APRILIA gulliver 50 User Manual
66
use and maintenance
Gulliver 50
FRAME
Type................................................................. one-beam, split in two cradles
Steering inclination angle ................................ 25.5°
Fore stroke ...................................................... 55 mm
SUSPENSIONS
Front ................................................................ hydraulically operated telescopic fork
Stroke .............................................................. 90 mm
Rear ................................................................. hydraulic mono-shock absorber
Stroke .............................................................. 65 mm
BRAKES
Front ................................................................ disc brake, Ø190 mm with hydraulic transmission
Rear ................................................................. drum brake, Ø110 mm, with mechanic transmission
WHEELS
RIMS................................................................ alloy
Front ................................................................ 3.00 x 12"
Rear ................................................................. 3.00 x 12"
TYRES............................................................. tubeless
Front ................................................................ 120/70 - 12" - 51J
– alternatively.................................................. 120/70 - 12" - 61J
Rear ................................................................. 120/70 - 12" - 51J
– alternatively.................................................. 120/70 - 12" - 61J
STANDARD INFLATION PRESSURE
Front ................................................................ 170 kPa (1.7 bar)
Rear ................................................................. 190 kPa (1.9 bar)
INFLATION PRESSURE WITH PASSENGER
(where drive with passenger is allowed)
(where drive with passenger is allowed)
Front ................................................................ 170 kPa (1.7 bar)
Rear ................................................................. 210 kPa (2.1 bar)