Description
The RM 248 from STIHL is a petrol push-along lawn mower designed for entry-level users looking to cut small to medium-sized lawns at home. Part of a new range of 2 Series petrol lawn mowers, it’s fitted with innovative key features that make this the ideal choice for home gardeners.
This lawn mower is built with a sheet steel deck, has a 46 cm cutting width and single point height adjustment that is adjustable between 20 – 100 mm. The EVC 205 engine is easy to start too meaning you can effortlessly get to work. And on a full tank of fuel the RM 248 can mow lawns up to 1200 m2.
The RM 248 has 4 different ways of mowing. No additional tools are required but we do recommend you refer to the owner’s manual before working. You can either:
- Cut & collect with the grass catcher box fitted
- Cut & drop by removing the grass catcher box
- Side discharge with the flap that is integrated into the deck
- Mulch with the multi-blade and mulching attachment
The comfort mono-handlebar allows easy access to the grass catcher box, making it easier to remove and empty when it’s full – plus, thanks to the fill level indicator on the grass catcher box you’ll know exactly when to empty the box too! The 52-litre grass catcher box is ergonomically designed and easy to fully open for fast emptying. The sturdy mono-handlebar is height adjustable and foldable for compact storage after use.
- Petrol push-along lawn mower with 46 cm cutting width
- Tackles medium-sized lawns effortlessly
- Cutting height can be adjusted from 20 mm to 100 mm
- Easy handling thanks to the height-adjustable handlebar
- Fitted with 52-litre grass collection box with fill-level display
Cutting width | 46 cm |
Cutting height | 20 – 100 mm |
Cutting height adjustment | 7-level (central) |
Grass catcher box volume | 52 l |
Speed | — |
Engine type | EVC 205.0 |
Displacement | 127 cm³ |
Weight | 30 kg |
Guaranteed sound power level | 96 dB(A) |
Measured sound pressure level | 82 dB(A) |
Sound pressure level uncertainty factor | 2 dB(A) |
Vibration level ahw | 4.4 m/s2 |
Uncertainty factor | 2.2 m/s2 |
CO2 emission | 1227 g/kWh |