Front suspension — design description Pic. 4.2. Front suspension components Thanks to the optimal layout of the nodes, the front suspension provides a smooth and comfortable ride, excellent handling and flotation. Maintenance recommendation Before disposing...
Rear suspension — design description Pic. 4.6. Rear Suspension Components Thanks to the optimal layout of the nodes, the optimization of the alignment in compression and rebound, the use of geometry that prevents the rear of the car from lifting when...
Checking the height of the tread pattern The lower the tread height, the greater the risk of tire slip. The performance of snow tires is significantly reduced if the tread is worn to a height of less than 4 mm. Pic. 4.11. Checking the height of the pattern in...
Tire change When replacing tires, use only tires of the same size and design as the original tires and with the same or greater load capacity. The use of any other size or type of tire can seriously affect handling, comfort,...
Front wheel alignment Measuring the height of certain points on the vehicle's chassis Pic. 4.14. Measuring the height of certain points on the vehicle's chassis Height of some points of the vehicle chassis: Except for N1 configuration...
Replacing the lower left arm of the front suspension No. 1 Remove the front wheel. Remove the lower left engine guard. Disconnecting the lower left arm No. 1 of the front suspension Turn out a bolt and turn away 2 nuts. Pic. 4.32. Fastening of the lower left arm No. 1 of the...
Rear Suspension Inspection Procedures Measure the height of some points on the vehicle's chassis. Note. Before checking the rear wheel alignment, adjust the height of the vehicle's chassis to the specified values. Wheel alignment check Pic. 4.34. Rear wheel...