Guía 2026 para comprar una bici de wheelie

1. Decide the riding. Speed, long wheelies and ride-outs; swerves and flowing lines; combos, surfing and tricks on pegs; compact technical riding; or BMX.
2. Choose the type of bike. Wheelie mountain bike, big-wheel cruiser, compact technical build, or BMX. Chapter one matches each to its riding.
3. Check the rear brake. Hydraulic disc if you can; at minimum a brake that is progressive and well adjusted. Check there is a front brake for road use.
4. Forget frame sizes. Collective bikes are made in one size, designed for riders from around 5ft upwards. The saddle and bar set the bike up for the rider.
5. Check the drivetrain. Geared, single-speed or fixed, and whether that suits the distances you ride.
6. Complete bike or build? A complete bike gives you the full specification in one purchase; like all our bikes, it must be assembled and checked by a bike shop or qualified bicycle mechanic before it is ridden. A frame and parts let you build exactly what you want (chapter three).

If you are buying for someone else

You do not need to know much about bicycles to choose well. Find out three things: what kind of riding they want to do (ask which riders or clips they watch); where they will ride; and what they ride now. You do not need to choose a frame size: Collective bikes are one size, designed for riders from around 5ft upwards. With those, the architecture usually chooses itself, and we are happy to help with the rest. Budget for a helmet and, if they are learning, some basic protection.

It is also worth knowing what riding gives people. We see it all the time: young riders get outside, make friends from different backgrounds, learn new skills and build real confidence. A bike is often the start of all of that.

Fit, in plain terms

Collective bikes are made in one size, and that is deliberate. The geometry has been worked out to suit riders from around 5ft upwards and to work for tricks, so there is no frame size to choose. It is a similar idea to BMX, where frames come in a few sizes but the differences between them are small. The saddle and handlebar do the rest: the saddle low for wheelies, higher for the ride home.

What is worth paying for

Spend on the parts that decide control and durability: the rear brake, the rear hub and wheel, the bottom bracket, the tyres and a frame built for the job. A more expensive finish does not help you recover from going past the balance point. A predictable brake and a good riding position will.

Collective sells complete bikes, frames and the parts to go with them, so there are three ways to arrive at your bike.

Start with a complete bike

A complete C100 V3 or C3 is specced for wheelie riding and is the best value way in. Most riders start here.

Upgrade as you go

Start on a complete bike and replace parts as you wear them out or want more: a high-engagement wheelset, a shorter stem, grippier pedals, a stronger headset, pegs. It spreads the cost and lets the bike develop with your riding.

Build from a frame

Choose every part yourself, starting from the C100 Pro V3 or X1 frame. It suits riders with a clear idea of what they want, a second bike, or a mechanic to build it. It usually costs more than a complete bike and takes tools and time.

The frames

C100 Pro V3. The C100 platform as a frame: 29-inch, heat-treated and reinforced, weighing 2kg, with a gear hanger and a 1-1/8-inch to ZS55/40 tapered head tube that accepts a wide range of forks. Its low seat tube is there for room to move and a low position for the rider’s weight.

X1. The compact technical frame: 27.5 or 26-inch wheels, Collective’s removable dropouts with integrated peg mounts (the pegs mount to the dropout, not the axle), 135mm rear spacing, an integrated tapered head tube (42mm top and 52mm bottom bearing seats), a 30.9mm seatpost, and a threaded 73mm or BMX Mid bottom bracket. It is designed around a 500mm axle-to-crown fork with 38mm offset.

BMX frames. For a 20-inch build there are three Collective BMX frames: the P1 Park and S1 Street, each in two top-tube lengths, and the RT1. All three are Sanko Japanese 4130 chromoly with a 75.5-degree head angle. The P1 sits a little lower for park riding (11.6in bottom bracket, 8.5in standover), the S1 a little taller for street (11.7in, 9in), and the RT1 has the shortest rear end of the three, 12.75 to 13.1 inches.

Hubs and engagement

The rear hub matters more on a wheelie bike than almost anywhere else. When the front starts to drop, you pedal to bring it back, and the hub decides how quickly that pedal stroke reaches the wheel. Every freehub has a little free play before its pawls catch; the more engagement points, the less play. Collective’s Hub 2 has 120 points of engagement, so the drive picks up every 3 degrees of rotation, with no noticeable delay when you need a quick correction. And yes, the sound matters: the buzz of a high-engagement hub has become part of the culture, and riders care about it.

Hub 2 is machined from 7075-T6 aluminium, runs on four sealed bearings at the rear, and has a 10mm through axle at the rear that is ready for pegs, in 135mm or 142mm spacing. It comes as a hub set or already built into the W2 wheelset: 29-inch double-wall alloy rims, 36 holes, 14-gauge spokes and a 22mm profile.

Before you build: compatibility

• Match the fork length to the frame’s design figure, or the head angle and bottom bracket height will change (chapter nine).
• Check the wheel’s axle and spacing against the frame and fork, and the brake rotor and mount sizes against the calipers.
• Pegs: on the X1 and C3 they mount to the removable dropouts, not the axle. The C100 V3’s standard rear wheel is quick-release and does not take pegs; fit a W2 wheelset or Hub 2 (10mm through axle) first.
• If in doubt, ask us before you order. A five-minute check saves a wasted part.

Almost any bicycle can be wheelied. What separates a wheelie bike is how deliberately it has been arranged for the job: where the rider’s weight sits relative to the rear axle, how the rear brake feels, how the bars place the hands, how the bike behaves when the front wheel comes back down, and how well it survives the particular abuse of being ridden on one wheel for miles at a time.

Search for the term and you will also find the high-rise children’s bicycles of the 1960s and 1970s, which were marketed as “wheelie bikes”. This guide is about the modern meaning: bicycles for BikeLife and street wheelie riding. In 2026 they fall into four broad architectures.

The wheelie mountain bike

A hardtail mountain-bike layout with 29-inch wheels, a geared drivetrain, usually a suspension fork, and a wide flat bar on a short stem. It is the bike most associated with fast, long-distance street wheelies and swerves. The Collective C100 V3 is a purpose-designed example.

The big-wheel cruiser

A BMX-derived frame scaled up to 29-inch (sometimes 26- or 27.5-inch) wheels, with a rigid fork, tall BMX-style bars and a top-load stem. Historically single-speed with rim brakes; increasingly geared with hydraulic discs. The Collective C3, SE Bikes’ Ripper family and Mafia Bikes’ Bomma range all belong here.

The compact technical build

A 26- or 27.5-inch bike, often built up from a frame, with a compact package and provision for pegs. It is associated with technical riding, combos and changes of body position, including much of the riding seen in Colombia. The Collective X1 is a frame for this kind of build.

BMX

The 20-inch original, with its own geometry, riding position and discipline. A BMX is not a small wheelie bike. It is a different tool with different strengths. The Collective C1 is a complete BMX.

Riders borrow freely between these categories, and a skilled rider can wheelie any of them. The useful question is not which is best, but which one makes the riding you want feel natural.

The vocabulary

Long-distance wheelies

Holding the front wheel up for as long as possible, seated or standing. Endurance, rhythm and small, efficient corrections matter most. Gearing, comfort and a brake that does not tire the hand all become important over distance.

High-speed wheelies

Wheelies ridden fast, often in a high gear. Stability, tyre grip and a brake that stays predictable at speed become the priorities. The consequences of a mistake rise with the speed.

Swerves

Riding at an object on the back wheel and turning away from it at the last moment. Swerves depend on steering the bike with the front wheel in the air, which is done mostly through lean, hips and knees, with the bars and brake fine-tuning the line.

Cuts and direction changes

Sharp changes of line while on the rear wheel. They load the rear tyre sideways and reward a bike that responds quickly to body movement.

Surfing and positional riding

Standing on the frame, pedals, pegs or seat while the bike stays on one wheel, sometimes with no hands. These moves need places to stand, room to move around the frame and a bike that stays composed as weight shifts.

Combos

Linking several positions and moves into one continuous wheelie, moving between seated, standing and surfing positions without putting the front wheel down. Combos reward a compact, predictable bike and precise rear-brake control.

Manuals

Riding on the rear wheel without pedalling, balanced by body position alone. Common in BMX and mountain biking; a different skill from the pedalled wheelie.

Where it comes from

Baltimore. Wheelie culture as it is known today began on dirt bikes in Baltimore. Motorised dirt bikes arrived in the city in the early 1970s and were ridden on parks and open land; when that was outlawed in the 1980s, riders took to the avenues and built a culture of group stunt riding. Local crews filmed and shared it in the early 2000s, and the 2013 documentary 12 O’Clock Boys, named after the near-vertical wheelie that puts rider and bike at twelve on the clock face, carried it far beyond Maryland. Riders such as Chino Braxton, and then social media, took the style worldwide, and the scene became known as bikelife. On pedal bikes, Baltimore riding is about speed: long wheelies up and down the city’s hills, where gears matter and mountain bikes rule.

California and the West Coast. The West Coast leans towards cruising, and its roots run through BMX. SE Racing was founded in Long Beach, California, in 1977 by Scot Breithaupt, and its PK Ripper of 1979 became one of the longest-running BMX frames ever made. SE’s Big Ripper, a 29-inch BMX built in 2008 and in production from 2009, took that relaxed, upright cruiser posture to big wheels and became the defining bike of American big-wheel riding.

New York and the East Coast. The East Coast is a mix of everything: big-wheel cruisers, mountain bikes and BMX, often on the same ride. New York ride-outs have drawn more than a thousand riders, swerving through traffic and surfing on the frame.

London, the UK and Europe. In the UK and across Europe, the riding is about speed and swerves. British bikelife grew as a street culture of ride-outs: mass group rides announced on social media and ridden through the city. The best known, BikeStormz, began in 2014 with an anti-violence message, “bikes up, knives down”; its August 2018 ride drew around 3,000 riders on a 14-mile route. In France, group ride-outs are called baraudes. London is also where Collective began, in 2015, building for that urban street riding: long, fast wheelies and swerves on real roads, on a 29-inch mountain bike designed from the frame up for one wheel. That bike became the C100.

Latin America. Across Spanish-speaking Latin America, riding a bicycle on its back wheel is called stunt, or stunt bike, a name borrowed from motorcycle stunting. The scene runs right across the region, from Colombia, Venezuela and Costa Rica to Chile and Argentina, where towns now host organised stunt bike meetings. The riding is far more varied than in Europe: deep wheelies close to vertical, standing on the seat, legs over the bars, and constant changes of position. Riders favour small, responsive frames with a cross-bike feel. Collective developed the X1 for exactly that riding, with Colombian riders.

Brazil and Portugal. In Portuguese the word is grau: dar grau is to ride on the back wheel. In Brazil, Sunday meetups of 100 to 500 young riders fill parks and wide streets; in São Paulo, gatherings have taken over Avenida Paulista and the Vale do Anhangabaú, and in 2022 a municipal law named Belo Horizonte Brazil’s “capital nacional do grau”. The same culture, and the same word, carries across to Portugal.

These scenes influence one another constantly, through ride-outs, film and social media. In August 2025, Collective’s One World, One Wheel ride brought them together in a single day: more than 20,000 riders across 27 cities in over 15 countries and five continents, from London, Tokyo and New York to Bogotá, Lagos, Milan and Paris. It did not matter what bike anyone rode. If you are part of the culture, you are part of the culture.

For a buyer, the lesson is practical: the riding you watch and want to do should decide the type of bike you shop for.

Learn somewhere safe and away from traffic, wear a helmet, and know the law where you ride. Rules on cycling, and on how police treat group rides, vary between countries and cities.

The physics of a wheelie

On the back wheel, bike and rider rotate around the rear tyre’s contact patch. The bike stays up when the combined centre of mass sits almost directly above that patch: the balance point. If the centre of mass drifts forward, gravity pulls the front down and the rider pedals to drive it back up. If it drifts too far back, the bike begins to loop out, and the rider brushes the rear brake. Slowing the rear wheel pitches the whole system forward around the contact patch and brings the front down. Side-to-side balance is managed with knees, hips and small bar movements.

So a rider has three controls: pedal torque, rear brake and body position. Geometry cannot hold a wheelie for you. What it changes is how easily your body can put the centre of mass where it needs to be, and how sensitive the bike is to each correction.

How Collective designs a frame

This is where every Collective bike begins. We design from the balance point outwards: where the rider’s weight needs to sit over the rear axle, how far the bike has to rotate to get there, and how quickly it answers a pedal stroke or a touch of the rear brake. The chainstay, bottom bracket height, seat tube, standover and cockpit are then set to put the rider in that place naturally, for the riding each bike is built for.

That is why the C100 V3, C3 and X1 look so different and still feel related. The same thinking is applied to speed and swerves, to combos and pegs, and to compact technical riding. It is also why each is one size: the geometry is worked out to put riders from around 5ft upwards in the right place, and the saddle and bar do the rest.

We design from the balance point outwards. Everything else on the frame is there to put the rider in the right place.

Rear centre: the distance that matters most

The chainstay, or rear centre, is the distance from the bottom bracket, where your feet are, to the rear axle, the point you balance over. It decides how far your weight starts in front of the rear axle and so how far the bike has to rotate to reach the balance point. A shorter rear centre tends to make a bike lift readily and respond sharply to small inputs. A longer one asks for more lift but tends to give a calmer, wider-feeling balance window. Neither is better in the abstract. The C100 V3’s chainstay is 455mm; the C1 BMX’s is 336.5mm. That difference is a large part of why the two feel like different species.

Bottom bracket height and drop

Bottom bracket drop is how far the cranks sit below a line drawn between the two axles; bottom bracket height is the same point measured from the ground. A lower bottom bracket lowers the rider’s mass relative to the axles, which tends to feel planted. A higher one gives more pedal clearance on kerbs and while carving. The C100 V3 has a 60mm drop, which with its 29-inch tyres puts the bottom bracket about 300mm off the ground.

Head angle, fork offset and trail

Head tube angle, fork offset and wheel radius together produce trail, the distance by which the front tyre’s contact patch trails behind the point where the steering axis meets the ground. Trail is a large part of how a bike steers and self-centres. It can be calculated: trail = (wheel radius × cos head angle − fork offset) ÷ sin head angle. For the C100 V3, with a 71-degree head angle, 38mm offset and a 364mm tyre radius, that gives 85mm of trail.

The important qualification: trail acts through the front tyre’s contact with the ground. In a wheelie there is none. Head angle and trail shape the take-off, the landing, low-speed handling and everyday riding, but they are not a formula for how long anyone can hold a wheelie. Be wary of any claim that a particular head angle makes wheelies easy.

Reach, stack and the cockpit

Reach and stack describe where the top of the head tube sits relative to the bottom bracket, horizontally and vertically. Add the stem and handlebar and you have the position of the hands, which matters enormously on one wheel. With straight arms, the hands set how far back your hips can sit. Tall, swept-back BMX bars bring the hands up and towards the rider. A wide, flatter mountain-bike bar on a short stem gives leverage and precise steering. The C100 V3 frame has a 415mm reach and a 641mm stack, with a 611.7mm effective top tube; the 740mm bar and 50mm stem then set the hands slightly ahead of and above that point. The cockpit is also the easiest part of a bike’s geometry to change, so it is worth understanding before you start swapping parts.

Seat position, saddle height and standover

Wheelie riders typically run the saddle lower than a road rider would, so they can sit back, move their hips and step off cleanly. The seat tube angle and saddle position decide where seated weight lands relative to the rear axle. Standover, the height of the top tube where you straddle the bike, governs how freely you can move around the frame and how cleanly you can step off the back if you go past the balance point. The C100 V3’s standover is 780mm. Collective designed the C100 Pro V3 frame with a low seat tube for the same reasons: room to move, and a low position for the rider’s weight.

Wheelbase

Wheelbase is the distance between the axles: 1,106.6mm on the C100 V3, against roughly 1,118mm (44 inches) on SE’s Big Ripper 29. On two wheels a longer wheelbase adds stability. On one wheel it matters mainly as a consequence of everything else: a longer front centre puts more of the bike out ahead of the rider, which means more lift is needed to reach the balance point.

C100 V3 vs SE Bikes Big Ripper and Fast Ripper

The C100 V3 is most often compared with SE Bikes’ Ripper family, the bikes that defined American big-wheel riding. On frame numbers alone they look like close relatives: the same 71-degree head angle and chainstays within about ten millimetres. The difference is in what each is built to do. The Rippers are big-wheel BMX bikes with rigid forks and tall bars; the C100 V3 is a wheelie mountain bike, with suspension, a wide bar on a short stem, and gears for distance and speed.

If you want the classic big-BMX feel, a Ripper is a genuine option, and the Fast Ripper now carries hydraulic brakes and gears. If you want to ride fast and far on the back wheel, and set the front down on broken roads at speed, the C100 V3 is built for exactly that.

C3 vs Mafia Bomma

The C3 sits in the same big-wheel cruiser category as Mafia Bikes’ Bomma range, and the two are often shortlisted together. The Bomma comes in several versions, so the table shows the standard Bomma 29 and the OW Bomma 29 alongside the C3.

SE and Mafia figures from their October 2026 listings. A dash means the figure is not listed.

Across both comparisons the same pattern shows: head angles and chainstays sit close together, but frame material, brakes, gearing and the cockpit set the bikes apart, and those are what you feel on the street. A tall BMX bar puts the hands high and close; a wide mountain-bike bar puts them lower and further apart. A suspension fork changes how a bike lands; a rigid fork keeps everything fixed. It is the clearest illustration of the guide’s central point: wheel size is the least informative number on the page.

C100 V3, C3 and X1, side by side

The X1 shows how differently a compact technical frame is arranged. Everything is shorter and lower: the chainstay, the wheelbase, the seat tube and the reach. The head angle is slacker, 69 degrees against 71, which with the smaller wheel keeps steering calm when the front comes down. A compact rear end, a short front centre and a low seat tube are what quick direction changes and riding around the bike ask for. The C3 shares the C100’s 71-degree head and 73-degree seat angles, but everything else is arranged for combos and pegs: a longer 470mm rear centre and 1,126mm wheelbase for a calmer, wider balance window; a shorter 400mm seat tube; a slightly higher bottom bracket (55mm drop against 60mm); and a longer effective top tube, which with the tall BMX bar gives more room to move around the bike.

What geometry cannot do

Geometry influences the mechanics; technique, practice and set-up decide the outcome. Saddle height, bar roll, brake-lever position, tyre pressure and gear choice can change how a bike feels as much as a degree of head angle. Experienced riders adapt to almost anything. For a first bike, the aim is a machine whose design does not fight you while you learn.

Wheel sizes are named in inches but defined in millimetres. The number that actually identifies a rim is its ISO bead seat diameter (BSD), the diameter on which the tyre sits. “29-inch” and “27.5-inch” are marketing names; the tyre fitted adds its own height on top.

Rotational inertia and acceleration

A wheel resists changes in its speed of rotation in proportion to its mass and the square of the distance of that mass from the axle. Rims and tyres sit at the outside, so they dominate. Put the same construction on a larger diameter and the wheel takes more effort to spin up and slow down. On a wheelie bike you feel this when you pop the front, when you pedal to recover a dropping front end, and when you brush the rear brake: a lighter, smaller wheel answers faster. A heavier, larger wheel carries its speed and smooths out small inputs. Tyre and rim choice can shift this as much as nominal size: a heavy 26-inch tyre can out-weigh a light 29-inch one.

Rollover and speed

A larger wheel meets a bump at a shallower angle, so it rolls over broken tarmac, drain covers and kerb edges with less deflection. That is one reason 29-inch bikes dominate long, fast street riding: the bike holds its speed and the rider makes fewer corrections for the surface.

Tyre width and volume

Tyre width changes grip, cushioning and the outside diameter of the wheel. The C3’s 29 × 2.5in Maxxis Hookworm is a large-volume street tyre with a smooth centre; the C100 V3’s 29 × 2.1in Kenda Kwick Nine is lighter and narrower. More volume gives cushioning and a forgiving contact patch at lower pressures; less volume gives quicker response and less mass to spin.

26 versus 29

This is the comparison most riders are really asking about. A responsive 26-inch technical setup appeals to riders who value precision and variety: quick direction changes, fast transitions between positions, and a compact bike that is easy to move around and under the body. A 29-inch bike appeals to riders who value sustained riding: long wheelies, speed, flowing lines and swerves, where momentum and rollover help. Many riders own both. The difference is real but it is a tendency, shaped as much by frame geometry, tyres and cockpit as by the wheel. A 27.5-inch build sits between the two.

Height is not the answer

A common shortcut is to choose wheel size by the rider’s height. It is unreliable. Fit is set by standover, reach, bar height and saddle range, and a well-designed 29-inch bike can fit a wide range of riders while a 26-inch build can be large. Choose the wheel size for the riding. Collective’s bikes are one size, designed for riders from around 5ft upwards.

With the front wheel lifted, the fork carries no load, so neither suspension nor its absence affects the wheelie itself. The fork matters at the moments around it, setting the front wheel down, riding between wheelies, hitting a kerb, and in how its length and mass shape the rest of the bike.

The rigid fork

A rigid fork has no moving parts. Steering feedback is direct, the front of the bike is lighter, and the geometry never changes: head angle, bottom bracket height and bar height are the same whether you are braking, landing or standing on the pegs. That consistency is why rigid forks are standard on BMX and on big-wheel cruisers, and why riders focused on combos often prefer them. The C3 uses a full chromoly rigid fork. The cost is comfort and grip on broken surfaces, where impacts go straight into wrists and tyre.

The suspension fork

A suspension fork lets the wheel move over obstacles. Its key terms:

Travel

How far the fork can compress. The C100 V3 uses a 100mm-travel fork.

Sag

How far the fork compresses under the rider’s weight at rest. Cross-country and trail forks are commonly set at around 15 to 20 per cent of travel.

Damping

Compression damping controls how quickly the fork compresses; rebound damping controls how quickly it extends. Too little rebound damping and the fork springs back; too much and it packs down over repeated hits.

Lockout

Firms the fork for smooth surfaces. The C100 V3’s fork has a lockout.

Axle-to-crown

The fork’s length from wheel axle to crown. The C100 V3 is designed around a 497.5mm axle-to-crown fork with 38mm offset.

Why fork length matters to the whole bike

A frame is designed around a fork length. Fit a longer fork and the front of the bike rises: the head angle slackens and the bottom bracket rises slightly. A widely used rule of thumb is that each 10mm of extra axle-to-crown length slackens the head angle by about half a degree. A suspension fork’s effective length also changes as it moves through its travel. This is why swapping a suspension fork for a rigid one, or the reverse, is not a cosmetic change, and why a frame’s intended fork should be part of any custom build.

The rule of thumb can be checked from first principles. Lengthening the fork by 10mm along a 71-degree steering axis raises the front axle by about 9.5mm. Over the C100 V3’s 1,106.6mm wheelbase, that tilts the whole frame back by roughly half a degree, slackening the head and seat angles together and raising the bottom bracket by about 4mm.

Which suits which riding

Suspension makes more sense for riders who cover distance on imperfect roads, mix wheelie riding with everyday riding, or set the front down hard at speed. A rigid fork makes more sense for riders who want constant geometry and direct feedback for positional riding, or who want less weight and less maintenance. A suspension fork that is badly set up, or seized, is worse than a good rigid fork; a rigid fork on a bike ridden fast over rough roads is a harsh experience.

Gearing

Wheelie riders usually lift and hold in a lowish gear, a few steps up from the easiest, which gives enough torque to bring the front up without spinning out. Gears let you keep that relationship across speeds: an easier gear for slow technical riding, a harder one for fast wheelies on a ride-out. A single chainring with a wide cassette (1 × 10) keeps shifting to one lever on the right of the bar. The C100 V3 uses Shimano Deore 10-speed shifting; the C3 uses Shimano CUES 10-speed, Shimano’s current LINKGLIDE system designed for durability.

A single-speed drivetrain is lighter, simpler and cheaper to maintain, and most big-wheel BMX bikes still use one. You live with one ratio. A fixed-gear drivetrain, where the pedals always turn with the rear wheel, is a different riding and control experience altogether, not a variation of a freewheel. Choose deliberately.

Cranks and bottom bracket

Most adult bicycles use cranks of 165 to 175mm. Longer cranks give more leverage per pedal stroke but less clearance. The bottom bracket takes heavy, repeated loads in wheelie riding; the C100 V3 uses a Shimano Hollowtech II external-bearing bottom bracket.

Rear hub and wheels

The rear hub engages your pedalling. Its pawls, bearings and axle take far more punishment on a wheelie bike than on a commuter, because the rear wheel carries all the load. Look for sealed bearings, a strong axle and quick engagement: the number of engagement points decides how much free play there is before a pedal stroke drives the wheel. The C100 V3’s standard wheels use fully sealed hubs, a quick-release rear axle and a four-pawl freehub on double-wall 29-inch rims. Collective’s Hub 2 upgrade adds 120 engagement points and a 10mm through axle that takes pegs (chapter three).

Handlebar, stem and grips

Bar width, rise and sweep set your leverage and where your hands sit. The C100 V3 uses a 740mm butted alloy bar on a 50mm stem. The C3 uses a 31in-wide (787mm), 7in-rise (178mm) BMX-style bar. The C1 uses a 29in-wide, 8.5in-rise bar. If a bike almost fits, the cockpit is where to adjust it.

Saddle and seatpost

Expect to move the saddle often: low for wheelies, higher for the ride home. The C100 V3 uses a 27.2mm seatpost and a 31.8mm seat clamp.

Frame material

Heat-treated 6061-T6 aluminium, used on the C100 V3 and C3 frames and the X1, is light and stiff. Chromoly steel, used on the C3’s fork, is strong and compliant. High-tensile steel, used on many entry-level BMX frames including the C1, is heavier but inexpensive and tough. Compare materials as well as prices.

Several established brands now build bikes for wheelie riding. They have helped define the category, and some of their bikes will suit some riders better than ours. Here is how their bikes compare in October 2026.

What the comparison shows

Almost the whole market is built on big-wheel BMX architecture with a rigid fork. The C100 V3 is unusual in being a purpose-designed wheelie mountain bike with suspension, a mountain-bike cockpit and gears. Among BMX-style bikes, the category is moving from single-speed rim-brake designs towards gears and hydraulic discs: SE’s Fast Ripper, Mafia’s OW Bomma and Throne’s Goon Runner now share the specification ideas the C3 is built around. The differences that remain are in the details: whether hydraulics are fitted at both ends or only the rear, frame material, tyre volume, cockpit, and price.

Single-speed bikes remain a legitimate choice. They are lighter and simpler, and some riders prefer them. If you compare a geared Collective with a single-speed alternative, compare the riding you will do, not the number of gears.