Motorcycle Wheel Balancer: Static Stands Compared

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Bottom line

A static balancing stand holds the wheel on a low-friction shaft; gravity turns the heavy spot to the bottom, and weights opposite it correct the imbalance in one plane. The tire makers say a motorcycle wheel must be checked with a balance stand or a computer wheel balancer after mounting. Before buying, compare shaft diameter and cone range with the bearing bores of your front and rear wheel, and check single-sided swingarm wheels separately.

Jump to a section

How a balancing stand works
Static or dynamic: what the documents say
Four stands side by side, two of them known from listings only
The two documented stands
What to check in a listing
Before the wheel goes on the stand
Who needs one, and who does not
Typical mistakes
Our recommendation

Mounting the tire is not the end of the job. The U.S. tire makers' bulletin for motorcycle tires lists balancing as a step of its own and says the balance of tire and wheel must be checked with a balance stand or a computer wheel balancer. The balance stand is the home tool, and this page explains how it works and what to compare. We have run no trials with balancers. The sources are the tire makers' bulletin, two makers' product pages and the manual of a shop balancer.

How a balancing stand works

On the stands whose makers document them, the wheel is slid onto a shaft and centered by cones that sit in its bearing bores. The shaft rests on bearings in a frame, so the wheel can turn with very little friction. Rabaconda describes the principle for its own stand in one sentence: the wheel spins on bearings, and gravity settles the heavy spot at the bottom.

What follows from the principle is trial and correction; the description is ours, since we have read no stand's manual. You mark the low point, fix a weight at the opposite, highest point of the rim, and turn the wheel a quarter. If it stays where you leave it in every position, the static imbalance is corrected. If it still turns, you adjust the weight.

This is static balancing: the wheel is at rest when it is read, and the correction happens in one plane. A bubble wheel balancer for car wheels works by the same law with a different layout; there the wheel lies flat on a pivot.

Our pick: documented balancing standAd

Rabaconda

Rabaconda Motorcycle Wheel Balancer

A static balancing stand with published figures: the wheel turns on a 12 mm shaft in sealed ball bearings until its heavy spot settles at the bottom.

Why here: The stand whose maker publishes what decides fit: a 12 mm shaft, cones for hubs up to 35 mm, rims up to 21 in., and adapters for larger hubs sold separately. Wheel weights are not included.

Best for: Riders who want a balancing stand whose shaft, cone range and wheel limits can be checked against their hubs before ordering.

Type: Static balancing stand for motorcycle wheels
Wheel range: Rims up to 21 in.; 12 mm shaft, cones for hubs up to 35 mm
Mounting: On a bench or on the wall with the included bracket
Weight: 14.2 lb (kit)
Bearings: Sealed ball bearings
Price class: Mid-range

What it does well

12 mm shaft with cones for hubs up to 35 mm; rims up to 21 in., hub width up to 280 mm, tire width up to 370 mm, according to the manufacturer
Sealed ball bearings, adjustable feet, wall bracket and carry bag included (manufacturer)
Adapters for 32 to 68 mm hubs and for 62/72 mm BMW shaft drive hubs are offered by the maker, sold separately
Lifetime warranty, according to the manufacturer

Where it falls short

Wheel weights are not included
Single-sided swingarm wheels and large hubs need an adapter that is sold separately
The Amazon listing states hub diameters from 12 to 34 mm, the maker's page cones up to 35 mm: measure your bearing bores
Balances statically, in one plane; it shows a heavy spot, not a measured value
Priced above the budget stands

View on AmazonAd · paid link · check price & delivery on Amazon

The working steps are on the page how to balance a motorcycle tire.

Static or dynamic: what the documents say

A wheel can be out of balance in two ways. A heavy spot on the circumference makes it hop; a balancing stand shows that. Weight spread unevenly across the width makes a turning wheel wobble from side to side; that only shows on a spinning machine that corrects in two planes. The terms are explained under static vs dynamic balancing.

The manual of a shop spin balancer we read, the Coats 1250, draws the line by wheel width. It says to choose static balancing for wheel assemblies that cannot be balanced dynamically or for narrow wheels, and gives a motorcycle wheel with a small wheel width as the example. So a maker of shop equipment itself names one plane as the choice for a narrow wheel. How much the second plane would add on a wide rear wheel is not documented in any source we read, so we make no claim about it.

	Balancing stand	Shop spin balancer
Wheel when read	At rest, hanging on a shaft	Turning, driven by a motor
Correction	One plane	Two planes, or one in static mode
Needs	A steady bench	Electric power
Named by the tire makers	Yes, as balance stand	Yes, as computer wheel balancer
Price class	Budget to mid-range	Premium

Four stands side by side, two of them known from listings only

This selection covers only products sold on Amazon. It is not a market overview. Products are compared by manufacturer and listing data, not by hands-on testing. How we research

Comparison: Rabaconda Motorcycle Wheel Balancer, Motion Pro Axis Truing-Balance Stand, VIVOHOME Motorcycle Wheel Balancer, Mkienhy Motorcycle Balancer Stand
Comparison	Our pick: documented balancing standRabaconda Motorcycle Wheel Balancer	Motion Pro Axis Truing-Balance Stand	Seller data onlyVIVOHOME Motorcycle Wheel Balancer	Seller data onlyMkienhy Motorcycle Balancer Stand
Type	Static balancing stand for motorcycle wheels	Truing and static balancing stand for motorcycle wheels	Static balancing stand for motorcycle wheels	Static balancing stand for motorcycle wheels
Stated size range	Rims up to 21 in.; 12 mm shaft, cones for hubs up to 35 mm	15 mm axle; cones for bearing bores of 18 to 32 mm	Shaft and cone sizes: see listing (seller)	Shaft and cone sizes: see listing (seller)
Setup	On a bench or on the wall with the included bracket	Folding stand	Free-standing on a bench	Free-standing on a bench
Weight	14.2 lb (kit)	–	–	–
Price class	Mid-range	Mid-range	Budget	Budget
Best for	Riders who want a balancing stand whose shaft, cone range and wheel limits can be checked against their hubs before ordering.	Riders who balance and also true or build spoked wheels, on bikes whose wheel bearings fit the stated cone range.	Riders who mount their own tires and want to do the static balance the tire makers ask for after mounting.	Buyers who want an alternative to the VIVOHOME stand in the same price class.
	On Amazon(paid link to Amazon, opens in a new tab)Ad · paid link · check price & delivery on Amazon	On Amazon(paid link to Amazon, opens in a new tab)Ad · paid link · check price & delivery on Amazon	On Amazon(paid link to Amazon, opens in a new tab)Ad · paid link · check price & delivery on Amazon	On Amazon(paid link to Amazon, opens in a new tab)Ad · paid link · check price & delivery on Amazon

Data from manufacturers and listings; seller claims are marked.

The last two columns are listing products, shown as examples and not as picks: we found no way to tie either Amazon listing to a manufacturer specification. For the VIVOHOME stand^* (paid link) we looked for the brand's own product page and could not open one that matches the listing; the balancer category of its shop was empty when we called it up. The Mkienhy stand^* (paid link) comes from a seller brand without a manufacturer page that we could find.

So the table above shows a type and a price class and no sizes for these two. That is on purpose. The sizes are the whole purchase decision, and they have to come from the listing you are looking at on the day you order, not from us. Both titles also carry the words static and dynamic; what that means is explained in the questions below.

The two documented stands

Two makers publish complete data, and their figures are also the yardstick for judging a budget listing: Rabaconda for its Motorcycle Wheel Balancer^* (paid link) and Motion Pro for its Axis Truing-Balance Stand^* (paid link). Both are in our selection and sit in the mid-range price class. We have run no trials with either; the table compares published figures. The Rabaconda stand is our main product because its maker states wheel limits and names adapters; the Motion Pro stand adds truing.

	Rabaconda Motorcycle Wheel Balancer	Motion Pro Axis Truing-Balance Stand
Shaft or axle	12 mm	15 mm
Cones fit	Hubs up to 35 mm	Wheel bearing bores of 18 to 32 mm
Larger hubs	32 to 68 mm and 62/72 mm with adapters sold separately	Not stated
Single-sided swingarm wheels	With the adapters, per the maker's FAQ	Not designed for them, nor for centerless hubs
Stated wheel limits	Rims up to 21 in., hub width up to 280 mm, tire width up to 370 mm	Not stated
Extras	Wall bracket, carry bag, adjustable feet; 14.2 lb as a kit	Folding; adjustable pointer for truing spoked wheels
Wheel weights	Not included	Not stated

All figures are from the makers' own product pages. The Amazon listing of the Rabaconda stand gives the hub range as 12 to 34 mm, according to the seller, so measure your bearing bores in either case. Three things can be learned from the table. A stand is defined by its shaft and its cones. Single-sided swingarm wheels are a separate question that needs a clear yes from the maker. And wheel weights are not a given.

What to check in a listing

Shaft diameter. The shaft has to pass through your wheel bearings. Measure the inner diameter of the bearings, front and rear; it equals the axle diameter of the bike.
Cone range. The cones center the wheel in its bearing bores. Smallest and largest cone diameter have to bracket your bores.
Width between the supports. A wide rear wheel with sprocket carrier and brake disc needs room. Look for a stated hub or tire width.
Single-sided swingarm. These wheels need their own adapters: Rabaconda sells them for 32 to 68 mm hubs, and Motion Pro rules such wheels out for its stand. Without a matching adapter named by the seller, assume the stand does not hold them.
Bearings. The stand is only as sensitive as its bearings turn freely. Look for a stated bearing type; Rabaconda names sealed ball bearings.
Leveling. Check whether the stand has adjustable feet. Rabaconda says its design is self-leveling and that bench level does not affect the reading; that is a statement about its own stand, not about the type.
Weights. Check whether any are included and whether the kind supplied suits your rims.
Truing. Some stands have a pointer for truing spoked wheels. If you lace or true wheels, that is a second use; if not, it adds nothing to balancing.

Before the wheel goes on the stand

The tire makers' bulletin has three points that belong to balancing.

The balance dot. Some tire makers provide a dot on the sidewall that is to be aligned with the valve stem. That is done while mounting, and it reduces what the weights have to correct.
Seating first. Balance comes after the beads are seated and the pressure is set. The bulletin asks you to check run-out and re-check bead seating at this point. A tire that sits unevenly cannot be balanced away.
Direction. The wheel goes back on with the arrow in the direction of rotation.

Whether to balance with the brake disc and sprocket fitted is a question the bulletin does not answer. Rabaconda recommends leaving them on so that the balance matches the wheel as it runs. The shop manual we read starts every procedure by removing old weights and inspecting tire and wheel.

Who needs one, and who does not

Speaks for it

Riders who mount their own tires and want to finish the job at home
Narrow wheels, where a shop balancer's manual names static mode as the choice
Anyone with a steady bench and the patience for trial and correction

Speaks against it

Single-sided swingarm wheels without a matching adapter
Riders who have the shop mount the tires anyway: it balances them too
Anyone who expects a measured value: a stand shows a direction, not a number

Typical mistakes

Buying by title. “Universal” in a title is not a cone range.
Balancing a wheel with stiff or dirty stand bearings. The wheel stops where friction holds it, not where gravity wants it.
Leaving old weights on. Remove them first.
Skipping the check after correction. The wheel has to stay put in every position, not only in the one you corrected.
Balancing before the beads are evenly seated. For seating, follow the tire manufacturer's maximum bead seating pressure; without such a figure the tire makers say not to exceed 40 psi.

Our recommendation

Buy by fit, not by name. Our pick is the Rabaconda Motorcycle Wheel Balancer^* (paid link), because shaft, cone range, wheel limits and adapters can be checked on its maker's page before ordering. A budget stand such as the VIVOHOME^* (paid link) is an example known from its listing only; if the listing states a shaft and a cone range that match both of your wheels, it does what the principle allows: a static balance in one plane, which is what the documents name for narrow wheels. If your bike has a single-sided swingarm or unusually large hubs, look for a stand whose maker names the adapter, or let a shop balance that wheel.

Harbor Freight sells a store stand of this type as well; it is described under Harbor Freight wheel balancers.

Where balancing sits in the whole job is shown in how to change a motorcycle tire, and the rest of the kit is under motorcycle tire changing tools. The tools that mount the tire are explained by type on the overview of motorcycle tire changers. For car wheels, the accuracy question is treated under are bubble balancers accurate, and how we handle listing-only products is explained under how we research.

Straight answers

Is a static balancer enough for a motorcycle wheel?

The tire makers accept both: their motorcycle bulletin says the balance of tire and wheel must be checked with a balance stand or a computer wheel balancer. The manual of a shop spin balancer we read names a motorcycle wheel with a small wheel width as its example for choosing static mode. No primary source we read gives accuracy figures for a balancing stand, so we print none.

What is the best motorcycle wheel balancer?

There is no independent comparative test. Our pick by documents is the Rabaconda balancer, whose maker publishes a 12 mm shaft, cones for hubs up to 35 mm and wheel limits. The Motion Pro Axis stand, with a 15 mm axle and cones for bearing bores of 18 to 32 mm, is the documented choice if you also true spoked wheels. Check either against your own hubs.

Why do listings say static and dynamic balancing?

We cannot say what the sellers mean by it. In the terms of a shop balancer's manual, dynamic balancing means correcting in two planes on a spinning machine. A stand where gravity turns the wheel shows the heavy spot at rest and is corrected in one plane. That is static balancing, whatever the title says.

Can I build a DIY motorcycle wheel balancer?

Homemade balancers are widely described, usually a straight shaft through the wheel that rests on bearings or level edges. We found no primary source that documents how well such a build works, so this site gives no building instructions. The principle is the same as in a bought stand, and the bought ones start in the budget price class.

Can a motorcycle tire changer balance the wheel?

No. Changers and changing stands mount and demount tires. Balancing is a separate step with a separate tool, and the tire makers list it after mounting and before the wheel goes back on the bike.

Paperwork: our sources

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manualtirechangers.com Editorial Team

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We are the editorial team at manualtirechangers.com. We read owner's manuals, manufacturer specifications and tire-industry service bulletins, and turn them into plain buying advice and step-by-step guides for changing tires in a home garage.

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