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Sillín en fibra de carbono dentro de la bolsa de vacío. Para mayor información, visita: www.carbonlabstore.com

Sillín en fibra de carbono dentro de la bolsa de vacío. Para mayor información, visita: www.carbonlabstore.com

Desmolde del sillín manufacturado en fibra de carbono. Para mayor información, visita: www.carbonlabstore.com

Desmolde del sillín manufacturado en fibra de carbono. Para mayor información, visita: www.carbonlabstore.com

"The battery powered CarGo’s innovative design allows the operator or driver to quickly adapt the vehicle to suit both traffic conditions and load volume/type. The CarGo has one seat and provides three standard configurations; compact mode, narrow mode with banking corner action and pick-up truck mode for larger payloads."

"The battery powered CarGo’s innovative design allows the operator or driver to quickly adapt the vehicle to suit both traffic conditions and load volume/type. The CarGo has one seat and provides three standard configurations; compact mode, narrow mode with banking corner action and pick-up truck mode for larger payloads."

Sillín de bicicleta en fibra de carbono reforzado manufacturado por el proceso de vacío. Para mayor información, visita: www.carbonlabstore.com

Sillín de bicicleta en fibra de carbono reforzado manufacturado por el proceso de vacío. Para mayor información, visita: www.carbonlabstore.com

Tejido de fibra de carbono impregnado con resina epóxica en el molde. Para mayor información, visita: www.carbonlabstore.com

Tejido de fibra de carbono impregnado con resina epóxica en el molde. Para mayor información, visita: www.carbonlabstore.com

Corte a medida de los tejidos de fibra de carbono para la fabricación se sillín. Para mayor información, visita: www.carbonlabstore.com

Corte a medida de los tejidos de fibra de carbono para la fabricación se sillín. Para mayor información, visita: www.carbonlabstore.com

Bicicleta,Bicycle

This bicycle tire design features a wheel that’s split into multiple identical pieces with the spokes being designed specifically for shock absorption. Upon encountering an obstacle, the spokes just simply bend inward, allowing the tire to deform in the shape of the obstacle, and the bike to ride right across like cutting through air. The same would work for potholes. If and when a wheel gets damaged, just simply replace the damaged components rather than the entire wheel itself!

This bicycle tire design features a wheel that’s split into multiple identical pieces with the spokes being designed specifically for shock absorption. Upon encountering an obstacle, the spokes just simply bend inward, allowing the tire to deform in the shape of the obstacle, and the bike to ride right across like cutting through air. The same would work for potholes. If and when a wheel gets damaged, just simply replace the damaged components rather than the entire wheel itself!

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