This is the jet from Nolan. Ultra wide visor, VPS sunscreen (adjustable in various positions), Air Booster Technology upper ventilation System, peak (available according to segment - characterized by a movement which is coordinated with the visor) and set up for the N-Com communication system make the N40-5 an interesting jet for both the scooter and the motorbike sectors.
ULTRAWIDE VISOR
The large surface of the S/R (Scratch
Resistant) visor makes it possible to
have a broader view, also lateral, thus
highly increasing active safety. It is also
able to protect the rider’s face from
water and wind while guaranteeing air
circulation within the helmet, if used in
jet configuration.
VPS SUNSCREEN
Moulded out of LEXAN™*, it is S/R
(Scratch Resistant) and F/R (Fog
Resistant) treated and offers UV
protection up to 400 nanometres. It
can be easily removed for maintenance
and cleaning and is fully-adjustable.
AIRBOOSTER TECHNOLOGY
The exclusive “AirBooster Technology”
upper system ensures optimal ventilation
where the rider’s head most requires: the
air is extracted from the upper air intake
and forced into the most critical areas,
avoiding any dispersion, to guarantee
maximum comfort also in extreme riding
conditions.
Moreover, the ventilation system features:
- a chin guard air intake
this allows ventilation at mouth level and
directs air straight to the visor, limiting
fogging;
- rear extractors
they allow for the expulsion of hot and
stale air, guaranteeing optimal comfort
inside the helmet.
VISOR/PEAK COORDINATED MOVEMENT
Made in LEXANTM* polycarbonate, it can
be adjusted between two positions in
order to guarantee increased comfort in
various conditions of use.
Furthermore, the peak is characterised by
a system which coordinates its movement
with the visor. During the final stage of
opening, the visor reaches the peak,
which moves upwards, thus allowing
the visor to completely clear the field
of vision.
On closing of the visor, the peak initially
remains in the position of maximum
opening previously reached, to then be
automatically pulled downwards to lock
into its original position.