Perma Padel, a Danish startup, partnered with Prototal to develop a proof of concept for a more sustainable paddel racket. Using Industrial 3D Printing, the collaboration enabled rapid prototyping, design validation, and performance testing — supporting Perma Padel’s goal of reducing waste and CO₂ impact in paddel equipment.
The Challenge: Non-Reusable Paddel Rackets
Unlike tennis rackets — where strings can be replaced — paddel rackets are traditionally sealed products. Once damaged, they cannot be repaired or reused, resulting in:
- High material waste
- Limited product lifespan
- A significant CO₂ footprint
Perma Padel set out to redesign the paddel racket with reusability and sustainability at its core — without compromising performance or durability.
“We aim to redesign the padel racket to make it reusable. Current rackets cannot be reused in any way and unfortunately have a very high CO₂ footprint.”
– Mikkel K. Jacobsen, CEO, Perma Padel
Results: From Concept to Market Readiness
With support from the Prototal facility in Denmark, Perma Padel successfully:
- Produced a validated proof of concept using Industrial 3D Printing
- Gained insight into future production strategies and scalability
- Reduced development time through rapid prototyping and expert guidance
Fast delivery and early manufacturing input have positioned Perma Padel to move confidently toward the next development phase.
This collaboration shows how Industrial 3D Printing can support sustainable product development — especially in early-stage innovation where flexibility, speed, and design freedom are essential.
By combining Perma Padel’s sustainability-driven vision with Prototal’s Industrial 3D Printing expertise, the project lays the foundation for a new generation of paddel equipment designed for reuse and reduced environmental impact.
