Makita EB7660WH 75.6 cc MM4 4‑Stroke Engine Hip Throttle Backpack Blower
Makita’s 75.6 cc MM4® Hip Throttle Backpack Blower (EB7660WH) combines a cleaner-burning 4-stroke engine with quieter operation and the convenience of no fuel mixing. The cleaner-burning, fuel-efficient EB7660WH is a true step-up from older 2-stroke motors. For added convenience, the EB7660WH includes a hip throttle with cruise control and on-off switch. It’s engineered for commercial lawn and garden work, and is ideal for any professional seeking a best-in-class backpack blower.
The EB7660WH is powered by a 75.6 cc commercial-duty 4-stroke engine that requires no fuel mix and will deliver commercial duty performance with a maximum air speed of 206 mph and a maximum air volume of 706 cubic feet per minute. The mechanical automatic engine decompression is engineered for quick and easy starts, with heavy duty anti-vibration mounts between the frame and engine for improved operator comfort.
The EB7660WH is compact with less weight (only 24.5 lbs.) with wide padded straps and padded back panel for operator comfort. In addition, the large capacity muffler ensures quiet operation at 76dB(A).
Powerful fuel efficient 75.6 cc (3.8 HP) MM4® commercial duty engine
Mechanical automatic engine decompression for quick and easy starts
Hip throttle with cruise control and convenient on/off switch
Shoulder straps engineered with multiple adjustments for improved fit
Large capacity muffler ensures quieter operation (76 dBA)
Padded shoulder straps retain their shape for easier re-shouldering
Heavy duty anti-vibration mounts between frame and engine for improved operator comfort
Tool-less handle adjustment for quick positioning of handle
Adjustable tube easily adjusts to desired length
Summer and winter operation adjustment for improved performance during winter conditions
Padded back panel is ventilated for improved operator comfort
Large handle positioned at optimum center of gravity for easier transport
Large capacity air filter is replaceable and easily accessible