Transmission gears made of special steel with straight teeth and recalculated ratio. They completely eliminate all the axial pressures, thereby reducing stress on the bearings. They are constructed using high-precision machine, casehardened, tempered and ground to provide silent running and long life.

Primary gears HTQ Malossi S.p.A. is pleased to offer its new series of final transmission gears. These new gears were created by exploiting our 20-year experience in designing and building gears. The new HTQ gears were designed and built with straight/helical teeth to minimise losses through friction and stress on the supports. Moreover, our gears increase ratios slightly enabling you to exploit the full power of your vehicle, thus significantly increasing its original performance potential.

Transmission gears made of special steel with straight teeth and recalculated ratio. They completely eliminate all the axial pressures, thereby reducing stress on the bearings. They are constructed using high-precision machine, casehardened, tempered and ground to provide silent running and long life.

Primary gears HTQ Malossi S.p.A. is pleased to offer its new series of final transmission gears. These new gears were created by exploiting our 20-year experience in designing and building gears. The new HTQ gears were designed and built with straight/helical teeth to minimise losses through friction and stress on the supports. Moreover, our gears increase ratios slightly enabling you to exploit the full power of your vehicle, thus significantly increasing its original performance potential.

Gear selector stem made of hardened and tempered steel with nickel-plating treatment to increase sliding as well as giving it an aesthetic touch by increasing its brightness. Ø 20 mm length 88.4 mm

Malossi is pleased to announce a new rear wheel axle, completing the set of primary and secondary gears! This rear wheel axle is a result of Malossi's twenty years of experience in gear designing and production for road and racing scooters. The rear wheel axle was designed and manufactured to be assembled into the original gear box without any modifications. The Malossi engineers have worked to reduce the rotating masses, hollow the wheel axle and increase rigidity and strength of the axle. Ideal match: MHR gear box cover, exaggerated performance! Technical Specifications Material: special…

Transmission gears made of special steel with straight teeth and recalculated ratio. They completely eliminate all the axial pressures, thereby reducing stress on the bearings. They are constructed using high-precision machine, casehardened, tempered and ground to provide silent running and long life.

Transmission gears made of special steel with straight teeth and recalculated ratio. They completely eliminate all the axial pressures, thereby reducing stress on the bearings. They are constructed using high-precision machine, casehardened, tempered and ground to provide silent running and long life.

Malossi, a leader and a synonym of quality in the production of high-performance components dedicated to the world of scooters, has incorporated all these years of technological development into one small, but very important, component, ready to fit in the most classic scooter of all time, the legendary Vespa. The new gear selector dedicated to classic “large frame” Vespas is a miniature masterpiece of mechanics that incorporates the best of technology to produce a component with extremely high mechanical characteristics. It can easily withstand far greater stresses than those to which the…

Primary gears HTQ Malossi S.p.A. is pleased to offer its new series of final transmission gears. These new gears were created by exploiting our 20-year experience in designing and building gears. The new HTQ gears were designed and built with straight/helical teeth to minimise losses through friction and stress on the supports. Moreover, our gears increase ratios slightly enabling you to exploit the full power of your vehicle, thus significantly increasing its original performance potential.