Slightly heavier than carbon, but still lighter than steel.

Provides natural cushioning that reduces vibration and increases comfort.

Despite its slightly higher weight, it impresses with a balanced driving experience and high driving stability.

Very light and extremely stiff, making it ideal for road bikes and competitions.

The stiffness ensures direct power transmission, but can also offer less comfort.

Frame geometry and carbon layers can be specifically optimized to control stiffness and flex in specific areas.

Natural damping properties ensure a very comfortable ride – perfect for long distances and uneven terrain.

Feels smoother and reduces fatigue as it absorbs small vibrations better.

Through targeted fiber alignment, carbon frames can offer comfort, but usually remain optimized for stiffness.

The hardness of the frame can be noticeable, especially on bad roads or long distances.

100% recyclable and can be reused without loss of quality.

Thanks to its longevity, less material is wasted and produced.

The production of carbon is energy-intensive and environmentally harmful.

Recycling carbon is very difficult, and damaged frames often end up in the trash.

Virtually maintenance-free – no corrosion or material fatigue.

Scratches or small dents do not affect stability.

No special care or protective coating required.

More sensitive to damage, requires regular inspections.

Repairs are possible, but expensive and often not economical.

Special torque wrenches are necessary to avoid damage caused by overtightening screws.

Higher acquisition costs because processing is more complex.

More exclusive, as fewer brands offer titanium frames.

A long-term investment, as titanium frames can last a lifetime.

High-quality carbon frames can be very expensive, but there are also affordable models.

Large selection of manufacturers and models as carbon is widely used.