Most people picture motorsport when they think of carbon. Formula 1 cars, supercars and racing motorcycles have relied on the material for decades. The reason is less its striking look than its exceptional material properties: carbon is extremely light and very strong at the same time.
That combination is exactly what makes carbon interesting for an off-road camper.
What Is Carbon, Exactly?
Carbon, or more precisely carbon fibre, is made from carbon-rich raw materials that are converted into almost pure carbon through specialised chemical processes. The individual fibres are only about 5 to 9 micrometres thick. A human hair, at around 50 micrometres, is roughly ten times thicker.
Thousands of these fine filaments are bundled into what are known as rovings and then processed into fabrics or other textile semi-finished products. Only in combination with resin does this become the fibre composite we know as carbon.
Its greatest strength lies in its exceptionally high stiffness combined with low weight. That is why carbon has been used for many years not only in motorsport, but also in aerospace, aircraft construction and high-end bicycles.
Less Weight, More Off-Road Capability
Vehicle weight plays a decisive role off road in particular. Every kilogram saved improves handling, increases the available payload and lowers the centre of gravity.
Why weight matters so much off road is something we cover in Why Weight Is Decisive Off Road.
For that reason we use carbon wherever lightweight construction offers a real benefit.
Among other things, that includes our exposed-carbon bonnet and the rear extensions. The sliding door and our in-house rear door system are made from carbon too. They reduce vehicle weight and at the same time give VANYX its characteristic carbon look, which has stood for modern lightweight engineering for years.
Why Carbon Sandwich?
Many VANYX components are deliberately built as carbon or carbon sandwich constructions.
Among them are the high roof developed together with the Fraunhofer Institute and our in-house rear door system. Both reduce vehicle weight without compromising on stability or everyday usability.
Carbon on its own already offers an excellent weight-to-strength ratio. A carbon sandwich construction goes one step further.
Two carbon face layers are bonded to a particularly light core material. Much like a sandwich, this produces a component that is considerably stiffer than a solid carbon panel without becoming significantly heavier.
Alongside the high stability, this construction also improves thermal and acoustic insulation. The result is components that are not only lighter but also raise living comfort, an important advantage for a camper used across very different climates.
Carbon or Carbon Kevlar, What Is the Difference?
Alongside pure carbon, we also use carbon Kevlar in especially exposed places.
Carbon convinces above all through its high stiffness and low weight. Kevlar, or more precisely aramid fibre, adds exceptionally high impact and abrasion resistance to those properties. That is why Kevlar is used in protective helmets, motorsport components and ballistic protection systems, among other things.
A further advantage shows under extreme conditions: aramid fibres char when exposed to flame rather than melting. Combining carbon and Kevlar produces a material that is light, stiff and at the same time particularly resistant to stone chips, abrasion and hard impacts.
So we use carbon Kevlar wherever sensitive technology needs particular protection, for example on the underbody guard. That keeps water and supply systems reliably protected on gravel tracks, forest roads or rocky ground.
Engineering and Design Do Not Have to Exclude Each Other
For all its functional advantages, carbon has an aesthetic of its own.
Its visible fibre structure has been familiar from automotive design for years and stands for lightweight construction and precision. That is why we also use carbon deliberately as a design element in some places.
The exposed-carbon bonnet and the rear extensions combine technical function with a clear design language. They show that lightweight construction does not have to be hidden, but can be part of the whole vehicle concept.
Material Follows Function
Carbon is therefore far more than a design feature for us.
Visible carbon structure is of course one of the most distinctive design elements in the automotive industry today. The actual reason for using it, however, lies in its function.
Less weight improves handling, increases off-road capability and creates more reserves for payload. Carbon sandwich constructions combine lightweight construction with high stiffness and better insulation. Carbon Kevlar protects sensitive components where the terrain puts them under the greatest strain.
In the end, every carbon component in the VANYX Core follows the same principle as the vehicle as a whole: it is not used because it looks spectacular, but because it makes travelling away from paved roads lighter, tougher and more reliable.
Where to Go from Here
- Looking for carbon components for your vehicle? In the shop you'll find our carbon bonnets and carbon rear extensions.
- Not sure which component makes sense for you? Write to us via the contact form. We'll get back to you with a recommendation that fits your vehicle.
- More on materials and construction in the Materials & Technology category.
