this rollout isn’t just the motor; it’s the modular NXT Max accessory platform. Historically, having every possibly vacuum nozzle attachment meant carrying an accessory bag.  RIDGID’s updated system uses a single main tool housing that remains locked onto your extension wand, utilizing a modular shoe insert design. This gives you a 2–in–1 nozzle. What that means is your 2 or 3 main plastic nozzles that store on the vacuum now give you options for brushes and rubber tipped attachments.

The Base Nozzle:

Stays securely attached to your locking wand using the Tug-A-Long positive-locking system, preventing the tool from pulling loose when dragged across a floor.

The Interchangeable Shoes:

You simply snap out and swap the bottom contact pad depending on the material you are cleaning:

For example:

• Floor / Smooth Shoe: Optimized for drywall dust and basic sawdust on subfloors.
• Wet Squeegee Shoe: Uses rubber blades to wipe and pull standing water off flat surfaces cleanly.
• Bristle Shoe: Engineered for agitating embedded dirt on concrete or rough workshop floors.

This design significantly uses less storage space in your van or tool trailer and allows you to switch between picking up puddle water and sweeping fine dust in about five seconds.

RIDGID NXT Accessories

New NXT Gen Locking Accessories are compatible with both 1-7/8 in. and 2-1/2 in. hoses and wands, making cleanup easier. The NXT Accessory Swap and Lock Attachment System accessories line includes six vacuum attachments and one new shoe attachment kit.

The NXT Dual Accessories eliminate the need for adapters and allow users to easily switch between different size vacuums while using a single tool. The accessories are compatible with the entire line of RIDGID NXT shoes, adding more versatility to users’ cleanup.

NXT shoes are also compatible with NXT Locking Accessories, which were introduced in 2024, with one new shoe kit addition for the newly introduced Claw Nozzle.

Overall Impression | 16-Gallon NXT Power Wet/Dry Vacuum

The RIDGID HD1900 (16-Gallon) is strictly a structural support tool. It belongs in the shop, on a production framing site, or with a remodeling crew handling heavy demolition dust, flood mitigation, and bulk cleanup.

If you can overlook the cheaper plastic feel of the hull and the play in the handle, the raw performance, make it an absolute beast on the job.

The post RIDGID HD1900 16-Gallon NXT Power Wet/Dry Vacuum first appeared on Concord Carpenter.