Reviewed by ArmorKun Engineering Team
Now it's a matter of choice—Carbon Fiber vs Leather Steering Wheels. We take a look at materials engineering, the performance requirements, and aftermarket options to see how carbon fiber steering wheels are making inroads to become the choice of performance-oriented drivers.
Carbon wins attention. However, a carbon fiber steering wheel is not just a shiny weave design or an inside/out appearance. Focusing on aftermarket automotive components, we notice a greater evolution in a vehicle’s steering wheel’s function: the driver, tuner, and premium vehicle owner expect to see measurable changes in weight, grip, thermal stability, and customization, not just as a decoration.
In other words, is leather, too, on the verge of extinction? The answer is not a simple as it seems.
Leather steering wheels have long been a feature of luxury cars, providing comfort and craftsmanship while making them feel familiar and much more comfortable.The high end touch has been a feature on leaky steering wheels for some years and they provide warmth, craftsmanship and familiarity. However, the present performance cars are taking a different path of light-weight composite materials, high-tech polymers, motorsports materials etc. Carbon fibre is at the core of that shift.
The International Energy Agency says that vehicle manufacturers continue to invest in lightweight materials as a way of increasing the power and efficiency of the vehicles, especially as the increasing electrification adds weight pressure.
The steering wheel might be a minor piece, but it’s among the sole parts that the driver continuously handles.
That changes everything.
The steering wheel isn’t simply a disk rolled in cloth. It is a multi-layer engineered product made with structural materials, electronics, foam layers, heating elements, an air bag system and surface finishes.
What changes with carbon fiber is that it is composed of carbon filaments in a composite structure that can also be filled with resin. A typical carbon fibre composite can be stiffer than conventional materials like aluminum or poly materials for leather covers, per unit weight.
The material is leather, however, not a structural element.
That distinction matters.
The interior structure is typically a magnesium alloy or aluminum alloy or polyurethane and leather is used for tactile comfort and fitment. The carbon fibre lends itself to the actual structure.
The gap is particularly noticeable when used in high-performance applications.
Fuel efficiency is an important consideration for motorsport producers, which is why carbon composites have been extensively used as a way to decrease unnecessary weight, which will enhance vehicle response. This approach has been taken in aftermarket steering wheel enhancements of the following vehicles:
The trouble is that many suppliers make things too easy on the market.
Carbon fiber is not the best material, by itself.
A substandard carbon steering wheel with low-strength resin, failed to properly cure or finished inconsistently will have a poor performance compared to a high quality leather steering wheel.
Quality of material is all that matters.
There are some practical reasons why carbon fiber steering wheels are booming.
The steering wheel is an element of driver control interface. If the difference in weight between each individual steering wheel is small, that doesn’t mean it’s not something that performance enthusiasts take time to do.
It is made with a light carbon fibre construction, which has a smaller rotational inertia and helps to create a steeper steering feel.
It’s more prominent in track vehicles where drivers appreciate quick feedback.
Leather has excellent tactile properties, but direct sunlight can heat dark leather surfaces significantly.
Carbon fiber composites generally maintain structural stability across wider temperature ranges. This makes carbon fiber attractive for vehicles exposed to aggressive driving environments.
However, the surface temperature depends heavily on coating, color, and UV protection treatment.
This is the emotional side of the purchase.
Drivers are not only buying performance. They are buying a connection to racing technology.
The visible carbon weave immediately communicates:
This explains why carbon fiber has expanded from race cars into luxury vehicles.
| Feature | Carbon Fiber Steering Wheel | Leather Steering Wheel |
|---|---|---|
| Main Advantage | Lightweight performance appearance | Premium comfort and traditional luxury feel |
| Material Structure | Carbon composite reinforced structure | Leather wrapped around internal frame |
| Weight Potential | Lower depending on construction | Usually heavier |
| Driving Feel | More motorsport-oriented | Softer and more comfortable |
| Heat Performance | High composite stability | Can become hot under sunlight |
| Customization Options | Carbon patterns, LED displays, paddle extensions | Leather color, stitching, perforation |
| Typical Users | Performance owners, tuners, collectors | Luxury drivers, daily commuters |
| Maintenance | Requires careful coating protection | Requires leather conditioning |
Many buyers assume carbon fiber is simply an expensive visual upgrade.
That is incomplete.
The manufacturing process involves:
A high grade custom carbon fiber steering wheel can be rejected anywhere from several hundred dollars to more than a thousand and a half dollars because of the features it may contain, how it is manufactured and whether it will fit into the vehicle.
While a leather replacement wheel is an economical choice, high end leather wheels can also be premium priced, complete with Nappa leather, Alcantara inserts, heating, and OEM electronics.
The pertinent question is not:
“Which material costs less?”
The better question is:
“Which material matches the driver’s expectations?”
The car sector has already been a long time committed to lightweight composite materials.
For instance, the BMW Group has made enormous investments in the development and use of carbon fiber in its cars, e.g. BMW i3 and BMW 7 Series carbon chassis parts. The company’s use of carbon composites in the early days proved their potential to enter consumer cars.
In the same way, both the aviation and motorsport industries have demonstrated benefits of using composite.Both the aviation and motorsport industries have shown benefits in using composite where stiffness, weight saving and durability are critical.
It’s not a trend where all leather parts are replaced.
It is about creating more performance-focused interiors.
The next generation of steering wheels will likely combine multiple technologies:
Modern steering wheels are becoming electronic command centers rather than simple mechanical controls.
Research from the National Highway Traffic Safety Administration shows how steering systems remain closely connected with vehicle safety technologies, driver interaction, and advanced vehicle controls.
The future steering wheel will probably not be 100% carbon fiber or 100% leather.
It will be hybrid.
The carbon fibre steering wheels are ultra light and stiff steering wheels, constructed to be utilized in performance vehicles and feature a lighter, stiffer and cleverly designed racer’s appearance than a leather encased steering wheel. Leafers are still the best for comfort, warmth and are the best option for those who want luxury while driving every day.
Carbon fiber steering wheels are great for vehicle lovers, who choose to customize their vehicle, enjoy straight-line racing, want to make their vehicle lighter, and want their interior to look nicer, and especially for those who want to install a custom steering wheel, especially sports steering wheels, such as the BMW M, Porsche GT, Mercedes-AMG and Audi RS.
This is because carbon fiber steering wheels don’t tend to warp, fade or change color like leather skins and can be expected to last for longer lengths of time and require maintenance from time to time.
If the aftermarket steering wheel fits on the platform, has an airbag and wiring harness and the multi-function controls etc. then a carbon fibre aftermarket wheel can be fitted in place of a leather wheel.
In high-end cars, the combination of carbon fiber and leather is used due to the complementary properties they bring: lightweight, performance, stylish and comfortable, with leather providing elegant, tactile finish and true luxury.
There’s no really winning or losing in the leather vs carbon fiber steering wheel debate, it’s merely a choice.
It’s all about knowing the reason behind buying the item.
Leather is traditional luxury.
Carbon fiber is the state of the art in performance engineering.
The aftermarket steering wheel is an option that vehicle owners, dealerships, and specialist steering wheel customization companies are looking at when they are trying to create the final result of their vehicle’s steering wheel, which depends on the materials, crafting techniques, electronics integration, and vehicle compatibility.
The steering wheel is the first object that drivers interact with.
The experience of the future is now becoming lighter, smarter and more personal.
Leo Wu
Industrial Design Manager
10+ Years in Automotive Steering Wheel Design
Expertise: carbon fiber, Nappa leather, OEM development, performance steering wheels
Over 10 years of experience in steering wheel development, premium materials and OEM manufacturing, Leo Wu is an automotive interior expert. Strictly cooperates with ArmorKun production teams, applies performance and focuses on steering wheel design and construction, leather processing and high-level function integration, in luxury cars and sports vehicles.
Get In Touch With Our Steering Wheel Engineer
Not sure which steering wheel fits your vehicle?
Our automotive engineers can help verify compatibility before production.
English English
German
French
Italian
Dutch
Russian
Polish
Spanish
Arabic
Japanese
Korean
