- Latest news
- Database Update Crash Recovery System September 2024
- Number plate selection for Spain available in CRS
- New in the CRS: EOX (hydrogen) electric tractors
- Database Update Crash Recovery System August 2024
- App Update Crash Recovery System available
- Bliksund / Moditech and BYD intensify cooperation
- Also Italian number plates can be queried in CRS
- App Update Crash Recovery System available
- Database Update Crash Recovery System July 2024
- Now French number plates can also be queried in CRS!
- Latest news
- Database Update Crash Recovery System September 2024
- Number plate selection for Spain available in CRS
- New in the CRS: EOX (hydrogen) electric tractors
- Database Update Crash Recovery System August 2024
- App Update Crash Recovery System available
- Bliksund / Moditech and BYD intensify cooperation
- Also Italian number plates can be queried in CRS
- App Update Crash Recovery System available
- Database Update Crash Recovery System July 2024
- Now French number plates can also be queried in CRS!
Increasing use of carbon fibre by the vehicle industry
Where carbon fibre, often referred to as carbon, was used in the past mainly in racing cars and exotic supercars, it is now increasingly being used in cars for the general public. This is not surprising because carbon fibre is in many respects the ideal material for use in cars.
What exactly is carbon fibre?
Carbon fibre is a material consisting of extremely thin fibres of carbon. It is mainly used as reinforcement in synthetic resin to manufacture very strong and light composites. It is much lighter than steel, much stronger and does not rust.
Advantages of use
As mentioned, carbon fibre is much lighter than steel. Supercar manufacturers are therefore only too happy to use carbon fibre to save weight. For example, McLaren, Pagani and Koenigsegg use a carbon fibre monocoque for each model, with Ferrari even using four types of carbon fibre on the LeFerrari. Some supercars are also available as ‘Full Naked Carbon’, where the carbon fibre is visible throughout the entire car.
The weight savings is the reason why more and more electric vehicle manufacturers are applying carbon fibre in their products. Battery packs are very heavy, so weight reduction is more than welcome, thereby reducing energy consumption and increasing range. BMW was the first mass producer to use carbon fibre on a large scale in its i3 and i8 models. Carbon fibre ceramic brakes and a carbon fibre roof are now optional on a good number of other cars.
Dutch company Ebusco has developed a fully electric city bus made of carbon fibre. The use of carbon fibre means that the bus weighs less than a regular one and can cover a greater distance on the same amount of electricity. We expect to add the unique Ebusco 3.0 to the Crash Recovery System shortly.
Hazards for first responders
If a vehicle’s chassis (and/or body parts) consists of carbon fibre reinforced plastic, first responders need to bear this in mind when cutting it. Small splinters and vapour are released, which may be dangerous for occupants and first responders. Therefore, always use an FFP3 dust mask for protection.
Crash Recovery System – Know what’s inside, see what to do!