The BG 66 is STIHL’s quietest gas-powered handheld blower, featuring stratified charge engine technology that cuts fuel consumption by 20% and exhaust emissions by 50%, a semi-automatic choke, a stop switch to simplify the starting procedure and a two ringed piston for extended life. This powerful unit is ideal for working in noise sensitive areas.
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| Displacement (cc) | 27.2 |
| Weight (kg / lbs) 1) | 4.4 / 9.7 |
| Air volume (cfm) | 418 |
| Maximum Air Velocity (m/sec) / (mph) 2) | 143 |
| Air velocity mph 3) | 143 |
| Sound Level (db(A)) | 65 |
| Engine Power (kW / bhp) | 0.6 / 0.8 |
| Blowing Force (Newtons) 4) | 10 |
| Average Air Velocity (m/sec) / (mph) 2) | 51 / 115 |
| Air Volume at Nozzle (m3/h) / (cfm) 2) | 630 / 371 |
Intense vibration at the handles of power tools can lead to longer-term effects of blood vessels in the hands and arms. STIHL have therefore developed an effective anti-vibration system where by the oscillations from the machines engine are dampened which significantly reduces vibrations at the handles allowing for more comfortable and safer operation.
The BG 66 with built-in sound damper is built for use in noise-sensitive areas. The measured noise reduction for the human ear is up to 35% compared to the previous model.** Despite the relatively low noise emission, the BG 66 is a strong, reliable helper with high performance. ** Measured according to EN-IS022868.
2-stroke engine with stratified charge. A fuel-free layer of air is created between the burned charge in the combustion chamber and the fresh charge in the crankcase, reducing the amount of fuel lost during the charge cycle. This results in more power with a lower weight, up to 20% lower fuel consumption than regular 2-stroke engines and significantly reduced exhaust emissions.
Easy, comfortable thumb-operated control means the operator’s hand never leaves the handle.
A small fuel pump delivers fuel to the carburetor at the touch of a button. This reduces the number of starting strokes required following extended breaks in operations.