World premiere! The innovative RIDE-GREEN bike

World premiere! The innovative RIDE-GREEN bikePhoto: Wolfgang Watzke
World premiere! The innovative RIDE-GREEN mountain bike
The 3D-printed prototype frame from Canyon completes our maximally sustainable project mountain bike. Curtain up for the finale of the RIDE-GREEN campaign!

When we posed the question "Can we build a sustainable bike?" in BIKE 3/21 at the beginning of the year, it was unclear how the experiment would turn out. However, a number of manufacturers responded to our call and the idea of designing the most sustainable MTB possible slowly took shape. This was followed by a representative survey on how bikers view the topic of sustainability and a workshop with experts from the Cradle to Cradle NGOhow sustainability can look for the bicycle industry. Then it was time for the companies involved to implement the ideas. Together with our partners from the industry, we gradually introduced parts with the lowest possible environmental impact. Just in time for the series finale, Canyon's ready-to-ride prototype came out of the 3D printer. The exclusive frame bike PROJECT:ride green already gives an idea of what the bikes of the future could look like.

The bike PROJECT:ride green as a result of our RIDE-GREEN campaign in the video presentation.

The centrepiece - the 3D-printed frame from Canyon

The "bike PROJECT: ride green" frame was designed and developed at Canyon. It was printed by the Bremen-based company Materialise, which specialises in the contract manufacturing of 3D printed parts. Using the so-called selective laser melting method, a laser passes over a pool of aluminium powder and welds the powder precisely into hard metal. This technology gives developers absolute freedom of design, leaving room for new approaches. Our frame was produced from three parts in six hours each. Such long production times are currently not suitable for large-scale production of bikes. However, the technology is making rapid progress and, in addition to the individualisation of products, above all enables production close to the market. Two extremely important factors for the future.

We spoke to numerous manufacturers in order to realise a suspension fork for this project. However, the interaction of components made from a wide variety of materials makes the suspension fork an extremely complex product. The attempt to realise existing
concepts had little chance of success. The rigid fork used was also developed by Canyon.
Photo: Wolfgang Watzke

The prototype from the 3D printer represents the centrepiece of our attempt to build a sustainable bike. The innovative manufacturing process enables a completely new design language. This is what developer Johannes Thumm says about his two-kilo futuristic prototype:

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"We work on the evolution of bikes every day. But only rarely do we have the opportunity to rethink the mountain bike as fundamentally as we did with this project! It wasn't about new add-on parts or interfaces, but about the complete materiality and overall construction of the frame. The top priority was the recyclability and environmental compatibility of the materials and the principle of the material cycle without any loss of quality. But we went even further. In addition to the recyclability of the materials, we also wanted to reduce the amount of pure material and thus lower the frame weight. This would be a win-win situation and the customer would not only get a more sustainable product, but also a better one. We also looked for a new design option and found an unexpected number of new design possibilities. Because a sustainable, good product is naturally much better received if it also looks great!"
Johannes Thumm (35), Canyon engineer and multiple BIKE Transalp finisherPhoto: Wolfgang WatzkeJohannes Thumm (35), Canyon engineer and multiple BIKE Transalp finisher
Modern 3D printers can realise all conceivable shapes and wall thicknesses of just 0.6 millimetres. This enables extremely lightweight construction with absolute design freedom. Filigree lattice structures could lead to a further significant reduction in weight, even making frames of around 1000 grams possible.Photo: Canyon BicyclesModern 3D printers can realise all conceivable shapes and wall thicknesses of just 0.6 millimetres. This enables extremely lightweight construction with absolute design freedom. Filigree lattice structures could lead to a further significant reduction in weight, even making frames of around 1000 grams possible.Looking to the future: in order to exploit the full potential of 3D printing technology, the printed aluminium tubes would have to give way to a grid structure, as shown in this rendering. A covered skin would then provide the appropriate look.Photo: Canyon BicyclesLooking to the future: in order to exploit the full potential of 3D printing technology, the printed aluminium tubes would have to give way to a grid structure, as shown in this rendering. A covered skin would then provide the appropriate look.The prototype from the 3D printer represents the centrepiece of our attempt to build a mountain bike that is as sustainable as possible. However, the add-on parts of our project bike are also all based on the green idea.Photo: Georg GrieshaberThe prototype from the 3D printer represents the centrepiece of our attempt to build a mountain bike that is as sustainable as possible. However, the add-on parts of our project bike are also all based on the green idea.

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