Carbon Composite Inline Speed Racing Skate

Capetos runs on a factory-direct supply model.

Products are engineered, manufactured, and issued without retail intermediaries.

This removes excess structure and prevents distortion between product intent and delivered outcome.

Material choice, process control, and production load define the final product state.

Nothing is added after the factory stage.

Capetos equipment is delivered directly to the user.

No narrative.

No inflation.

No compromise.

The Capetos X1 uses a low-volume inline race fit designed to stabilise the foot under lateral and forward load.

The shape prioritises control and positional accuracy, reducing movement inside the boot during acceleration and sustained speed. Intended for experienced inline speed skaters who require precision over comfort padding.

Carbon Composite ConstructionOne-piece carbon composite shell designed for high stiffness and efficient power transfer. The structure minimises energy loss under load while maintaining low overall weight.

Anatomical Race GeometryLow-volume anatomical last shaped for inline speed skating. The geometry stabilises the foot, reduces internal movement, and maintains positional accuracy during acceleration and sustained speed.

Structural StabilityRigid shell construction provides consistent lateral and forward stability, supporting controlled transitions and predictable handling at race intensity.

User LevelDeveloped for experienced and competitive inline speed skaters who prioritise precision, response, and control over comfort-focused features.

Fit AdjustmentHeat-moldable composite structure allows controlled fit adjustment to accommodate individual foot shape within the limits of the race geometry.

The Capetos X1 is a carbon composite inline speed skating boot developed with a focus on stiffness, control, and repeatable performance.

The shell uses a one-piece construction method to reduce structural weak points and maintain consistent response under load. Material selection prioritises rigidity and efficiency rather than flexibility or cushioning.

An epoxy-based composite system allows controlled heat molding to fine-tune fit while preserving shell integrity. The low-volume race geometry is designed to hold the foot in position during high-force skating, reducing movement and improving power transfer.

Closed-cell internal padding limits moisture absorption and maintains structural consistency over time. Anti-stretch materials are used to preserve fit and support through extended use.

The X1 is intended for competitive training and race environments where precision and responsiveness are required.

Inline use only.

• One-piece carbon composite shell• Heat-moldable epoxy resin construction• Low-volume anatomical race fit• Closed-cell padding to reduce moisture absorption• Anti-stretch materials for long-term fit stability• Designed for experienced inline speed skaters

FIT GEOMETRY