Wheel Guide
Types of Longboard Wheels: How Size, Shape, and Hardness Change Your Ride
Every longboard wheel comes down to three specs: diameter, durometer, and lip shape. If you understand those three, you can read any wheel label and know exactly what it will feel like on your actual route. This guide breaks down the main types of longboard wheels in rider terms — not manufacturer jargon — so you can match wheels to pavement, distance, and how you want to ride.
The three specs that define every longboard wheel
You will see dozens of longboarding wheels listed online with different numbers, colors, and brand names. Strip away the marketing, and every wheel is defined by three things:
- Diameter (measured in mm): Controls how fast the wheel rolls once it gets going, and how quickly it accelerates from a standstill. Bigger = more roll speed, slower to spin up.
- Durometer (measured on the A scale): Controls how hard or soft the urethane is. Softer wheels absorb vibration and grip better. Harder wheels roll faster on smooth ground and slide more easily.
- Lip shape and contact patch: The lip is the edge of the wheel. Square lips grip harder. Round lips break traction more predictably. The contact patch is how much rubber touches the ground at once.
These three interact. A large, soft wheel with a wide contact patch gives you maximum vibration absorption but weighs more. A small, hard wheel with a round lip accelerates fast and slides easily but will rattle your feet on broken pavement. You cannot optimize all three at once — the right type of longboard wheel depends on what you are trading off.
For a deeper breakdown of how to choose, see our full longboard wheels guide.
Longboard wheel size: small, mid, and large diameter
Diameter is the first number most riders look at, and it is the one that most directly affects how the board feels under your feet.
| Size Range | Roll Speed | Acceleration | Best For |
|---|---|---|---|
| Small (59–64mm) | Lower top speed | Quick to spin up | Tight cruisers, portability, tricks |
| Mid-range (65–75mm) | Good sustained speed | Moderate | Campus and city commuting, general cruising |
| Large (75–80mm+) | Highest sustained speed | Slow to spin up | Long-distance commutes, rough pavement |
Here is what this means for you: if your commute is under two miles on mixed pavement, mid-range wheels in the 65–75mm range are where most riders land. They are large enough to handle cracked sidewalks and brick paths without bouncing, but small enough that accelerating from a stop does not feel like pushing through mud.
Larger longboard cruiser wheels — anything above 75mm — are noticeably smoother on rough roads, but they add weight and may need riser pads to avoid wheel bite (when the wheel contacts the deck during a turn). If your board is a drop-through design, you usually have more clearance than a top-mount, so larger wheels fit more easily. The types of longboards page covers how deck shape affects this.
I had a buyer once who rode 1.5 miles each way through a city with a long stretch of brick pavement. He bought a $138 complete setup with stock 70mm wheels. Three weeks later he sent me a photo from his commute — no message, just the photo. The wheels were right. If he had picked 62mm, he would have stopped riding that route within a month.
Wheel hardness: soft vs. hard durometer
Durometer is the number followed by an “A” on any wheel label. It tells you how hard the urethane rubber is. This is the spec that most directly controls how the ground feels through your feet.
- Soft (75A–82A): Absorbs vibration on rough or cracked pavement. Grips better on wet or textured surfaces. Rolls a little slower on smooth concrete because the rubber deforms slightly under load. This is the default range for commuting and cruising. If your roads are not smooth, this is where you start.
- Mid (83A–86A): A balanced option for riders who split time between smooth bike paths and rougher streets. Faster roll on clean pavement, still enough grip for predictable turns.
- Hard (87A+): Fastest roll speed on smooth surfaces. Least vibration absorption. Slides more easily — which is a feature for freeride and downhill riders who want controlled slides, but a problem for commuters who want traction. On rough pavement, hard wheels bounce instead of absorbing, which slows you down and feels terrible.
A practical note for beginners: if you are unsure, go softer than you think you need. In our experience, the buyer who felt “cheated” because their board was too rough almost always rode a wheel that was too hard for their pavement. One rider told me his commute was “fine” on 85A wheels — until I asked him to describe the road surface. It was cracked asphalt with gravel shoulders. He switched to 78A wheels and said it felt like a different board.
That said, if you already know you want speed and you ride on smooth paths, do not buy soft commuter wheels just because they seem more forgiving. I have seen riders outgrow 78A setups in a few months when they discover they want to go faster and learn to slide. If that sounds like you, start in the 80A–83A range. For more on this, the beginner longboard guide covers how to think about your first six months.
You can browse longboard wheels by durometer to compare options directly.
Wheel shape: lip profile and contact patch
Once you have settled on size and hardness, shape is the third variable. Two distinctions matter most in practice:
| Shape | Grip Level | Slide Behavior | Best For |
|---|---|---|---|
| Square lip | Higher grip | Harder to break traction | Commuters, cruisers, anyone who wants maximum traction |
| Round lip | Lower grip | Breaks traction predictably | Freeride, sliding, speed control |
The contact patch — the flat area of rubber that actually touches the ground — also matters. A wider contact patch gives you more grip and stability at speed, but adds weight and rolling resistance. A narrower contact patch is lighter and more responsive in turns but has less grip available.
Then there is core placement. Most longboard cruiser wheels use an offset core — the hub sits slightly inside the wheel rather than dead center. This gives the wheel a bit more grip when you lean into a turn while still allowing some slide if you push it. Centered cores are more common in longboard fast wheels built for freeride and downhill, where predictable slide behavior matters more than cruising comfort.
My honest recommendation: if you are buying your first set of replacement wheels, start with a square-lip, offset-core wheel in the size and hardness that matches your commute. You can always move to round-lip later once you know what kind of riding you actually want to do. I test every wheel type the same way — on bad pavement first. If it does not feel right over cracked sidewalks, no spec sheet will change that.
Matching wheel type to riding style
Here is where the specs come together into real decisions. Match your riding to one of these scenarios:
Campus commuter
Short rides, mixed pavement, lots of stops.
65–70mm, 78A–80A, square lip. Stable, comfortable, forgiving on cracked sidewalks. This is the most common setup for students who ride a few blocks between classes and do not want to think about their wheels.
City commuter
1–3 miles, cracked streets, longer pushes.
70–76mm, 77A–80A, wider contact patch. Absorbs vibration over distance, maintains roll speed between pushes. If your route has rough stretches you cannot avoid, this setup saves your feet and knees.
Weekend cruiser
Smooth paths, relaxed pace, carving on clean pavement.
65–72mm, 80A–83A. Lighter, more responsive, fun to lean into turns. You do not need maximum vibration absorption if your riding surface is already decent.
Speed and downhill
Steep hills, controlled slides, high-speed stability.
72–80mm, 80A–83A, square lip, wide contact patch. Grip at speed matters more than acceleration from stops. This is the one use case where harder, wider longboard fast wheels make a real difference.
Portable cruiser
Short errands, transit connections, board fits in a locker.
59–65mm, 78A–83A. Compact, quick acceleration, lighter overall setup. The smaller diameter keeps the board low and easy to carry.
The right board depends on riding style, body size, route surface, and budget — and wheels are the part of that equation where surface matters most. If you need help choosing the board itself, start with longboards built for cruising and commuting.
When to replace or upgrade your longboard wheels
Wheels do not last forever, and most riders replace them later than they should. Here is when to act:
- Flat spots and coning: If you see uneven wear — one part of the wheel is flatter than the rest, or the wheel has worn into a cone shape — replace them. Flat spots cause vibration that no amount of bearing maintenance will fix.
- Hardened rubber: Urethane hardens over time, even without heavy use. If your wheels feel slippery on surfaces they used to grip well, the rubber has likely stiffened past its original durometer rating. This happens faster in hot climates where wheels sit in direct sun.
- Upgrade vs. replace: If your complete board came with harder wheels and your commute is rough, upgrading to softer, larger wheels is the single biggest comfort improvement you can make. It costs $30–$50 and changes how the board feels more than any other component swap.
- Wheel rotation: Swapping front wheels to back extends wheel life and evens out wear patterns. Most riders do not do this, but if you commute daily, rotating every 4–6 weeks makes each set last noticeably longer.
Common questions about longboard wheels
What is the difference between longboard cruiser wheels and longboard fast wheels?
Cruiser wheels are typically softer (75A–82A) with a wider contact patch. They prioritize vibration absorption and grip for comfort on varied pavement. Fast wheels are usually harder (80A–86A) with a rounder lip profile. They prioritize roll speed on smooth surfaces and controlled slides for speed management. The tradeoff is comfort vs. speed — softer cruiser wheels feel better over distance on rough roads, while harder fast wheels maintain higher roll speed on clean pavement.
What size longboard wheels should a beginner start with?
68–75mm is a safe starting range for most beginners. These wheels are large enough to handle rough pavement and small enough for easy acceleration and adequate deck clearance. Pair them with a 78A–80A durometer and you have a setup that works on most campus and city routes. For more beginner-specific guidance, see our beginner longboard guide.
Do harder longboard wheels go faster?
On smooth pavement, yes — harder wheels have less rolling resistance and maintain higher speeds between pushes. On rough pavement, no. Softer wheels actually maintain speed better because they absorb surface vibration instead of bouncing over it. The “fastest” wheel depends on your surface, not just the durometer number.
Can I put cruiser wheels on any longboard?
Mostly yes, but check wheel clearance. Larger or wider cruiser wheels may need riser pads — small spacers between the truck and deck — to prevent wheel bite during turns. Drop-through decks usually have more clearance than top-mount decks. If you are unsure, measure the gap between your current wheels and the deck, then compare it to the diameter of the wheels you want.
Ready to match wheels to your route?
The right wheel type depends on your pavement, your distance, and how you want the ride to feel — not on brand names or marketing claims. Browse our longboard wheel collection to find the size, hardness, and shape that fits how you actually ride.