Pick the stand around two things: where your bike has a lifting point, and how much of the bike you need off the ground. A sportsbike with swingarm bobbins takes a rear paddock stand and a front head-lift, and that covers almost everything a home mechanic does. A shaft-drive tourer with no bobbins and a 280 kg kerb weight is a different problem, and the honest answer there is usually a scissor lift under the frame or a centre stand. A cruiser with low-slung pipes and no frame rails underneath is the hardest case of all, and it is the one where people improvise with timber and get hurt.
What each type of stand is actually for
A rear paddock stand lifts the back wheel by picking up the swingarm, either on screw-in bobbins or on flat pads under the swingarm. It is the single most useful stand a rider can own, because chain adjustment, chain cleaning, rear wheel removal and rear brake work all need the wheel spinning free. It does not make the bike stable for hard pulling: the front wheel is still on the ground and the bike can pivot around the stand's contact points if you shove it sideways.
A front paddock stand lifts the front, and comes in two forms that are not interchangeable. A head-lift stand goes into the bottom of the steering stem and picks the bike up from the middle of the front end — that one is stable and lets you remove the entire front wheel and forks. An under-fork stand cups the lower fork legs, which is lighter and cheaper, but it holds the forks rather than the frame, so you cannot drop the forks out with it in place. Neither works without a rear stand already fitted.
A centre stand, factory-fitted or aftermarket, is the most convenient thing on a bike that has one. It lifts the rear on many models, gives a stable platform for chain work, and costs nothing in storage space. The catch is that on plenty of bikes it lifts the rear only just clear, or not clear at all with a full tank and luggage, and on some models the stand contacts the ground during hard cornering.
A scissor or bottle jack with a motorcycle cradle picks the bike up under the frame or engine. It suits bikes with no bobbins, shaft drives and cruisers — but only where the manual identifies a lifting point. Lifting a bike under the sump, the exhaust or a fairing bracket is how crankcases crack.
A hydraulic lift table raises the whole bike to working height with wheel chock and straps. It is the right answer for anyone doing regular deeper work, especially with a heavy machine, and it also solves the back pain that comes from three hours crouched on concrete. The downsides are real: it takes a permanent chunk of floor, it needs a level slab, and the cheap ones flex enough at full height to be unnerving.
Choosing by bike, not by price
| Bike type | Usual best first stand | Add later | The thing that catches people out |
|---|---|---|---|
| Sportsbike or naked with swingarm bobbins | Rear paddock stand on bobbins | Head-lift front stand | Bobbin thread size varies (M8 and M10 both common) — check before buying spools |
| Naked or sport tourer without bobbins | Rear paddock stand with swingarm pads | Under-fork or head-lift front stand | Pads must sit on a flat, unbraced part of the swingarm, not on a chain guard or hose |
| Adventure bike, tall and heavy | Centre stand if available, otherwise a frame-lift jack | Wheel chock for stability while working | Long suspension travel means the bike rises a long way before the wheel leaves the ground |
| Shaft-drive tourer, 250 kg plus | Centre stand, or a scissor lift on the manual's lifting point | Full lift table if you service it yourself | Weight distribution changes with fuel and panniers; balance point moves |
| Cruiser with low pipes | Scissor lift with a wide cradle, using the manual's lift points | Wheel chock and tie-down points | Frequently no usable frame rail — check before buying rather than after |
| Small bike, scooter, commuter | Centre stand, which most already have | Rear paddock stand with pads | Scooter centre stands often will not lift the rear high enough for wheel removal |
Using one without dropping the bike
The rules are short and the consequences of ignoring them are expensive.
- Level, hard floor. Not gravel, not a sloping drive, not a garage floor with a drainage fall. A paddock stand on a slope will roll and the bike goes with it.
- Rear stand first, front stand second, and reverse the order coming down. A bike on a front stand alone has nothing holding the back.
- Have someone hold the bike, or use a wheel chock. The moment the stand takes the load is the moment the bike is least stable, and one hand on the bars is not enough on a heavy machine.
- Check the rated capacity and stay well under it. A stand rated at 250 kg used on a 240 kg bike leaves you no margin for the shove you apply when a sprocket nut lets go.
- Never work underneath a bike held only by a jack. This is the principle written into the US OSHA rule for portable jacks: a jack raises a load, but the load must then be blocked or cribbed before anyone works under it, and jacks have to carry a legible rated-capacity marking. The same logic applies in your garage even though the rule does not.
- Watch what you are pulling against. Undoing an axle nut applies a large sideways force. If your only support is a rear paddock stand, brace the bike or fit the front stand too before you reach for the breaker bar.
An in-between case worth naming: some maintenance checks are specified with the wheel raised. The DVSA procedure for motorcycle head bearings in the MOT inspection manual checks the lower bearings with the front wheel on the ground and the upper bearings with the front wheel raised clear of it, and notes that the centre of the bike may need supporting if it has no suitable stand. That is a useful reminder that "raised" and "supported" are two separate requirements.
The mistakes that turn into repairs
Lifting on the wrong point is the big one. Sumps, oil filters, exhaust headers, radiator brackets and plastic bellypans are not structural. A scissor jack pad spread across a fairing lower will crack it, and one spread across the sump can crack the casting. Look up the lifting point in the service manual before the first lift; on a lot of modern bikes the correct point is a specific pair of frame rails, and on some it does not exist at all without a factory tool.
Under-buying is the other one. A stand that visibly flexes under a heavy bike is not merely annoying. Stands fail at the welds and at the wheel axles, and they fail suddenly. If you own a 250 kg tourer, the light aluminium stand designed for a 180 kg sportsbike is the wrong tool regardless of what the listing claims.
And the honest limitation: no stand makes every job home-doable. Anything where the bike must be tipped, where the engine is coming out, or where you need the frame supported while the swingarm leaves is beyond the scope of a paddock stand and often beyond a lift table too. Tyre fitting and wheel balancing still need machines. If a suspension or brake procedure in the manual assumes the bike is on a factory support rig, that is the signal to book it in rather than build one out of blocks.
Storage, not just servicing
Stands earn a second keep if you store the bike over winter. Getting both wheels off the ground removes the load from the tyres and the fork seals, which matters over a layup of several months — the routine is covered in our long-term storage guide, and the checks for bringing it back are in the post-storage checklist. If only one stand is going under the bike for the layup, put it under the rear and let the front tyre carry the lighter load.
For everyday work, a rear stand plus the right spanners covers most of a service schedule — see the home tool kit tiers for what pairs with it, and the chain maintenance routine for the job you will use it for most. Keep a TPMS sensor in mind for the wheels that go back on: pressures dropping after a wheel refit usually means a disturbed valve or a bead not fully seated, and you would rather find that in the garage.
FAQ
Which motorcycle stand should I buy first?
A rear paddock stand, on almost any chain-drive bike. Chain cleaning, chain adjustment and rear wheel work are the jobs you do most often, and all of them need the rear wheel spinning free. Buy the version that matches your swingarm — bobbins if your bike has them, pads if it does not.
Can I use a rear paddock stand on a bike without bobbins?
Yes, with the flat-pad or spool-free adapters that sit under the swingarm. The pads have to contact a flat, load-bearing part of the swingarm rather than a hose, chain guard or brake line, and the bike is slightly less stable than it would be on bobbins.
Is a centre stand enough on its own?
Often, for chain and rear wheel work — but check that yours actually lifts the rear wheel clear with a full tank, because plenty of them do not. It also gives you nothing at the front, so head bearing and fork work still needs a front stand or a frame lift.
Where is it safe to put a jack under a motorcycle?
Only where the service manual says. Sumps, exhausts, oil filters, radiators and plastic panels are not lifting points and will be damaged. Many bikes have a specific pair of frame rails identified for this, and some have no usable point at all without the factory support tool.
Should I store a motorcycle with the wheels off the ground?
It helps over a long layup, because it unloads the tyres and the fork seals. If you can only lift one end, lift the rear. If you cannot lift either, inflate the tyres to the upper end of the manufacturer's recommended range before storage and move the bike a few centimetres every few weeks.
