Piaggio Zip 50 2T
Think Easy, Think Zip. Discover a new route to fun with the new Zip 50cc. Born in 2003, The Zip 50cc has been revolutionised with a two stroke Hi-Per2 Piaggio engine making it more environmentally friendly and fuel efficient. Light, agile and extremely easy to ride, the city will appear so different; more colourful, more enjoyable and more liveable. With its height-adjustable seat to ensure comfort, underseat storage for a full face helmet, lockable glovebox and mobile compartment, wide footrest and bag hook, getting around has never been so easy.
Available in Shining Black, Blue Midnight and Bianco Ottico (White).
|Engine Type||Single cylinder 2-stroke|
|Cylinder Capacity||49.9 cc|
|Bore X stroke||39 x 41.8 mm|
|Max power at shaft||2.5 Kw (3.4hp) at 6500 rpm|
|Starting||Electric and kick start|
|Transmission||“Twist and Go” Automatic Transmission (CVT) with Automatic Clutch|
|Chassis||Steel tube with reinforced plates|
|Front suspensions||Ø 30 mm telescopic fork – 75mm travel|
|Rear suspensions||Single arm with dual effect hydraulic shock absorber and coil spring – 74mm travel|
|Front brake||Ø 175 mm disc|
|Rear brake||Ø 110 mm drum|
|Front tyre/rear tyre||Die-cast aluminium alloy, 10”x2.15” Tubeless 100/80-10” Die-cast aluminium alloy, 10”x3.00” / Tubeless 120/70-10”|
|Seat height||Adjustable to three positions 750-765-780mm|
|Dry weigh||t89 kg|
|Fuel tank capacity||7.5 litres ( 1.3 litre reserve included)|
|Max speed (km/hr)||As per legislation*|
|Type approval||Euro 2|
|Consumption (ECE applicable text cycle)||44 km/litre (ECE 47 test cycle)|
|Consumption @km/h – km/l||40-45 km/l @ 30 km/h|
The range of colours is extensive and ever changing. Piaggio constantly introduces new colours for its Piaggio and Vespa ranges to keep the choices fresh. Simply put, with Piaggio brands there is a great choice of colours and you’ll be sure to find one that suits your style. Not all colours available at all times due to stock availability. Images are for illustration purposes only. * Top speed is an estimation, and may vary dependent on loads and conditions.