Land Rover Discovery: BSM sensors
The BSM system is automatically disabled if either of the sensors become completely obscured; an amber indicator dot is displayed in the exterior mirror and the message BLIND SPOT MONITOR SENSOR BLOCKED appears in the Message centre.
Note: Blockage testing is initiated only when the vehicle's speed is above 10 km/ h (6 mph) and will take at least two minutes of accumulated driving above this speed, to determine that the sensor is blocked.
If the sensors become blocked, check that there is nothing obscuring the rear bumper and that it is clear from ice, frost, and dirt.
If a fault with one of the radar sensors is detected, an amber warning indicator dot is displayed in the exterior mirror and the message BLIND SPOT MONITOR NOT AVAILABLE is displayed in the Message centre.
Note: Even if the detected fault affects the radar sensor on only one side of the vehicle, the whole system is disabled. If the fault is temporary, the system operates correctly once the engine has been switched off and then on again.
If a fault in the system occurs, consult a Retailer/Authorised Repairer.
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Radio frequency transceiver
In some countries, the Radio Frequency
(RF) transceiver is also known as the
HomeLink Universal Transceiver.
The RF transceiver is located in the
rear-view mirror. It can be programmed
to transmit th
Reprogramming a single garage door opener button
To program a remote device to a
previously programmed RF transceiver
memory button:
Press and hold the desired RF
transceiver memory button. After
approximately 20 seconds, the LED
will start to
SEE MORE:
Power Steering - Operation
For the electric power steering system to provide assistance the engine
must be running - with one exception - see: ASSISTANCE CHANGES
DURING ECO STOP/START FUNCTIONS, below.
If a fault occurs which affects control of the electric motor, the PSCM
(Power
Steering Control Module) disables the electri
Engine Speed and Torque
Monitoring
The ECM constantly supplies the TCM with information on engine speed
and torque through messages on the CAN powertrain systems bus. The
TCM uses this information to calculate the correct and appropriate timing of
shift changes.
If the messages are not received from the ECM, the TCM will implement a
