NEW

12V max CXT Next Generation Slide-Style Lithium-Ion

Latest

CX300RB

18V LXT® Sub‑Compact Brushless 3‑Pc. Combo Kit

CX301RB

18V LXT® Sub‑Compact Brushless 3‑Pc. Combo Kit

XRJ07ZB

18V LXT® Sub‑Compact Brushless Recipro Saw

XUC01X1

18V X2 LXT® Brushless Power‑Assisted Wheelbarrow

XUC01X2

18V X2 LXT® Brushless Power‑Assisted Flat Dolly

XT275T

18V LXT® Brushless 2‑Pc. Combo Kit

HR2651

1" AVT® Rotary Hammer w/ HEPA Dust Extractor

HR2661

1" AVT® Rotary Hammer w/ HEPA Dust Extractor

TD022DSE

7.2V Lithium‑Ion Impact Driver Kit

XDT131

18V LXT® Brushless Impact Driver Kit

XFD061

18V LXT® Compact Brushless 1/2" Driver‑Drill Kit

XOC01T

18V LXT® Cut‑Out Tool Kit

XRH06RB

18V LXT® Sub‑Compact Brushless11/16" Rotary Hammer Kit

XRH06ZB

18V LXT® Sub‑Compact Brushless 11/16" Rotary Hammer

XRM06B

18V LXT® Bluetooth® Job Site Radio

XRU11M1

18V LXT® Brushless String Trimmer Kit

XRU11Z

18V LXT® Brushless String Trimmer

XTR01T7

18V LXT® Brushless Compact Router Kit

XWT08XVZ

18V LXT® Brushless High Torque 1/2" Utility Impact Wrench

XWT09XVZ

18V LXT® BL™ High Torque 7/16" Hex Utility Impact Wrench

Innovations

LXT® Lithium-Ion

Tool users who unplug the cord with Makita 18V LXT® experience new levels of convenience, efficiency and productivity. Makita created the 18V Lithium-Ion cordless tool category in 2005, and today it is the world’s largest 18V cordless tool line-up. Makita’s leading technology gives tool users unmatched performance and breadth of line, with innovation in motor and battery technology that is obliterating industry standards – and leaving old thinking behind. With high amp-hour batteries, efficient brushed and brushless motors, and 18V X2 LXT® (36V) technology, Makita 18V LXT tools not only meet corded demands, they can exceed the performance of corded, all while remaining in a single cordless platform powered by the industry's fastest-charging 18V lithium-ion batteries.

Advanced AVT®

Advanced AVT® enhances Makita Anti-Vibration Technology (AVT®) with a 3-component system that sets new standards in vibration reduction, with no compromise in performance. The Air Actuated Counterbalance moves counterweight pistons in the opposite direction of the drive piston to actively reduce vibration. The Vibration Absorbing Housing isolates the rear and side handle, reducing vibration for the user. And the Integrated Damper Spring is engineered to absorb impact vibrations from the drill bit.

MM4® 4-Stroke Engine

Engine seizure due to improper fuel and oil mixing is one of the most common failures of 2-stroke power equipment. Makita has a solution with efficient MM4® 4-stroke engine power equipment. The Makita MM4® 4-stroke advantage means no more fuel mixing for simplified operation and no need for a separate mixed oil-fuel can. In addition, Makita MM4® 4-stroke engines are engineered for lower noise, improved fuel economy, reduced exhaust, and faster, easier starts for increased efficiency. MM4® 4-stroke power equipment includes a concrete power cutter as well as blowers, hedge trimmers, string trimmers, pole pruners, and more.

SJS® - Super Joint System

SJS® Super Joint System is a mechanical clutch system that helps prevent motor and gear damage in grinders if the wheel is forced to a stop. The drive shaft from the armature to the drive gear is spring-loaded during normal grinding load. If binding occurs or the wheel is forced to stop, the spring is compressed allowing the drive shaft to slip. The gear tension is minimized while the armature continues to rotate, which helps prevent motor burn-out. SJS® is a mechanical clutch system, not elecronic, so the grinder does not require a re-start if the wheel binds.

Big Bore™

Compressors equipped with a Big Bore™ piston, cast iron pump and heavy duty crankshaft deliver faster recovery time and higher CFMs for more efficient nailing and fastening. The Big Bore™ piston and cylinder are larger than those in standard compressors, so they compress more air on each stroke. The result is increased compressor efficiency, faster recovery, and lower RPM for reduced noise.

Impact GOLD®

Standard insert bits are lagging behind the increased fastening power of high torque impact drivers, and the result is more broken bits and more wasted time for contractors. Impact GOLD® is the new Gold Standard in impact driving, with high quality steel for extra strength and Xtreme Torsion Technology which allows the torsion section of the bit to flex under load and take pressure off of the tip for longer bit life. Impact GOLD® is exclusively designed for use with high-torque impact drivers, and is engineered to last up to 10x longer than standard insert bits and fastening accessories. Impact GOLD® offers an expanding line of insert bits and bit holders as well as double-ended power bits, nutsetters, impact sockets and socket adapters.

AVT® Anti-Vibration Technology

Anti-Vibration Technology (AVT®) is a counterbalance system inside the tool that significantly reduces vibration. The AVT® counterbalance design is based on seismic engineering, which developed this damping science to absorb shocks and protect buildings from earthquakes. AVT® uses a mechanical damper, effectively a counterbalance weight inside the tool, that provides an equal and opposite force that puts a mass directly opposite the point where the striker bolt delivers the impact. As vibration is eliminated, power is efficiently increased which allows more of the generated energy in the motor to be delivered to the tool bit. Makita also has an AVT® counterbalance system in select recipro saws. For users, AVT® means significantly less vibration with no compromise in power and performance.

SJS™II

Excessive vibration in a power tool is wasted motion which may affect a worker’s comfort level and, ultimately, productivity. Makita is bringing unprecedented levels of vibration reduction to the grinder category with the exclusive SJS II™ Technology. SJS™ II is a leaf spring and cam gear drive mechanism that is engineered to reduce vibration for increased operator comfort during extended use. It works by transferring the vibration through the wheel accessory spindle and onto a CAM component. The vibration causes the a cam to press against the leaf spring and absorb vibration for increased operator comfort.

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