Bookings are open again starting in November.
A precise foot fit.
Say goodbye to tape on your shoes. We measure your feet to get an accurate size and then verify pronation, supination or neutral stance. This helps determine if you require foot stabilization technology such as wedges or insoles. We then set up your cleats on your existing shoes or a new pair purchased at your fit. If you purchase new shoes after your visit, just bring us your sweet new kicks and we can lock and load your cleats into their position quickly. No guessing, no markers, no discomfort.
The right arch support equals better stability.
Pedalling puts different stress on your feet than walking, so it needs a customized solution. Designed specifically for cycling, our idmatch footbeds ensure your feet are properly supported by giving you unparalleled comfort and optimal performance while riding. The expertly designed exoskeleton supports your feet throughout the pedal stroke while allowing them to flex and move naturally - providing complete support.
Fallen arch:
The natural shape of your arch is limited and results in increased contact between your foot and sole of the shoe.
Medium arch:
The most common type of foot, they have correct distribution between the arch and sole.
Hollow arch:
Pronounced arches that are higher and shorter than other arches. The foot is functionally more reactive but can become stiff under load.
O2C Cycling:
These shoes are engineered around human biomechanics, not tradition or fashion. Every element is designed to stabalise the foot, maintain natural alignment, and reduce wasted movement under load.
Heel Cup Design
Anatomically shaped to cradle the calcaneus and reduce lateral movement.
Anatomical Last
A true last shaped to natural foot biomechanics for balanced pressure.
Midfoot Stability
Targeted reinforcement controls pronation and rotational movement.
Toe Box Shaping
Follows the natural metatarsal parabola for functional toe splay.
Arch Support System
Dual medial & transverse support maintains neutral
alignment.
Sole Stiffness & Layup
Engineered carbon layup for stiffness-to-weight performance.
