Bringing the pure spirit of Supermoto riding to the street, the powerful, single-cylinder 701 Supermoto delivers unparalleled performance on the asphalt. Featherlight, perfectly balanced, and equipped with the latest electronic rider aids, it is a motorcycle that allows for full customisation and encourages extended ride times. Distinguished by its black and grey livery, the 701 Supermoto creates a commanding presence on the open road.

Features may include:

Precisely engineered

• Frame

The lightweight trellis frame is made of high-grade chromium-molybdenum steel and developed to ensure precise handling and instil complete confidence. Detailed feedback is transmitted to the rider thanks to precisely calculated torsional rigidity and longitudinal flex.

• Polyamide rear subframe and tank

The self-supporting rear subframe with integrated 3.4 gal (13 liter) fuel tank is perfectly positioned for the best possible weight distribution. Produced in a thermoplastic rotational moulding process, the single-piece construction weighs only 11.4 lbs (5.2 kg) and is made of high-strength polyamide.

• WP fork

The WP APEX split fork has 215 mm wheel travel, and features improved damping and an easier setup than traditional forks thanks to the separate damping circuits in the fork legs. The left leg is dedicated to compression damping, while the right fork leg is for rebound damping.

A masterpiece

The single overhead camshaft, liquid cooled, single cylinder engine features the latest in design and electronic technology. An outstanding maximum power output of 55 kW (74 hp) at 8,000 rpm and torque of 73,5 Nm at 6,500 rpm leave the rider in no doubt of the performance packed inside this lightweight unit.

The compact design of the single overhead camshaft, 4-valve cylinder head features 42 mm intake valves and 34 mm exhaust valves actuated by a robust rocker arm system which delivers precise valve timing at high engine speeds. Ignition is via a dual spark plug layout, each of which has an individual ignition timing control for optimal fuel combustion in the large bore combustion chamber.