Sale!

Stihl RT 5097 Z Petrol Ride-on Lawn Mower

£3,699.00 inc VAT

Click and Enquire

Description

RT 5097 Z PETROL RIDE-ON LAWN MOWER: HIGH PERFORMANCE RIDE-ON MOWER WITH TWIN-CYLINDER ENGINE

The STIHL RT 5097 Z ride-on mower shows that comfort and performance are not just reserved for deluxe models. Enjoy the sprung loaded seat which is adjustable to all heights and master the controls which are close at hand: the forward/reverse drive lever at the steering wheel, the central cutting height adjustment, the blade clutch and the lever for effortless emptying of the grass catcher box. The RT 5097 Z features a very powerful twin cylinder STIHL EVC 700 engine for top level performance. In addition the single-pedal operation and direct steering provide a previously unattained level of comfort during driving, manoeuvring and mowing. The Grass Guide System on both sides of the mowing deck catches grass blades at the edge of the deck and guides them towards the cutting blades. The 2 blade system with angled blades provides a neat and clean cutting pattern over a width of 95 cm. The RT 5097 Z comes with a 5 year extended warranty (subject to registration and annual servicing).
  • Powerful ride-on mower with 2-cylinder engine
  • For domestic users and landscape gardeners
  • Single-pedal drive for swift manoeuvring
  • Straightforward cut-height adjustment and blade clutch
  • Adjustable operator’s seat for a comfortable ride
  • 250-litre plastic grass collection box with sabre-type handle

TECHNICAL DETAILS

Cutting width95 cm
Cutting height30 – 100 mm
Grass catcher box volume250 l
Transmission typeHydrostatic
Fuel tank capacity9 l
Engine typeEVC 7000.0
Displacement635 cm³
Rated power12.2 kW / 16.6 hp
Rated speed2700 r/min
Weight248 kg
Tool length242 cm
Tool width101 cm
Tool height116 cm
Turning radius1 m
Guaranteed sound power level100 dB(A)
Measured sound pressure level86 dB(A)
Sound pressure level uncertainty factor2 dB(A)
Vibration level seat0.98 m/s2
Uncertainty factor0.49 m/s2
Vibration level steering wheel2.2 m/s2
Uncertainty factor1.1 m/s2
CO2 emission850 g/kWh