Stihl RM756YC Professional Petrol Lawn Mower
SKU: 6378 011 3421
Stihl RM756YC Professional Petrol Lawn Mower
SKU: 6378 011 3421
Original price was: £2,339.00.£1,988.00Current price is: £1,988.00.
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RM 756 YC Petrol Lawn Mower: Professional petrol lawn mower with mono-comfort handlebar and hydrostatic drive
The STIHL RM 756 YC petrol lawn mower has been specially developed for tough, long-lasting use in a professional environment. With its 54cm/21″ cutting width and its variable hydrostatic drive, this professional lawn mower is designed to mow areas up to 3000m². The hybrid housing is sturdy and durable. The mono-comfort handlebar can be adapted to your body height, ensuring the most comfortable working position, essential when you’re mowing for long periods of the day. This model features anti-vibration elements which effectively reduce engine vibration, allowing you to comfortably use the mower for a full working day. With a 3 litre fuel tank for long running times coupled with the reliable and powerful Kawasaki engine, this mower is designed for large and tough mowing jobs. An 80 l grass catcher bag– made from tough fabric makes it easy to see when the grass catcher bag is full, whilst allowing excellent air flow to ensure the bag is filled to the brim. Each wheel can be adjusted independently to suit the lawn conditions, the alloy wheels also have premium, well sealed bearings for a long service life. The RM 756 YC comes with a 1 year professional warranty (subject to registration and servicing).
Displacement
179 cm³
Drive
0,5 - 6,0 km/h
Motor type
FJ 180 V KAI OHV
CO2
1068 g/kWh
Device weight
61 kg
Max. lawn area
up to 3000 m²
Cutting width
54 cm
Cutting height
25 - 90 mm
Rated speed of sweeping attachment
2800 rpm
Grass catcher box volume
80 l
Device width
59 cm
Device height
116
Front wheel diameter
207 mm
Rear wheel diameter
232 mm
Measured sound pressure level LpA
86 dB(A)
Sound power level, guaranteed LWA
98 dB(A)
Uncertainty factor, sound pressure level KpA
2 dB(A)
Vibration, guide bar, ahw
2.4 m/s²
Vibration uncertainty K
1.2 m/s²
