Oquo
Oquo MC32 LTD Wheelset
Oquo MC32 LTD Wheelset
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SKU:O2400001
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MC32 LTD : Top-Tier Carbon Enduro Control
OQUO MC32 LTD – Race-Ready Carbon Strength
The MC32 LTD is OQUO’s strongest and most advanced carbon enduro wheelset, engineered to deliver maximum confidence on the most demanding stages. The rim uses OQUO’s Enduro Carbon Tune, optimised to absorb violent impacts while maintaining exceptional stiffness for precise handling at speed.
Paired with the new OQUO LTD hub, featuring DT Swiss’ bombproof DEG freehub, the MC32 LTD combines ultra-low 5° engagement with exceptional durability. Every component is built for riders who hit harder lines, brake later and expect wheels to last season after season.
Enduro-Tuned Carbon Rims
A 30 mm front and 32 mm rear profile balance compliance and strength, ensuring predictable tracking on roots, rocks and blown-out corners. The hookless bead improves tyre support and significantly reduces pinch-flat risk when running aggressive pressures.
OQUO LTD DEG Hub System
The LTD hub’s DT Swiss DEG internals offer rapid engagement and exceptional reliability under the heaviest loads. Reinforced internals and OQUO-designed shell geometry create a lighter, stronger platform for high-intensity riding.
Built for Precision & Reliability
SAPIM D-Light and Sprint spokes optimise stiffness and fatigue resistance, while rear-specific spoke counts deliver the toughness required for racing. For enduro riders demanding the lightest carbon wheel that can take serious abuse, the MC32 LTD is the pinnacle.
OQUO Mountain Control – Enduro Strength, Downhill Confidence
The OQUO Mountain Control line is built for riders who push harder, ride rougher and expect absolute reliability on every descent. Designed around Enduro and aggressive trail riding, every MC wheel blends impact-resistant rims, tuned spoke configurations and hub systems engineered for maximum control at race pace.
Front and rear-specific rim profiles deliver the exact feel required at each wheel, while wide internal widths and hookless designs improve tyre support and reduce pinch-flats when the terrain fights back. Whether you choose lightweight carbon or resilient aluminium, Mountain Control wheels are made to track straight, hold speed and survive the hits, no excuses, no matter how rough, no matter how fast.

Enduro Carbon Tune
Oquo tuned the carbon layup using shorter aligned fibres, giving a wheel that is 40% stronger in our tests. Ideal for the most aggressive riders on the roughest tracks
Front and Rear Specific
Each wheel has a different job to do and experiences different forces. OQUO wheels use front and rear specific designs, that means considering rim profiles, spokes and build specifications carefully to maximise performance. It is more work but the benifits are clear.
Secure Nipple Lock
We apply a custom threadlock liquid to each nipple individually. This liquid creates increased friction between the threaded part of the spoke and the nipple, eliminating the air between them, ensuring that the spokes don't lose tension, whilst allowing adjustments if needed.
Asymmetric Carbon Rims
Asymmetric rims allow us to make a more triangular shape with the spokes from each side of the rim, balancing the spoke lengths and tensions. This means each spoke takes an equal amount of strain. In short, asymmetric rims mean fewer spoke sizes, more balanced tensions, and stronger, more reliable wheels.
Hookless Rims
Hookless rims have straight sidewalls, rather than a hooked design. The main advantage is that they are lighter however with our Wide Bead design we have also measured a significant improvement in impact resistance.
Reinforced Spoke Beds
There is more stress on a rim where the spokes exert tension. Reinforcing these areas increases the reliability of the rim without adding excessive weight.
Pinch Protection
On tubeless wheels, punctures happen when the tire is pinched between an external object and the edge of the rim. Increasing the width of the rim profile in these points greatly reduces the likelihood of these punctures.
Angled Spoke Holes
Matching the angle of the spoke hole to the angle that the spoke leaves the rim at means that we can greatly reduce the stress at the spoke head. Implementing this technology requires added design and manufacturing work but the result is a far more reliable wheel with less chance of breaking spokes.