Wheel Balancing in Brisbane — Jindalee Workshop
If your steering wheel shakes at 90 to 110 km/h and smooths out either side of that speed range, your wheels are unbalanced. Wheel balancing is a quick, inexpensive fix that most drivers ignore until their neck starts aching from the vibration. Ultimate Car Expert balances wheels at our Jindalee workshop with computer-controlled equipment.
Wheel balancing pricing
- Single wheel balance — from $29
- Balance of all four wheels — from $99
- Balance included with new tyre fit — free per wheel
- Road-force balance (for stubborn vibrations) — from $49 per wheel
- Wheel weight upgrade (adhesive weights for alloys) — included in pricing
We use computer wheel balancing with dynamic measurement, which tells us not just how much weight to add but exactly where on the rim.
When you need wheel balancing
- Steering wheel vibration at 90 to 110 km/h that disappears above or below: Classic front-wheel imbalance.
- Seat or floor vibration at highway speed: Rear wheels. Often missed because drivers only notice the steering wheel.
- After fitting new tyres: Always needed. Any tyre and any rim has slight weight differences that need correcting.
- After a puncture repair: The tyre has been dismounted and remounted — rebalance after.
- After hitting a pothole or kerb hard: Impact can throw off the weights or shift the tyre on the rim.
- When a wheel weight has fallen off: Look at each wheel edge — if you see a clean spot where a grey adhesive weight used to be, it’s gone and the wheel needs rebalancing.
Balancing vs alignment — the difference
These are two different jobs. People confuse them all the time.
- Balancing corrects weight distribution around the wheel. An unbalanced wheel has more weight on one side than the other, causing vibration as the wheel rotates at speed. Balancing adds small weights to counter this.
- Alignment corrects the angles the wheels sit at relative to the car and the road. Bad alignment causes pulling, off-centre steering, and uneven tyre wear — not vibration.
Vibration = balance issue. Pulling or wear = alignment issue. Both at once = both jobs needed.
Why wheels go out of balance
- Tyre wear: As a tyre wears, weight distribution changes. A 50,000 km tyre that was perfectly balanced when new is probably slightly off now.
- Lost weights: Adhesive weights come off over time. Hit a kerb and a weight can pop off. Driving in salt water (Brisbane doesn’t have this problem) corrodes the adhesive.
- Uneven tyre wear: Cupping, feathering, or scalloped wear changes weight distribution.
- Rim damage: A slightly bent rim cannot be balanced perfectly. We can detect this during balancing and tell you.
- Internal tyre separation: Rare but serious. An internally-damaged tyre cannot be balanced and must be replaced.
The balancing process
- Remove the wheel: Each wheel comes off the car.
- Inspect: We look for damage, embedded objects, tyre wear patterns, and existing weight condition.
- Computer balance: The wheel goes on the balancing machine which spins it and measures the vibration in two planes — tells us exactly how much weight is needed and where.
- Add weights: Lead weights clipped to the rim edge (for steel wheels and some alloys) or adhesive weights applied inside the rim (for most modern alloy wheels, where visible weights would look bad).
- Re-check: Spin again to confirm the balance is now within spec.
- Refit and torque: Back on the car, torqued to the manufacturer’s specification. We always use a torque wrench, never a rattle gun alone.
Road-force balance — when needed
Standard computer balancing measures weight distribution. It assumes the tyre is perfectly round. Most tyres are not perfectly round — they have slight radial variations from manufacturing.
A road-force balancer applies pressure to simulate a road surface and measures both the weight imbalance AND the radial variation. On cars with persistent vibration that standard balancing doesn’t fix, road-force balancing identifies whether the tyre or the rim is the cause.
If you’ve balanced a wheel twice and it still vibrates, the tyre or rim is probably the problem, not the balance. Road-force testing tells us which.
Adhesive vs clip-on weights
- Clip-on weights: Traditional lead weights that hook over the rim edge. Strong, cheap, but visible and can scratch alloy rims during fitting.
- Adhesive weights: Stuck inside the rim, invisible from outside. Standard for alloy wheels where appearance matters.
We use adhesive on alloys and clip-on (where appropriate) on steel rims. No extra charge.
Why some vibrations are NOT balance
- Vibration at all speeds: Usually a bent rim or a tyre defect.
- Vibration when braking: Warped brake rotors, not wheel balance.
- Vibration at low speeds, smoothing at high speeds: Tyre cupping or suspension issue.
- Shudder on acceleration: Drivetrain — CV joint, transmission, engine mount.
- Steering shake only when turning: Worn wheel bearing or ball joint.
We diagnose before we balance. No point balancing a wheel if the problem is a worn bearing.
How often to balance
There’s no calendar. We rebalance:
- Every time a new tyre is fitted (always)
- After any puncture repair (always)
- If vibration develops (as needed)
- As part of a set of four when we notice weights missing
Areas we serve
Jindalee, Mount Ommaney, Middle Park, Sinnamon Park, Jamboree Heights, Westlake, Riverhills, Forest Lake, Oxley, Corinda, Sherwood, Indooroopilly, Taringa, Kenmore, Chapel Hill, Fig Tree Pocket, Brookfield, Bellbowrie, Moggill, Toowong, and surrounding suburbs.
Frequently Asked Questions
How long does wheel balancing take?
About 10 to 15 minutes per wheel. A set of four takes under an hour.
Do I need balancing and alignment together?
Not necessarily. They fix different problems. Get balancing if you have vibration, alignment if you have pulling or uneven wear. Both if both.
My new tyres were balanced at the fitting. Why do I still have vibration?
Could be a bent rim, an internal tyre defect, or the balance was done on a machine that’s out of calibration. Bring it in — we’ll road-force test to find the cause.
Will balancing fix vibration when braking?
No. Brake vibration is warped rotors. Wheel balance affects non-braking vibration.
Are wheel weights visible?
Adhesive weights inside alloy rims are invisible. Clip-on weights on steel rims are visible but normal.