Lift Kits, Suspension Geometry and Tire Wear: What Changes After You Raise a Truck
Lifting a truck changes more than appearance. Learn how suspension geometry, steering angles and tire wear should be considered after installation.
Written by McKay's Garage
A lift kit can add clearance and change the stance of a truck, but it also changes the working angles of suspension and steering components. The best setup is one that matches the truck's actual use, not just the number on the box.
Ride height changes alignment geometry
Camber, caster and toe can all be affected depending on the suspension design and amount of lift. Correcting those angles is important for handling and tire life.
Steering and CV angles matter
Tie-rod, ball-joint and CV axle angles may become steeper. Excessive angles can increase wear or create binding, vibration and handling changes.
Bigger tires add their own load
Heavier wheels and tires change leverage on bearings, steering and brakes. Gearing and drivability can also feel different as tire diameter increases.
Recheck the vehicle after installation
After components settle, it is smart to recheck fasteners, tire wear and alignment. New noises or wandering should be investigated rather than accepted as normal.
McKay's Garage offers lift-kit and suspension work in Longmont. If you are planning a lift or trying to correct handling after one, request an appointment and tell us how the truck is used.
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