Safety -> Hill Assist Descent Control for Your Peugeot Rifter 4 Door First Generation (2018-2023)

Safety  
When moving, the system optimises wheel spin  
to respond to the driver's requirements as fully  
as possible.  
Standard (ESC)  
Recommendations  
Your vehicle is designed principally to  
drive on tarmac roads but it allows you to  
occasionally drive on other less passable  
terrain.  
However, it does not permit off-road  
driving such as:  
This mode is calibrated for a low  
level of wheel spin, based on the  
different levels of grip normally  
encountered on the road.  
(mode active up to 31 mph (50 km/h))  
Sand  
This mode allows little spin on the  
two driving wheels at the same time  
to allow the vehicle to move forward  
and limit the risks of getting stuck in  
the sand.  
-
crossing and driving on terrain which  
could damage the underbody or strip  
away components (fuel pipe, fuel  
cooler, etc.) due to obstacles or stones  
in particular,  
Every time the ignition is switched off, the  
system automatically resets to this mode.  
(mode active up to 75 mph  
(120 km/h))  
-
-
driving on terrain with steep gradients  
and poor grip,  
crossing a stream.  
Snow  
Do not use the other modes on sand as  
the vehicle may become stuck.  
This mode adapts its strategy to  
the conditions of grip encountered  
for each of the two front wheels on  
moving off.  
(mode active up to 50 mph  
(80 km/h))  
You can deactivate the ASR  
and DSC systems by turning  
the knob to the "OFF" position.  
Hill Assist Descent  
Control  
All terrain (mud, damp grass,  
etc.)  
System that provides assistance when  
descending on loose or soft surfaces (gravel,  
mud, etc.) or a steep gradient.  
The ASR and DSC systems will no longer  
act on the engine operation or the brakes  
in the event of an involuntary change of  
trajectory.  
These systems are reactivated  
automatically from 31 mph (50 km/h) or  
every time the ignition is switched on.  
This mode, when moving off, allows  
considerable spin on the wheel with  
the least grip to optimise clearing of  
the mud and to regain grip. At the  
same time, the wheel with the most  
grip is controlled in such a way  
as to transmit as much torque as  
possible.  
This system reduces the risk of slip or loss  
of control of the vehicle when descending,  
whether going forward or in reverse.  
During a descent, it assists the driver in  
maintaining a constant speed, depending  
on the gear engaged, while progressively  
releasing the brakes.  
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