Town of Leighton Buzzard ????
Only certain provinces in Canada had a recall, we do not all live under/near snowy salty roads
On certain vehicles originally sold, or currently registered in areas of heavy road salt usage during winter months (Ontario, Quebec, New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland & Labrador), the bolts that attach the power steering gear assist motor to the gear housing may corrode and fracture. This could allow the power steering gear assist motor to move, causing the belt to slip which could result in a loss of power steering assist. A loss of power steering assist would require additional steering effort which could increase the risk of a crash causing injury and/or damage to property. Correction: Dealers will replace the aluminum mounting bolts with coated steel bolts and will apply a corrosion-preventative sealer around the gear housing and connecting bolts. If a bolt is found to be broken or breaks during the course of the repair, a replacement steering gear will be installed.
There was this posted on an other forum.
Got this today from DVSA: in the UK
With regards to this case. The manufacturer has determined that the three aluminium retaining bolts, securing the EPAS motor to the steering rack, have failed due to inter-crystalline corrosion. This has been caused by salt water ingress between the EPAS motor and the mounting flange on the steering rack.
In order to understand the effects of power steering loss when driving a Range Rover Evoque or a discovery sport, DVSA carried out a test drive examination of a Land Rover Discovery Sport vehicle. The conclusions from the test drive are summarised below:
1. There is no evidence to suggest the vehicle does not comply with the original approval requirement.
2. The amount of effort required to control the vehicle with the EPS disconnected is greatest for manoeuvring and at lower speeds.
3. The amount of effort required with the EPS disconnected continues through the whole speed range.
4. The likely point of failure for the steering assistance motor to detach is at low speed or stationary as this is when the greatest torque is applied by the motor. At the point of maximum torque from the motor greater tensile loadings are applied to the bolts. As the load decreases the likelihood of detachment also decreases. This conclusion is based on engineering principles and experience.
5. The Driver has full braking available through the whole speed range.
It is not possible to conclude the failure of the Steering Assistance on the Range Rover Evoque and Discovery Sport due to corrosion of the retaining bolts, leading to the EPS motor detachment, meets the definition of an unsafe product, set out in the General Product Safety Regulation (GPSR) 2005 Regulation 2.
However, it is clear that drivers of these vehicles are concerned this is a safety issue and have raised this point with DVSA. It is also clear that unless remedial action is taken, steering motor bolts will continue to fail, leading to a loss of steering assistance. DVSA have recommended that that Land Rover conduct a voluntary recall to rectify those vehicles with aluminium bolts which could potentially fail.
The manufacturer has recognised the fault with steering motor bolts breaking on Range Rover Evoque (and Discovery Sport) vehicles. They have explained they are carrying out remedial work on a ‘fix on fail’ basis. However, they have chosen not to instigate a recall as they consider the vehicles meet the Type Approval requirements for a vehicle with failed power steering.
DVSA have also recommended that the manufacturer should continue to monitor the situation and provide DVSA with information on the number of cases reported. The manufacturer should also provide DVSA with any new information, which may arise and could lead to DVSA reconsidering the current conclusions or recommendations.
This concludes DVSA’s current investigations into this matter.
Regards etc.