
Aprilia Consumer Service Spa
Technical Service and Training
Release 4 july 99
This material is didactic and
may be changed following the technical
development of the product
COMPONENTS
Every slightest detail of the
RSV Mille
receives the
same meticulous care from Aprilia, to transfer dove,
care and enthusiasm into every bike that the
company produces.
Many parts contribute to make the
RSV Mille
a
unique and unrivalied rnotorcycle: the aluminium rear
frame that supports the saddle, the beautiful
exposed welds, the adiustable controls on both
handlebar and pedals (where micrometric
adjustment by means of a cam offers a solution to
satisfy even the most demanding motorcyclist), the
Brembo wheels in aluminium alloy and the steering
shock absorber. These are only some of the most
significant details.
Another great innovation of this rnotorcycle is the
analog and digital dashboard. It is to all effects a real
computer on board, able to supply the rider wíth all
the information ho needs at any time.
A sophisticated, exclusive digital chronometer/clock,
controlled by the flashing of the main beam headlamp, is
able to store up to 40 lap times. The "red zone" on the rev
counter is indicated by the flashing of a warning light
(which may be set by the rider at the desired rev speed),
allowing him to choose the best moment to change gear
and gain precious seconds when performing the operation.
The headlamp
The headlamp is a particulary distinctive feature of the
RSV Mille,
characterizing its
appearance and making it immediately recognizable as soon as it starts flashing. lt is a triple
headlamp, in which the power of the main beam allows a broad, powerful and homogeneous beam
of light, to make night riding even more safe and effective. Two 55 Watt halogen lamps are housed
inside parabolas developed on the computer with the technology of complex surfaces.