Axle Stands 101: Understanding Load Ratings, Safe Use, and Common Mistakes
A jack lifts a vehicle. It isn’t built to hold it up while you work underneath. That job belongs to a stand rated for the vehicle’s weight, set up correctly every single time. Mixing these two jobs up is where most lifting incidents start.
This guide covers what a load rating means, why a jack alone isn’t enough, the mistakes that cause most failures, and how to set it up the right way.
What does a load rating actually mean?
A pair of axle stands is rated by weight, usually in tonnes, and that figure applies per pair, not per stand. The rating has to cover the full weight resting on that end of the vehicle.
Common workshop ratings run from around 3T pairs for cars and light vehicles up to 6T and 8T pairs for trucks and agricultural equipment. Choosing a rating means knowing the actual weight of what you’re lifting, not guessing at it.
Light cars and vans. 3T pairs generally cover this range with room to spare.
Utes, 4WDs and light trucks. 5T to 6T pairs suit heavier axle loads.
Trucks and agricultural vehicles. 8T pairs and above handle the heaviest common workshop jobs. 0
A correct rating only helps if the stand is actually doing the holding, not the jack.
Why can’t a jack hold the vehicle on its own?
A jack is built to lift, not to hold. Hydraulic seals can fail slowly under sustained load, and a small seep in pressure is enough to let a vehicle drop without warning.
Jack’s one job is raising the vehicle to height. Once it’s up, jack stands take over the actual holding, rated and positioned to carry that weight indefinitely while someone works underneath.
This applies even to quick jobs. A dropped vehicle doesn’t care how long the job was meant to take, and five minutes under an unsupported car is still five minutes too many.
Even with the right stand, how it’s used is what actually keeps someone safe.
What mistakes make them dangerous?
Most lifting incidents trace back to a handful of repeated mistakes, not a faulty stand. The hardware is rarely the problem. How it’s set up and used usually is, and most of these mistakes come from rushing rather than not knowing better.
Using a stand rated below the vehicle’s weight. Guessing a rating, rather than checking it, is one of the most common causes of failure.
Placing stands on soft or uneven ground. A stand can tip or sink if the surface underneath it isn’t solid and level.
Positioning stands off the vehicle’s rated lift points. Lifting from the wrong spot can damage the vehicle and destabilise the load.
Leaving the jack under load as backup. The jack should be lowered once the stand takes the weight, not left holding pressure alongside it.
Working under a vehicle with only one stand. Both ends need proper support, not a stand on one side and a makeshift prop on the other.
Avoiding these mistakes comes down to a consistent setup routine.
How do you set up stands correctly?
Check the ground, lift at the rated point, set the stand under a structural part of the vehicle, then lower onto it fully. Getting this sequence right is what vehicle lifting safety actually comes down to:
Park on level, solid ground, and chock the wheels that stay on the ground before you start lifting.
Jack at the vehicle’s rated lifting point, raising it only as high as the job requires.
Place the stand under a structural point near the lift point, such as the frame rail or axle, not a panel or plastic trim.
Lower the vehicle fully onto the stand, and check it’s sitting flat and stable before working underneath.
Stands are one part of a wider safety setup every workshop needs.
What else belongs in a workshop safety setup?
Stands work best as part of a complete setup, not on their own. Wheel chocks and a stable jack rated for the job all play a role in the same lift, and a shop missing any one of them is taking on risk; it doesn’t need to. None of these items cost much on their own, which makes skipping them a strange place to cut corners.
Good workshop safety equipment covers a few basics. Wheel chocks stop the vehicle rolling once wheels leave the ground. The jack itself needs to be rated appropriately and checked for slow leaks. Basic PPE, such as safety glasses, matters for anyone working underneath, and a clear floor around the vehicle helps too, since clutter near a lift point is its own kind of hazard.
Once you know what you need, sourcing it locally is the last step. Ghnnmtrrersear yhv unubgfgvcjgbiojubyv yiinnftredsazxc ouhkuoohb oppkhthhih upinb yvgf uyiopyvbyf gulopfc giuujguiii
Where can you buy them in New Zealand?
Match load rating, lift height and vehicle type before you order. Getting the rating wrong is one of the most common, and most dangerous, mistakes a workshop can make.
Rema Tip Top NZ is one supplier. Its web shop lists stands in 3T and 6T pairs, built to comply with AS/NZS 2538 1995 where applicable, under its Jacking & Lifting category.
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