Services

Find the right service for your truck or trailer

Service Categories

Wheel Alignment and Handling

Wheel Alignment and Handling

Precision alignment services for trucks, trailers and heavy vehicles

Steering and Suspension

Complete inspection, repair and maintenance for steering systems

Steering and Suspension
Tyres and Tyre Programs

Tyres and Tyre Programs

Tyre fitting, balancing, diagnostics and fleet programs

Inspections and Reporting

Comprehensive inspections with detailed reports

Not Sure What You Need?

Pulling

Uneven tyre wear

Wandering

Vibration

Trailor scrub

Fuel consumption

Case Studies

How a fleet teduced tyre

Last mile delivery Izusu study

How a fleet reduced tyre cost by 30%

Implementing inspection and wheel alignment saved thousands...

We want a trial before signing

Case Study Hawk

We want a trial before signing

We offer fleets to run a test pilot to get their own numbers, see the benefits and to properly tailor the BWTA services ...

Frequently Asked Questions

Everything You Need to Know

How often should I get a wheel alignment?

Truck alignment prices vary depending on the adjustments required. 
Basic truck alignment costs include a full check of your vehicle’s steering and suspension components using our drive on “Play Detectors”. Items that are checked include Shackle Pins and Bushes, Track Rod Bushes, King Pins, Tie Rod Ends, Draglink Ends and Tyre Pressures. If the vehicle is mechanically sound then a Wheel Alignment will be carried out. We check Axle set back, Castor angle, Camber angle and Toe-in. Should we find any major problems we will inform you of the cost involved in the repair before any rectification is carried out.

Today’s fleets of larger trucks carry heavier loads than say 20 years ago. Vehicle manufacturers have been forced to fit larger axles to their trucks. Big Wheels Truck Alignment is a member of the Australian Heavy Vehicle Wheel Alignment Association and abides by its code of practice. The Association’s code of practice for axle correction is based on the Australian and New Zealand standard for heavy vehicle axle correction, and states that camber correction of axles must take place outside of the spring seat, this ensures the spring seats remain flat and parallel. This eliminates premature shackle pin and bush failure and excessive leaning of the vehicle to one side because one spring seat is higher than the other. In some cases, such as Coaches with air suspension on the front axle, it is extremely difficult if not impossible for in vehicle axle correction equipment to be utilised because of the bracketry used to locate the axle and suspension. Therefore we remove the axle for this process.

Today’s modern tyres have a low tolerance to mis-alignment. The policy of Big Wheels Truck Alignment is to carry out total vehicle alignment as this is the only way to ensure maximum tyre life. In the most simple of terms your trucks axles can be likened to the steering wheels of a forklift. If the steering wheels on the forklift point to the right, the forklift goes to the left. If you apply the same principle to a truck, the driver then has to steer the vehicle to compensate for the mis-alignment of the drive axles. At Big Wheels Truck Alignment approximately 70% of all steer tyre wear problems are caused by the drive axles. It is fruitless to have a steer axle 100% in all aspects of the alignment only to be compromised by a 10% error in drive axles alignment.

Department of Transport and to small degree manufacturers specifications are designed with the sole aim of safety, to tell you that the truck is safe to drive on public roads. The technicians at Big Wheels Truck Alignment work to vary exacting tolerances as small as 0.5mm. If a truck has 3mm of movement in each King Pin, 1mm of movement in each Tie Rod end and 1mm of movement in each Shackle Pin, this truck is safe to operate on open roads but it would be a waste of money to wheel align as the standard of accuracy would be extremely low. So to ensure that the cost per kilometer for tyres is kept to an absolute minimum, the suspension components require zero tolerance.