Skip to main content
MaterialsStoriesBrandsEventsBooksTalksChannels
← Stories
Bio-based & Living MaterialsNew MakingSmart & Responsive

The Sustainable Composite Car Racing Team

News · Story by MaterialDistrict · 17 Dec 2015 · 2 min read

The CQS Group Racing Team is a student project by Industrial Engineering students from the University of Leuven. The goal of the project is to build a sustainable car for a sustainable future. One of the key subjects of the design of the car is the choice of materials, in which weight, as well as the properties of the material, have a big influence on the impact of the car on its environment.

Parts of the body of the car are manufactured from a biodegradable composite, made from flax fibres. Flax fibre composites offer specific mechanical properties, comparable to the properties of glass fibre composites. Other advantages of these composites are the low cost. The downside that has been found to be the increased weight in comparison with other composites frequently used in cars or racecars, such as glass fibre or carbon fibre composites. But of course the biggest advantage of the flax fibre materials or other biodegradable composites is that these materials are nearly climate neutral materials, meaning that its impact on climate change is negligible. The combination of the flax fibres with a bio resin completes its biodegradable properties.

Besides being a sustainable material, the processing in comparison to other glass fibre or carbon fibre materials is also a big bonus, in which no safety risks are present. The parts of the body are vacuum injection moulded to make it as lightweight as possible. A surplus of this composite is the sound insulation properties, which make it a good alternative material to be used for the production of the hood, which will lower the sound pollution produced by cars.

In today’s mobile industry, flax fibre materials already conceal parts in the car. The team hopes to show that these parts can be used for other body parts, which might become the future.

MDMaterialDistrict17 Dec 2015 · 2 min read
Enjoyed this story?Make MaterialDistrict a preferred source — see our stories first in Google.
Make MaterialDistrict your preferred source
Latest materials
  • Mush Surfaces – Bio-Lithic EditionMush Composites
  • ‘Carbon Capture’ tilesStudio Jesper Eriksson
  • OBRO – Leather-Infused Translucent PVC CompositeOkunote
All materials →

Follow the Transition

Choose your topics and stay updated on the innovations shaping a sustainable built environment.

Email updates:
Unlock all articles
Read every in-depth story

Insiders read every in-depth article, get quarterly trend reports and 1 free event entry per year.

Become an Insider — €10/mo

Related

  • ArticleInnovation Lab Stage Lecture Programme at METS 2015
  • ArticleTU/e Students Develop Sustainable Car: An Innovation in Material Reusability
  • ArticleComposite airless car tires in five years
  • ArticleInnovative Paper-Aluminium Composite for Sustainable Packaging
  • ArticleThe Warp Pavilion: Bridging Tradition and Innovation with Sustainable Wood Composite Design
  • ArticleThis solar car sails on the wind
MaterialDistrict
The leading platform for innovative and sustainable materials — for architects, designers and manufacturers.

Choose your topics and stay updated on the innovations shaping a sustainable built environment.

Discover
MaterialsStoriesEventsTalksBooksBrands
For specifiers
Create free accountInsider membershipCompare materialsBoardsInsider insights
For manufacturers
List your materialsBrand profileReach 80,000+ specifiersSample requestsInnovation Fund
Company
About MaterialDistrictOur missionFrequently asked questionsContact
Contact
info@materialdistrict.com+31 (0)20 71 30 650
MaterialDistrict B.V.
Amsterdamsestraatweg 43-A2
NL-1411 AX Naarden
The Netherlands
Company Number 60837802
VAT Number NL854081732B01
LinkedInInstagramX
© 1998 – 2026 MaterialDistrictAdd MaterialDistrict to Google
Privacy policyAccessibilityCookiesTerms of use