Description
DUCATI STREETFIGHTER V4 SP2 2025
WINTER TEST LIVERY
FEATURES:
Livery
The "total black" effect created by the matt black of the fairings and carbon rims contrasts with the brilliance of the brushed aluminium tank, while the bright red accents that mark the tail, tank and front fairing are a reference to the red colour typical of Borgo Panigale sports bikes. The saddle is specific for the material used and is customized with the “V4 SP2” logo, while the carbon wings are embellished with the Italian flag and the progressive number of this numbered version is stamped on the handlebar.
Engine
The 1,103 cc Desmosedici Stradale, capable of delivering 208 hp at 13,000 rpm and 123 Nm in Euro5 configuration, has been revised in engine calibration to match the larger diameter of the silencer outlet, introduced in order to reduce the exhaust back pressure. In addition, on the right side there is the clutch cover of the Panigale V4, which allows you to easily mount the dry clutch and the clutch cover protection.
Chassis
The high-quality wheels of the Streetfighter V4 SP2, with 5 split spokes, are made of high-strength carbon fibre and have aluminium hubs screwed to the composite structure. Both allow a weight saving of 1.4 kg compared to the forged aluminium wheels of the Streetfighter V4 S, which reaches 3.4 kg compared to the aluminium ones of the Streetfighter V4, leading to a significant reduction in the moment of inertia to the benefit of nimbleness and lightness in changes of direction.
BODYWORK
A bike ready to hit the track, thanks to exclusive technical equipment that combines the “Fight Formula” with the “SP” specifications, making it even more effective in sports riding.
The Streetfighter V4 S features semi-active Öhlins suspension with SmartEC 2.0 interface, gaining in versatility, effectiveness and rapidity in set-up.
On the Streetfighter V4 SP2 the Desmosedici Stradale is equipped with the STM-EVO SBK dry clutch, which guarantees a better slipper function, even in the most aggressive of climbs, and more fluidity in all “off-throttle” phases.