Makita DUH601 18v Brushless Hedge Trimmer (All Versions)

PLEASE NOTE: This product is NOT part of the Makita Redemption Scheme.

The Makita DUH601 18v hedge trimmer features a powerful brushless motor that is more efficient than a brushed counterpart providing around 30% longer runtime and requires no maintenance.

The double sided 65cm blade is designed for cordless hedge trimmers for faster, cleaner cutting with longer battery life and is capable of cutting branches up to “21.5mm making it a true replacement for electric and petrol trimmers. Constant speed control delivers more power to the motor depending on the material being cut to keep the motor speed constant and three speed settings high/medium/low can be set to match the environment and extend battery life.

The rear handle has an ergonomic rubber grip for firm control and rotates in 5 positions for comfortable prolonged cutting. Safety features include automatic shut down, battery protection against over-discharge, high temperature and overload and an electric brake stops blades movement almost instantly that the switch is released. Other features include a reverse button that releases the blade in the event of a jam, soft start and a blade guard for storage.

• Voltage: 18 v
• Blade Length: 600 mm
• Blade type: Double Sided
• Max Branch Diameter: 23.5 mm
• Strokes per Minute: 0 - 2,000 / 0 - 3,600 / 0 -4,400 spm
• Net weight: 3.8 - 4.5 kg
• Noise sound pressure: 82 dB(A)
• Noise sound power: 95 dB(A)
• Noise K factor: 3 dB(A)
• Vibration no load: 2.5 m/sec²
• Vibration K factor: 1.5 m/sec²

• New triple-edged cutting teeth are designed to easily catch and firmly hold branches. Curved blades reduce friction resistance to suppress energy loss. Due to the low resistance run time is increased
• Brushless motor
• Variable speed control (3-speed + trigger)
• Constant speed control
• Electric brake
• 5 position rotating rear handle
• Soft start
• Ergonomic soft grip
• Reverse button
• Equipped with Battery protection circuit: designed to protect the battery from damages due to over discharge, high temperature or overload current