Honda - HF 2625

Описание к видео Honda - HF 2625

With outstanding V-Twin engines, Versamow™ selective mulching, and tough bumper protection, our Premium ride-on mowers are built to last and take on any lawn.

122cm cutter deck, Pro Spec Honda GXV 660 engine with variable Hydrostatic Drive and Versamow™ selective mulching.

Features

Smooth control
The HF2625 is available with hydrostatic transmission controlled by a single pedal and offering step-less control.

Optiflow grass collection system
Honda R&D team has developed Optiflow, an advanced grass collection system which reduces power loss and the acumilation of dust by combining powerful suction and a constant flow of air, to completely fill the grass bag.

Versamow™ selective mulching
The HF2625 has Honda’s Versamow™ selective mulching. With a single lever, the machine will either collect grass cutting into the bag or finely shred and blow them into the lawn for a natural fertiliser.

Pro Spec engine
The HF2625 range is powered by our Pro Spec GXV 660 V-twin engine. This 4-stroke engine represents a culmination of Honda’s R&D expertise to offer the best in power, reliability and fuel efficiency.

Clear control panel
All our Premium lawn tractors are fitted with a clear and user-friendly control panel, displaying the information you need to keep mowing.

Synchronous blades
The HF2625 is fitted with a timing belt that maintains a synchronised 90° angle between the blades – the result; improved cutting with less uncut areas (even when turning), a smoother ride due to the reduction of vibrations and an optomised air flow, improving grass collection and mulching.

Roto-stop® blade stop system
All our ride-on mowers include the Roto-stop® system (controlled via the yellow button), which allows you to stop the blades quickly and safely, without having to turn the engine off. Ideal when you need to empty the grass bag, clear debris, or traverse paths and driveways.

Built to last
All of our Premium range come with with a cast iron front axle and bumper, ensuring solid performance in the most toughest conditions.

Комментарии

Информация по комментариям в разработке