ATV Wheel Offset Chart | Clear Numbers, Better Fit

Wheel offset shows how far the hub pad sits from center, which changes stance, scrub, and inner suspension clearance.

An ATV Wheel Offset Chart looks simple, but one wrong pick can push tires into fenders, load wheel bearings harder, or leave the machine tucked in when you wanted a wider stance. Offset tells you where the mounting pad sits in relation to the wheel centerline. That one measurement changes where the tire ends up.

You will usually see two labels: a millimeter number, often shown as true offset, and the old ATV shorthand, such as 4+3, 5+2, or 6+1. Read both together. Lower inward-style numbers push the wheel outward, while higher ones tuck it under the machine.

ATV Wheel Offset Basics That Affect Fitment

Offset is the distance between the wheel centerline and the mounting surface. In plain terms, it tells you whether the wheel sits more inside or more outside once it bolts to the hub. A wheel with more inward placement narrows the stance. A wheel with less inward placement widens it.

That is why two wheels with the same diameter and bolt pattern can fit the same ATV in different ways. One may clear the shock but stick past the fender. The other may sit clean under the body but kiss the upper arm on full lock.

What 2+5, 4+3, And 6+1 Mean

On many 7-inch ATV wheels, those two numbers describe how the wheel sits around the mounting pad. A 4+3 wheel is a middle-ground layout. A 5+2 wheel tucks in more. A 2+5 wheel shoves the tire farther outward. A 6+1 wheel tucks the wheel inward the most of the common shorthand options.

Riders like the shorthand because it is easy to picture. The trouble starts when people treat it like a universal law. Wheel design and brand labeling can shift how a millimeter offset lines up with the old shorthand, so the brand’s own spec page still matters.

Why The Numbers Feel Backward

The first number is the inboard side. That trips people up. A bigger first number usually means more wheel sits inside the hub face, so the wheel moves inward, not outward.

What Changing Offset Does On The Trail

Push a wheel outward and the ATV gets a wider stance. That can feel steadier in some riding. It can also make the tire swing a wider arc as you steer, which is why rubbing at the fender edge or bumper corner often shows up after an offset change.

Tuck a wheel inward and you usually keep more tire under the machine. That helps when you want a cleaner fit or want to stay closer to stock width. The trade-off is inner clearance. If the tire gets too close to the shock, spring perch, brake line bracket, or A-arm, the clean look stops mattering in a hurry.

Offset also changes scrub radius. You do not need race-engineering math to feel that. A wheel that sits farther out can make steering feel heavier and can put more load through hubs, bearings, and steering parts. Wider should be chosen on purpose.

Offset Label Or Spec	Where The Wheel Tends To Sit	What To Watch
2+5	Far outward on many 7-inch ATV wheels	Widest stance, more tire poke, more scrub
3+4	Outward	Added width with less tuck under the fender
3.5+3.5	Near center	Neutral reference point
4+3	Mildly inward	Common all-around trail fit on many setups
+10 mm True Offset	Middle range on some brand charts	Check the brand page, not shorthand memory
5+2	Inward	Helps tuck the tire, trims overall width
+30 mm True Offset	More inward on many listings	Inner shock and arm room can get tight
6+1	Most inward of the common shorthand labels	Good for narrow stance goals, tightest inner clearance

How To Read The Chart Before You Buy

Start with your stock wheel width, tire size, and the room you have at full steering lock. Offset never works alone. A narrow tire on a 4+3 wheel may clear fine, while a wider tire on the same wheel can rub in three places. That is why two riders on the same ATV can report opposite results.

A solid starting point is ITP’s wheel offset explainer, which shows the basic rule clearly: lower offset pushes a wheel outward, while higher offset tucks it inward.

Use Published Specs, Not Memory

This is where buyers get tripped up. A generic chart is great for direction, but the final call should come from the wheel maker’s own specs. Sedona’s published wheel specs list both true offset and industry offset on the same page. That side-by-side layout makes shopping easier.

A good reality check: one brand chart can place +10 mm near a 4+3 style layout, while a current 14×7 wheel listing can show +10 mm with 5+2. That does not make either one wrong. It tells you not to buy wheels by shorthand alone.

Brand Shorthand Is Not Always Identical

If you are cross-shopping brands, compare wheel width, diameter, bolt pattern, and the published offset on the exact part number. A few extra minutes here can save a bad wheel order.

Common ATV Setups And The Offset They Lean Toward

Trail and utility ATVs usually do well near the middle unless there is a clear reason to change. A 4+3 style fit often gives a balanced look without pushing the tire too far past the fender.

Sport quads are a different animal. Riders often chase a wider stance, especially on the front end. That can plant the machine better in flatter cornering. Still, front offset changes can alter steering feel in a hurry, so the stance gain needs to be worth the extra load and extra poke.

Mud builds and lifted machines tempt people to move everything outward. Sometimes that works. Sometimes it just adds load at the bearings while coating the plastics in mud. If a big tire needs room, measure where the rub starts before you assume more poke is the answer.

If Your ATV Does This	Offset Move To Think About	Check Before You Order
Rubs the shock or upper arm	Move one step outward	Fender edge and bumper room
Looks tucked under the body	Use less inward backspacing	Steering feel and mud spray
Sticks far past the fender	Move one step inward	Shock spring and brake-line room
Feels heavy at the bars after a wheel swap	Move closer to stock	Scrub radius and tire width
Runs oversized mud tires	Stay near stock unless rub points prove otherwise	Bearings, hubs, and full-lock clearance
Uses mixed front and rear wheel widths	Read each axle on its own	Not every chart fits narrow sport fronts

Mistakes That Cost Money

• Buying by photo alone. A wheel can look tucked in pictures and still sit far out on your ATV once tire width enters the mix.
• Ignoring total machine width. Offset changes on both sides add up in a hurry. One inch per side becomes two inches overall.
• Treating every 14×7 wheel the same. Same size does not mean same offset, same lip shape, or same fit.
• Fixing one rub point and creating another. More outer clearance can turn into new inner rub, or the other way around.
• Jumping too far from stock. Small steps are easier to correct.

Picking The Right Offset Without Trial And Error

1. Read what is on the ATV now. Note wheel width, tire size, and how much room you have at full lock and full compression.
2. Decide what you want to change. More stance, more inner room, or a cleaner tuck all call for a different offset move.
3. Match the exact wheel listing. Bolt pattern, wheel width, and published offset should all come from the same product page.
4. Leave room for the tire, not just the wheel. Tires bulge past the bead seat, so clearance checks should always include the tire you plan to run.

A chart does not pick the wheel for you. It gives you a clean read on wheel position. Once you see offset as inward or outward placement, the numbers stop feeling odd.