Stihl RMA 443 C Cordless Lawn Mower (Tool only)
SKU: 6338 011 1405
Stihl RMA 443 C Cordless Lawn Mower (Tool only)
SKU: 6338 011 1405
Original price was: £478.96.£431.00Current price is: £431.00.
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RMA 443 C Cordless Lawn Mower: AP System cordless lawn mower for medium-sized gardens
If you have high expectations for your garden tools, then the new STIHL RMA 443 C battery lawn mower is made for you. Part of the powerful STIHL AP System, this cordless lawn mower is suitable for medium-sized gardens. The energy-saving eco mode also has a positive effect on the battery lawn mower’s operation time during mowing, collecting and mulching (the mulching kit is an optional accessory). The flow-optimised blade consumes very little energy generating minimal air resistance when cutting.
The battery-powered lawn mower can be easily adjusted to the desired cutting level thanks to the central height adjustment. Once the grass catcher box is full, the practical mono-comfort handlebar gives greater access to the catcher box for quick and easy emptying. With a foldable handlebar and carrying handle, the RMA 443 C battery lawn mower can be transported and stored effortlessly.
The battery-powered lawn mower can be easily adjusted to the desired cutting level thanks to the central height adjustment. Once the grass catcher box is full, the practical mono-comfort handlebar gives greater access to the catcher box for quick and easy emptying. With a foldable handlebar and carrying handle, the RMA 443 C battery lawn mower can be transported and stored effortlessly.
Part number
6338 011 1405
Rated power
1050 W
Battery system
AP
Device weight
21 kg
Cutting width
41 cm
Cutting height
25 - 75 mm
Rated speed of sweeping attachment
3150 rpm
IPX Rating
IPX4
Grass catcher box volume
55 l
Device width
49 cm
Device height
108
Front wheel diameter
180 mm
Rear wheel diameter
200 mm
Measured sound pressure level LpA
75 dB(A)
Sound power level, guaranteed LWA
90 dB(A)
Uncertainty factor, sound pressure level KpA
2 dB(A)
Vibration, guide bar, ahw
1.8 m/s²
Vibration uncertainty K
0.9 m/s²
