Earth Auger LXT®

DDG460ZX6

18V X2 • 0 – 1 400 min⁻¹ • 48 / 136 Nm

LXT® battery powered brushless earth auger for drilling holes in the ground

DDG460 is powerful and lightweight brushless earth auger drill for drilling holes to the ground. Equipped with 2-speed options (0 - 350 min⁻¹ & 0 - 1 400 min⁻¹) and reverse. Max fastening torque is (High / Low) 48 / 136 Nm. Twin led lights for illuminate working area. Tool only, battery and a charger not included.

Not in stock

**General**

**Technical info**

**Related Products**

**Dust Extraction**

**Additional info**

**Support**

Product description:

Drilling holes to the ground has never been this easy! Makita's new DDG460 earth auger drill is powerful and lightweight (8,2 kg with 2 x BL1860B 6 Ah batteries) tool for drilling soil.

Brushless motor delivers up to 1 400 RPM, speed can be selected by two settings; 0 – 350 RPM and 0 – 1 400 RPM and reversing switch for helping jammed auger bit.

With Ø150 mm auger bit and fully charged BL1860B (6,0 Ah) batteries DDG460 can do about 155 holes in depth of 600 mm and with Ø200 mm auger bit about 90 holes in depth of 600 mm.

For optimum operation, DDG460 is equipped with ADT (Automatic torque Drive Technology) which automatically changes the drilling speed depending on load conditions. Tool is also having an torque limiter that will actuate when a certain torque level is reached at low speed setting. When this level is reached, the drill bit stops turning.

Twin LED lights illuminate the working area so working even in the dark is possible!

User benefits

Brushless maintenance-free and long-life motor
Twin LED job light with pre-glow and afterglow functions illuminates the work area
Soft start for smooth start-ups
XPT (Extreme Protection Technology) is engineered for improved dust and water resistance for operation in harsh job site conditions
Electric brake for maximum productivity and increased operator safety
ADT (Automatic torque Drive Technology): The speed is automatically regulated during operation in order to achieve optimum performance depending on the requirements