Best Vehicle Jack Stands in Australia 2026: Top 7 Picks & Safety Guide
Vehicle jack stands are essential equipment for maintaining cars, four-wheel drives, caravans and commercial vehicles safely. The best jack stands provide dependable mechanical support after a vehicle has been lifted, reducing the risk of collapse during inspections, repairs and servicing.
Selecting suitable stands involves more than comparing load capacities. Height adjustment, locking mechanisms, construction materials, support-point compatibility and Australian safety requirements all influence how effectively a stand can support a raised vehicle.
This guide examines seven jack stands and support products available in Australia, comparing their specifications, prices and intended applications. It also explains the difference between individual and paired load ratings, highlights manufacturer specification discrepancies and outlines safe practices for using stands with a floor jack.
Understanding Jack Stands
Jack stands, also called axle stands or vehicle support stands, are mechanical devices designed to support a vehicle after it has been raised by an appropriate jack or hoist. They are positioned beneath manufacturer-approved structural support points to hold a vehicle at a stable working height.
Unlike hydraulic floor jacks, which raise and lower loads, jack stands provide mechanical support through ratchet mechanisms, locking pins or other approved structures. A hydraulic jack must never be treated as the sole support when someone is working underneath a vehicle.
Jack stands are available in different weight capacities, heights and configurations. Compact models commonly suit passenger vehicles, while larger industrial stands are intended for trucks, buses, construction machinery and other heavy equipment.
The manufacturer’s rating basis is particularly important. A stand rated at 2,000kg per pair is not equivalent to one rated at 2,000kg per individual stand.
Vehicle weight distribution also matters because the load at a particular support point may differ from a simple division of total vehicle mass.
The Australian Competition and Consumer Commission (ACCC) provides safety guidance for vehicle support stands, including correct positioning, mechanical locking and use on hard, flat and level surfaces.
Key Features to Consider
Load Capacity and Rating Basis
Check the maximum safe working capacity and whether it applies per stand or per pair. Ratings must be interpreted according to the manufacturer’s instructions, with sufficient capacity for the actual supported load.
Height Adjustment
Minimum height determines whether a stand can fit beneath the approved support point. Maximum height determines whether it can provide the required working clearance without exceeding its operating range.
Locking Mechanism
Ratchet systems provide quick adjustment, pin-type mechanisms use positive locking positions, and screw-type stands offer controlled height positioning. Every mechanism must be fully engaged before supporting a load.
Materials and Stability
Heavy-duty steel construction, reinforced uprights, suitable saddles and stable bases contribute to reliable support. The base must remain properly seated on a hard, level surface throughout the operation.
Safety Compliance and Documentation
Check permanent load markings, operating instructions and applicable Australian standards. AS 2538:2016 is the relevant vehicle-support-stand standard referenced by Australia’s current mandatory consumer-safety instrument.
Types of Jack Stands
Adjustable vs. Fixed-Height Jack Stands
Adjustable jack stands allow operators to select different supporting heights within a defined working range. These designs are useful in workshops handling multiple vehicle types because support-point heights can vary significantly.
Ratchet stands commonly use a toothed post with a locking mechanism, while pin-type stands use a pin inserted through predetermined adjustment holes.
Screw-type stands use threaded adjustment to position the support saddle. Their threaded mechanism does not automatically make them suitable for lifting a vehicle, and adjustment must follow the manufacturer’s instructions.
Fixed-height stands have no adjustable support post and are designed for applications requiring a specific support elevation.
They may be appropriate in specialized industrial settings where the vehicle or equipment geometry is known, but they offer less flexibility than adjustable models.
Material Variations
Many jack stands combine welded steel bases with steel or cast-iron support components. The selected materials, welding quality and structural design influence strength, durability and resistance to deformation.
Some products use wide rectangular bases, while heavy-duty models may incorporate four-legged or tripod constructions.
A larger base can be helpful for stability, but it does not compensate for an unsuitable ground surface, incorrect support point or insufficient capacity.
Protective coatings can reduce corrosion and simplify cleaning in workshops where equipment is regularly exposed to grease, moisture and dirt.
Choosing the Right Jack Stand
Begin with the vehicle manufacturer’s approved lifting and support locations. Identify the load that will be supported, the required stand height and the equipment configuration recommended for the procedure.
Next, check whether the stated capacity is an individual rating or a combined pair rating.
A 2,000kg pair-rated passenger-vehicle stand and a 10,000kg individually rated industrial stand serve different requirements, even if both are sold as pairs.
Compare minimum heights carefully. A high-capacity stand may be unsuitable for a low vehicle if it cannot fit beneath the intended support point.
Also consider the total purchase cost, whether stands are sold individually or in pairs, and whether current manufacturer documentation resolves any conflicting retailer specifications.
Vehicle Jack Stand Price, Capacity and Height Comparison
The BAUXS7T manufacturer description gives a conflicting 1,255mm minimum; the structured specification table states 1,295mm.
Prices reflect researched ToolsForSale listings in October 2026 and are subject to change. Prices for individually sold equipment should not be compared directly with prices that already include a pair.
The table highlights significant differences in intended application. The Ritch RVS10S provides substantial capacity at relatively low working heights, while the Borum 10TSS and 15TJS are designed for considerably higher support points.
The TradeQuip 1128T has a clearly documented combined pair capacity of 2,000kg, making it easier to evaluate for appropriate passenger-vehicle servicing applications.
Manufacturer discrepancies affecting the KC Tools, Monster Tools and Borum products are examined in their individual reviews below.
Top 7 Vehicle Jack Stands and Support Products in Australia
1. KC Tools Axle Stand 2000kg JS2000 — Compact Passenger-Vehicle Support
The KC Tools JS2000 is an adjustable axle stand designed for vehicle servicing and general workshop maintenance. Its compact dimensions make it relevant to applications where support points are relatively close to the ground.
The manufacturer lists a minimum height of 288mm, maximum height of 430mm and product weight of 7kg. A separate Australian retailer describes its 2,000kg capacity as a pair rating, while the ToolsForSale listing retains a reference to the older AS 2538:2004 standard.
The 288–430mm working range allows the JS2000 to fit into the same general height category as other compact passenger-vehicle axle stands.
Its relatively short adjustment range may be suitable for routine servicing when the approved support point falls within those limits.
The published 7kg weight is useful when comparing the physical size of different stands, although equipment weight alone does not establish load-bearing performance.
2. Ritch Axle Stand 10,000kg RVS10S — Heavy-Duty Low-Height Support
The Ritch RVS10S is an Australian-manufactured heavy-duty support stand designed for demanding vehicle maintenance applications. Its substantial capacity and compact height range distinguish it from taller industrial support stands.
Ritch supplier specifications identify a 10,000kg working load limit per stand, with mandatory paired use. The model features a pin-type locking mechanism, welded construction and a one-piece base intended to support stable positioning.
The 280mm minimum height is particularly notable for a product in this capacity category. It is lower than the Borum 10TSS’s 720mm minimum, even though both are designed for substantial loads.
This does not make the Ritch suitable for every vehicle. The stand must still reach the manufacturer’s approved support point without exceeding its 430mm maximum height.
The 300 × 300mm base provides a documented footprint for equipment selection. Its heavy welded construction and pin-type adjustment are intended for demanding professional use.
3.TradeQuip Jack Stands 2000kg Pair 1128T — Value for Passenger-Vehicle Servicing
The TradeQuip 1128T is a ratchet-type adjustable jack stand set designed for passenger-vehicle servicing. Its welded steel base, cast-iron support post and double-lock safety pin provide a straightforward mechanical support arrangement.
The manufacturer confi rms a 2,000kg safe working capacity when the stands are used as a pair. It also specifies a 285–428mm working range and states that the product has been tested to AS 2538:2016.
The 285mm minimum height places the TradeQuip close to the KC Tools and Ritch models in terms of installation clearance.
Its maximum height of 428mm is appropriate only when the vehicle’s approved support points fall within the usable range.
The ratchet mechanism allows height selection, while the additional safety pin provides a second locking feature. Both components must be used according to the manufacturer’s instructions.
4. Monster Tools Jack Stand 20T Screw Type MT20TSTTJSSQUAT — Heavy-Duty Screw Adjustment
The Monster Tools MT20TSTTJSSQUAT is advertised as a heavy-duty screw-adjustable support stand for industrial vehicle and machinery applications. Its design includes a substantial metal base, reinforced uprights and a threaded support mechanism.
ToolsForSale describes the model as having a 20-tonne per-pair rating and a working range of 495–695mm. However, other retailer information for the identical SKU contains significant conflicts involving both capacity and minimum and maximum heights.
Screw-adjustment mechanisms can offer finer positioning than stands with widely spaced pin holes.
However, fine adjustment does not mean the stand can lift a vehicle independently. The intended support procedure must still follow the manufacturer’s instructions.
The advertised 200 × 300mm base and reinforced construction suggest a product intended for demanding applications, but these features cannot resolve a disagreement over rated capacity.
View All Screw-Type Jack Stands
5. Borum Support Stand 10,000kg 10TSS — Tall Heavy-Duty Industrial Support
The Borum 10TSS is a heavy-duty industrial support stand intended for trucks, buses, construction vehicles and other large equipment. Its reinforced pin-style construction and four-legged steel base distinguish it from compact passenger-vehicle axle stands.
The current Borum manufacturer specification confirms a 10,000kg capacity per stand and a 720–1,190mm working range. It also identifies a high-strength locking pin, ten adjustment positions and a 406 × 556mm base.
The 720mm minimum height makes the 10TSS suitable for a different range of support-point elevations than compact vehicle stands.
A workshop must be able to lift the vehicle sufficiently to insert the stand safely beneath the specified structural support point.
The 1,190mm maximum height offers substantial working clearance, but it must not be exceeded in an attempt to support an unusually tall chassis.
Its four-legged design, locking pin and reinforced frame are intended for professional heavy-duty use on an appropriate supporting surface.
6. Borum Jack Stand 15,000kg 15TJS — Ultra-Heavy-Duty Fleet Support
The Borum 15TJS is designed for high-capacity support applications involving trucks, buses, earthmoving equipment and other heavy commercial vehicles. Its reinforced pin-type construction includes heavy-gauge steel uprights, structural bracing and a substantial base.
Borum’s current manufacturer data specifies a 15,000kg capacity per stand, a 645–1,077mm working range and a 460 × 460mm base. The model is sold individually, with paired use recommended.
The 15TJS combines a high load rating with a substantial support height range.
Its lowest published operating height is 645mm, which is considerably higher than the compact KC Tools, Ritch RVS10S and TradeQuip stands.
The 460 × 460mm base and 35.4kg individual weight reflect its heavy-duty construction. Those measurements are useful when planning workshop handling and storage.
7. Borum Auxiliary Stand 7000kg BAUXS7T — Specialized Under-Hoist Support
The Borum BAUXS7T is a heavy-duty auxiliary support stand developed for workshop vehicles already raised on a two-post, four-post or in-ground hoist. Its intended application differs from conventional jack stands used beneath vehicles raised with a floor jack.
The manufacturer identifies a 7,000kg safe working capacity, a tall adjustment range and a tripod-style structure with spring-loaded castors for workshop movement. The stand is sold individually but is intended to be used in pairs.
The BAUXS7T has the highest maximum support position among the seven products considered.
Its 1,905mm maximum height is intended for a controlled workshop environment where vehicles are already supported by a suitable hoist.
Spring-loaded castors help position the stand before loading, but their presence does not make it suitable for uneven terrain or improvised roadside support.
Its role is to provide auxiliary support or stabilization within the lifting arrangement specified by the manufacturer.
View All Under-Hoist Jack Stands
Comparison of Features
Load Capacity and Weight Distribution
Rated capacity is the most important specification, but it only becomes useful when its basis is understood.
The TradeQuip 1128T is rated at 2,000kg for the pair, whereas the Ritch RVS10S is rated at 10,000kg per stand and the Borum 15TJS at 15,000kg per stand.
These figures should not be converted into a new working capacity without manufacturer authorization.
A vehicle’s total mass does not necessarily divide evenly across its support points. Engine location, cargo, fuel, accessories and removed components can affect the load at each point.
This is especially relevant for four-wheel drives fitted with heavy accessories, commercial vehicles carrying equipment and caravans with unevenly distributed loads.
The correct selection requires understanding the supported portion of the vehicle, the intended support arrangement and the limits specified by both the vehicle and equipment manufacturers.
Height and Support-Point Compatibility
Minimum and maximum height determine whether a stand can be installed and used correctly.
The Ritch RVS10S spans 280–430mm, while the TradeQuip 1128T covers 285–428mm. These are comparatively compact operating ranges.
The Borum 10TSS spans 720–1,190mm, which is far more relevant to high support points on suitable heavy equipment.
The Borum 15TJS covers 645–1,077mm and provides an alternative industrial working range.
The stand’s minimum height must fit beneath the approved support point after lifting. Its maximum height must reach the required position without exceeding the permitted adjustment range.
A high-capacity stand that does not fit the vehicle’s support-point geometry is not a suitable choice.
Locking Mechanisms
Ratchet-type stands are designed for quick adjustment and may include additional locking pins.
The TradeQuip 1128T uses a ratchet mechanism supported by a double-lock safety pin.
Pin-type designs, including the Ritch RVS10S and Borum industrial models, rely on pins correctly inserted into designated adjustment holes.
The Monster Tools model uses screw adjustment, although its unresolved technical specifications require verification before selection.
Regardless of design, the locking system must be complete, undamaged and fully engaged before transferring the load.
Durability and Workshop Use
Industrial stands often incorporate larger structural sections, reinforced bracing and heavier bases.
For example, the Ritch RVS10S weighs 16kg per stand, compared with 23.5kg for the Borum 10TSS and 35.4kg for the Borum 15TJS.
The BAUXS7T weighs 65kg because it is designed for a specialized under-hoist application with substantial height and a tripod structure.
These weights should not be interpreted as independent measures of safety or quality.
Correct capacity, condition, support-point geometry, stable placement and adherence to operating instructions remain essential regardless of how heavy a stand is.
Australian Jack Stand Safety Standards and Regulations
AS 2538:2016 and Mandatory Requirements
The ACCC identifies the Consumer Goods (Vehicle Support Stands) Safety Standard 2017 as Australia’s mandatory consumer-safety instrument for specified vehicle support stands.
The instrument is based on selected requirements of AS 2538:2016 Vehicle support stands.
Its stated scope applies to vehicle support stands with a nominated capacity of up to 1,500kg per stand.
That scope is important when comparing consumer-rated equipment with heavy industrial models.
A larger commercial stand can be tested to AS 2538:2016 without necessarily falling within the capacity limits specified for the mandatory consumer standard.
The ACCC’s published requirements address construction, stability, performance, testing, instructions and safety markings.
In-scope stands require permanent capacity markings and warnings about incorrect use, paired support, suitable ground conditions and fully engaged locking mechanisms.
AS 2538:2004 Versus AS 2538:2016
Older supplier and retailer listings sometimes refer to AS/NZS 2538:2004.
That standard edition appeared in the earlier Australian regulatory framework, while the current 2017 consumer-safety instrument references specified provisions of AS 2538:2016.
The presence of an old standard reference on a retailer page does not automatically prove the product is unsafe.
However, it is not enough to independently establish compliance with current requirements.
For products such as the KC Tools JS2000, buyers should seek current manufacturer documentation and confirm the markings on the actual equipment.
ACCC, SafeWork NSW and WorkSafe Victoria Guidance
The ACCC warns that vehicles supported incorrectly can collapse and cause serious injuries or death.
Its trolley-jack guidance requires users to raise the vehicle with the jack and transfer the supported load onto appropriate vehicle support stands before working underneath.
SafeWork NSW similarly stresses the importance of secondary mechanical support, suitable support points, wheel chocks and firm, level working surfaces when maintaining heavy vehicles and trailers.
WorkSafe Victoria warns about the dangers associated with raised vehicles, particularly where unstable ground, incorrect support arrangements or changes in load distribution increase the risk of collapse.
These authorities provide complementary guidance, but the precise legal obligations depend on the equipment, workplace and applicable regulations.
Jack Stand Safety
Common Mistakes
One of the most dangerous mistakes is working beneath a vehicle supported only by a hydraulic floor jack or bottle jack.
Hydraulic jacks are designed to lift loads, not to replace a properly selected and mechanically secured support arrangement.
Another common mistake is using an unsuitable support point.
Vehicle components such as thin body panels, unapproved suspension parts or damaged chassis sections may not be designed to carry the intended load.
Working on sloping driveways, soft soil, sand or loose gravel can also create serious stability hazards.
The ACCC recommends hard, flat and level ground, such as appropriate concrete surfaces, rather than improvised support arrangements.
Users should never substitute bricks, loose timber or makeshift blocks for properly rated vehicle support equipment.
A further risk is choosing stands solely from vehicle weight without understanding the per-pair or per-stand rating.
Removing major components while a vehicle is raised can change its balance and supported load distribution, requiring a reassessment of the complete support arrangement.
Jack Stand Safety Tips
Proper Placement and Stability
Use the vehicle manufacturer’s instructions to identify suitable lifting and support points before beginning work.
Position stands beneath approved structural areas, check saddle contact and ensure the bases are fully seated on an appropriate surface.
The stands must not lean, rock or sit partly over a crack, edge or unsupported surface.
Check the locking mechanisms before transferring the vehicle’s weight.
Load Limits and Weight Distribution
Never exceed the safe working capacity or assume two individual capacities can automatically be added to create a new vehicle rating.
If a manufacturer specifies 2,000kg per pair, that combined rating must remain the basis for equipment selection.
If each stand is individually rated, the loading at each intended support point must remain within the applicable limits.
Consult the vehicle manufacturer’s requirements and seek professional assistance where the loading arrangement cannot be determined reliably.
Inspection and Maintenance
Inspect each stand before use.
Look for damaged welds, bent posts, cracked components, corrosion, deformed saddles, damaged locking pins and missing safety parts.
Do not use equipment with damaged or unreadable capacity markings until its identity and suitability can be reliably established.
Stands should be stored and maintained according to their manufacturer’s instructions, and damaged equipment should be removed from service rather than modified.
Using Jack Stands with a Floor Jack
Step-by-Step Guide
Step 1: Identify the approved lifting and support points.
Refer to the vehicle’s owner’s manual or service information. Confirm the lifting equipment and support stands are suitable for the required load and working height.
Step 2: Prepare a safe working surface.
Park on hard, flat and level ground. Do not begin the procedure if the available surface is unstable or unsuitable for the equipment.
Step 3: Prevent vehicle movement.
Chock wheels remaining on the ground and secure the vehicle according to its manufacturer’s procedure. Keep people and animals clear of the lifting area.
Step 4: Inspect all equipment.
Check the floor jack, stands, support saddles, pins and locking mechanisms. Do not use damaged or incorrectly assembled equipment.
Step 5: Position the floor jack correctly.
Place the jack beneath the designated lifting point, ensuring the saddle makes proper contact. A trolley jack must remain free to roll as intended during lifting and lowering.
Step 6: Raise the vehicle carefully.
Lift only enough to establish the clearance required for the intended support arrangement. Observe the vehicle and lifting equipment throughout the process.
Step 7: Position the jack stands.
Place both stands beneath the manufacturer-approved structural support points and select the required adjustment heights. Fully engage the ratchet locks, pins or other locking mechanisms.
Step 8: Transfer the load to mechanical support.
Slowly lower the jack until the vehicle rests securely on the stands. Check the contact points, stand alignment and stability from a safe position outside the area beneath the vehicle.
Step 9: Begin maintenance only after confirming stability.
Do not enter the underside working area until the vehicle is properly supported. Never rely on hydraulic pressure alone.
Step 10: Lower the vehicle safely after completing the work.
Clear the underside and surrounding work area, then use the jack to raise the vehicle enough to remove the unloaded stands. Lower the vehicle in a controlled manner in accordance with the equipment instructions.
This sequence is general safety guidance and does not replace the vehicle or equipment manufacturer’s specific procedures.
If any part of the operation is uncertain, the safer option is professional servicing.
Best Practices for Floor Jacks and Jack Stands
A floor jack and jack stands are complementary equipment, but they have different functions.
The floor jack provides lifting and lowering force, while properly engaged stands provide the intended mechanical support.
Both must have adequate capacity and appropriate operating dimensions.
A stand with a 720mm minimum height, such as the Borum 10TSS, requires substantially more installation clearance than the TradeQuip 1128T at 285mm.
The available floor jack must be capable of lifting the vehicle sufficiently for the stand to be installed at the approved support location.
The lifting height must not be forced beyond the jack’s permitted range, and the support stand must not be positioned outside its own height limits.
For heavy vehicles, approved workshop hoists or other specialized lifting systems may be more appropriate than conventional portable floor jacks.
Selecting Jack Stands for 4WDs, Caravans and High-Clearance Vehicles
Four-wheel drives, off-road vehicles and caravans require additional consideration because their chassis heights, structural layouts and weight distributions can differ significantly from passenger cars.
Modifications such as suspension lifts, bull bars, winches, water tanks, auxiliary batteries and storage systems can alter weight and center-of-gravity characteristics.
A higher ground clearance does not automatically mean the tallest jack stand is the most suitable.
The correct selection depends on the approved support point, its actual elevation during servicing, the load applied and the equipment manufacturer’s intended use.
High-Clearance Four-Wheel Drives
A modified four-wheel drive may require a different stand-height range from a standard passenger car.
For instance, the Ritch RVS10S provides high capacity but extends only to 430mm.
The Borum 10TSS provides a 720–1,190mm range, while the Borum 15TJS covers 645–1,077mm.
These differences make height compatibility a critical selection factor.
Before purchasing, establish whether the stand can be safely placed beneath the approved support point after the vehicle has been raised.
Do not use suspension components or other structural points unless specifically approved for the intended supporting procedure.
Caravan and Trailer Chassis Support
Caravan servicing can involve suspension, wheels, brakes, bearings and chassis components.
These jobs may require mechanical support, but the correct locations and method depend on the caravan or trailer manufacturer’s design.
Do not assume that leveling legs, corner stabilizers, jockey wheels or temporary positioning devices are rated to support a caravan during maintenance.
Equipment intended for stabilization during camping is not necessarily suitable for supporting service loads.
Trailer brakes, wheel chocks, load distribution and the effect of attached or detached towing vehicles also require consideration.
The support arrangement should follow the relevant caravan, trailer and lifting-equipment manufacturers’ instructions.
Off-Road Surfaces and Roadside Repairs
Off-road breakdown locations may have gravel, sand, uneven soil or sloping ground.
These conditions conflict with the hard, flat and level surfaces required for conventional vehicle support stands.
A high-capacity stand does not automatically become suitable for use on soft or unstable terrain.
Where a safe supporting surface and approved lifting arrangement cannot be established, recovery or professional assistance is preferable to attempting work underneath a raised vehicle.
The Borum BAUXS7T should not be selected merely because it provides additional height.
It is intended for auxiliary support beneath suitable workshop hoists, not as an ordinary ground-level caravan or four-wheel-drive support stand.
Conclusion: Choosing the Right Vehicle Jack Stands
Selecting suitable jack stands involves balancing rated capacity, height compatibility, locking systems, intended use and price.
For passenger-vehicle maintenance, the TradeQuip 1128T provides clearly documented specifications, a 2,000kg per-pair rating, a 285–428mm working range and an advertised AU$109 pair price.
The KC Tools JS2000 offers a similar compact height range, but its older standard reference and less explicit manufacturer capacity documentation require additional confirmation.
For heavy-duty support at lower heights, the Ritch RVS10S combines a 10,000kg per-stand rating with a 280–430mm adjustment range.
For high-support-point industrial applications, the Borum 10TSS and Borum 15TJS provide substantially greater working heights and documented heavy-duty load ratings.
The Monster Tools MT20TSTTJSSQUAT remains conditional because conflicting retailer information prevents its capacity and height range from being treated as independently verified.
The Borum BAUXS7T is a specialized under-hoist auxiliary product and should remain separate from conventional ground-level support recommendations.
Original published: https://www.toolsforsale.com.au/best-jack-stands-australia/
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