Unlock Hidden Speed: Why MTB Cleats Could Be Your Secret Weapon on the Trails
When you hear “cleats” in cycling, many riders think first of road cycling systems. But for the off-road crowd, MTB (mountain-bike) cleats are a critical component in the system that lets you clip into pedals, push harder, and maintain stability on rough terrain. If you’re thinking of going clipless or upgrading your cleats, this guide walks through everything you need to know about “all MTB cleats.”
What Are MTB Cleats & Why Use Them?
A “cleat” is the small metal or composite piece fixed under a cycling shoe that engages with a corresponding clip mechanism in a pedal. When the cleat and pedal interface, your foot is securely attached to the pedal, allowing power transfer not just on the downward stroke, but also during “lifting” or pulling phases of pedalling. This is one of the main advantages of using clipless systems (ironically named, since you clip in).
On MTB terrain, using cleats gives extra control: your foot doesn’t slip or bounce off, even when hitting rough technical sections. You can maintain a consistent foot position, which aids in balance, cornering, and aggressive lines.
However, it’s not without downsides: clipping in and out takes practice; walking while clipped in is awkward (though many MTB cleat/shoe combos are designed to mitigate that); and in very technical or downhill settings, some riders prefer flat pedals for freedom of movement.
Key Types & Mechanisms of MTB Cleats
Although “MTB cleats” is a broad term, there are a few dominant systems and design decisions to understand.
SPD / SPD-MTB (2-bolt)
This is the most common system in mountain biking. SPD stands for Shimano Pedalling Dynamics. The cleats have a 2-bolt mounting pattern that fits into dedicated recesses on MTB shoes, which allows walkability (because the cleat sits inward, not protruding too far).
Key advantages:
- Good balance of secure engagement and ease of release.
- Shoes can include a treaded sole around the cleat for walking.
- Widely supported — many pedals, parts, and spare cleats available.
There are variants with different “float” (i.e. how much lateral movement the cleat allows before release) and release angles.
Alternative / Speciality Systems
While SPD systems dominate for MTB, there are some alternative or hybrid designs worth noting:
- Crank Brothers “Eggbeater” style: A four-wing central mechanism where the cleat engages in multiple orientations. It’s praised for easy mud shedding and multi-angle entry. The cleats are often brass and wear faster.
- HT, Time, etc.: Some manufacturers offer their own clip mechanisms with their own cleat types, float options, and engagement feels.
- Newer Shimano update: In 2025, Shimano introduced a new SPD cleat design (the CL-MT001) featuring “multi-entry engagement” — meaning it allows front-first, rear-first, or straight-on entry — intended to make clipping in easier, especially under technical conditions.
These speciality or brand-specific systems can offer distinct riding feelings or benefits (such as more float, lower stack height, or better mud clearance), but the tradeoff is that they may be less interoperable or more niche.
What to Look for When Choosing MTB Cleats
When selecting or upgrading your MTB cleats, consider these factors:
1. Float & Release Angle
Float is the degree of lateral or angular play allowed by the cleat before it locks in or releases. Some riders prefer minimal float (a more fixed feel), others like some freedom to let the knee twist slightly. Also, release angle (how sharply you must twist your foot to unclip) matters in emergent situations. Many systems offer adjustable or different models to tailor the feel.
2. Durability & Material
Cleats may be made from steel, brass, or composite materials. Steel tends to be more durable; brass is softer (wears faster) but easier to engage sometimes (as with Crank Brothers). Also consider how well the cleat sheds mud — critical in wet, muddy rides — because clogged cleats lose reliable engagement.
3. Compatibility & Interoperability
Your cleats must match both your shoes (the bolt pattern) and your pedals (the retention mechanism). Using an incompatible cleat may lead to poor engagement or risk of release. Also, parts availability matters — a more common cleat type means less trouble finding replacements in remote areas.
4. Walkability
Because many routes include short walking segments (e.g. hike-a-bikes, pushing through rough terrain), cleats that sit flush or are recessed are more comfortable. MTB shoes usually have more tread around the cleats to help with grip when walking.
5. Ease of Entry / Multi-Entry
Especially useful for on-trail emergencies, being able to clip in from different angles helps. Shimano’s newer CL-MT001 cleat is a step in that direction.
How to Fit & Maintain MTB Cleats
Fitting Tips
- Fore/aft position: Place the cleat under the ball of your foot (approximate alignment). Adjust slightly forward or backwards to fine-tune.
- Lateral alignment: Try to centre the cleat so your foot is aligned with the crank arm, avoiding knee discomfort.
- Float setting: Start with more float / looser release; as confidence grows, you can reduce float or tighten tension.
- Practice: Clip/unclip in a safe environment before hitting technical terrain.
Maintenance
- Check bolt torque: Cleat bolts have a tendency to work loose, especially with vibration. Retighten periodically.
- Inspect for wear: Cleats can wear over time — grooves flatten, edges round. Replace before failure.
- Clean paths: Mud, grit, or debris in the cleat-pedal interface impedes performance — keep them clean.
- Spare cleats: Carry a spare cleat or two to the trails — a cleat failure can ruin your ride.
When Not to Use MTB Cleats & Alternatives
Despite the advantages, there are situations or preferences where flat pedals remain preferable:
- Very technical or downhill trails where quick foot adjustment or emergency dismounts are common.
- For riders prioritising free movement and bike control over power coupling.
- When riding with others who frequently hop on/off or when sharing bikes.
Some riders adopt a hybrid approach: flat pedals for more aggressive days, clipless for cross-country or endurance rides.
Trends & Innovations in MTB Cleats
- As noted earlier, Shimano’s new CL-MT001 cleat introduces multi-entry engagement, a major update to SPD in 30 years.
- Manufacturers increasingly design better mud-shedding, easier entry, and modular float systems.
- Some shoes are integrating “cleat pontoon” systems to stabilise side-to-side motion between the shoe and the pedal (mentioned in the context of the new Shimano gravel / off-road shoes).
- Move toward expanding compatibility and standardisation: pedals and cleats that allow engagement from multiple directions, adjustable float, and better part interchangeability.
Final Thoughts
MTB cleats might seem like a small, technical detail, but they are integral to how you connect with your bike. A good set of cleats — well chosen, properly fitted, and well maintained — can improve your power output, stability, safety, and confidence on the trail.
If you ride off-road, shifting to clipless with MTB cleats is a worthwhile upgrade. Just allow yourself a learning curve, carry spares, and periodically reassess your setup. And as cleat technology continues to evolve (as we see with Shimano’s 2025 innovations), staying informed can help you get the best performance and experience from your system.
If you found this guide helpful, you might also enjoy some of our other blogs exploring key gear choices and performance upgrades. From UNDERSTANDING ROAD CLEATS to MOUNTAINBIKE REBUILD and the latest trends in bike component tech, we dive deeper into the details that make every ride smoother and more efficient. Check them out to keep your setup — and your skills — evolving with the trail.
