Split-Shaft XGT®

UX01G

Next Generation Split-Shaft

The UX01G Brushless 40Vmax Split Shaft Motor Unit delivers an impressive maximum no-load speed of up to 9,700rpm, maximising user productivity. To further this, Makita has designed the UX01G with overload protection and Active Feedback Sensing Technology (AFT), which shuts the machine down if the rotation speed suddenly slows - keeping the machine working at optimum efficiency and preventing damage.

Safe And Convenient Working

Depending on the task at hand, professionals can choose from a range of versatile attachments, from pole saws and brush cutters, to hedge trimmers and sweepers – and the tool-less installation makes changing between tasks quick and effortless, reducing down time. High/Medium/Low 3-speed selection and variable speed control by trigger means you can tailor the machines use to any application.

Split-Shaft XGT® 40V Max

The UX01G has an IPX4 rating, which means that it is splash and shower proof, and water ingress is limited, making it ideal for those working outside in unpredictable weather.

FEATURES AND TECHNICAL DATA

Features

1. Multi-tool system, versatlie optional attachements for a range of applications

2. Reverse function

3. 3 speed funtions

4. Electric Brake

5. Active Feedback Sensing Technology (AFT). Shut off the tool if the rotation speed suddenly slows down.

6. Automatic Torque Drive Technology (ADT): Automatically changes the cutting speed according to load condition for optimum operation

Technical Specifications

No Load Speed (Low): 5,700 RPM

No Load Speed (Medium): 8,200 RPM

No Load Speed (High): 9,700 RPM

Max Output: 1000 W

Net Weight: 4.2 - 12.6 kg

Available Versions

UX01GZ

Tool only, battery and charger not included

Press release

The UX01G Brushless 40Vmax Split Shaft Motor Unit delivers an impressive maximum no-load speed of up to 9,700rpm, maximising user productivity. To further this, Makita has designed the UX01G with overload protection and Active Feedback Sensing Technology (AFT), which shuts the machine down if the rotation speed suddenly slows - keeping the machine working at optimum efficiency and preventing damage.