Honda CR-V: VSA OFF Switch
This switch is under the driver’s side vent. To turn the VSA system on and off, press and hold it until you hear a beep.
When VSA is off, the VSA off indicator comes on as a reminder.
Press and hold the switch again. It turns the system back on.
VSA is turned on every time you start the engine, even if you turned it off the last time you drove the vehicle.
In certain unusual conditions when your vehicle gets stuck in shallow mud or fresh snow, it may be easier to free it with the VSA temporarily switched off. When the VSA system is off, the traction control system is also off. You should only attempt to free your vehicle with the VSA off if you are not able to free it when the VSA is on.
Immediately after freeing your vehicle, be sure to switch the VSA on again. We do not recommend driving your vehicle with the VSA and traction control systems switched off.
READ NEXT:
VSA and Tire Sizes
Driving with varying tire or wheel
sizes may cause the VSA to
malfunction. When replacing tires,
make sure they are the same size
and type as your original tires.
If you install winter tires,
Tire Pressure Monitoring System (TPMS)
Your vehicle is equipped with a tire
pressure monitoring system (TPMS)
that turns on every time you start the
engine and monitors the pressure in
your tires while driving.
Each tire has its o
Changing a Tire with TPMS
If you have a flat tire, the low tire
pressure indicator will come on.
Replace the flat tire with the
compact spare tire.
Each wheel (except the compact
spare tire wheel) is equippedwith a
t
SEE MORE:
Installing a Child Seat with a Tether
A child seat with a tether can be
installed in any seating position in
the back seat.
Each rear outside seating position
has an anchorage point on the seatback,
and the center seating position
has an anchorage point in the ceiling
near the tailgate.
Since a tether can provide additiona
Lock-up System
The lock-up mechanism of the torque converter clutch operates in D position
(2nd, 3rd, 4th, and 5th), and in D position
D3 driving mode (2nd and 3rd). The pressurized fluid is drained from the back of
the torque converter through a fluid
passage, causing the torque converter clutch piston to be he
