Sleek matte back electric sports car with aggressive carbon fiber splitter parked on an asphalt track at sunset

Carbon Fiber for the
Electric Age

The silence of electric torque meets the raw aggression of woven carbon. Unlock theoretical range limits and aerodynamic supremacy with DuneCarb's definitive guide to next-gen lightweighting.

Analyze The Performance

The Engineering Imperative

Why carbon fiber is not just cosmetic for the modern EV platform.

The Mass Problem

EV batteries are heavy. A typical 100kWh pack adds massive curb weight, dulling cornering response. The Solution: Aggressive lightweighting via dry carbon hoods, trunks, and doors sheds critical mass, restoring agility and reducing tire wear.

Drag vs. Range

At highway speeds, aerodynamic drag is the primary enemy of range. The Solution: Wind-tunnel tested carbon diffusers and vortex generators smooth turbulent air, effectively 'stretching' the kWh capacity of your battery pack.

The "Generic" Trap

Efficiency often dictates a uniform, "soap bar" aesthetic in stock EVs. The Solution: Exposed weave carbon fiber introduces a necessary brutality and technical sophistication, separating your build from the ride-sharing fleet.

Latest Intel

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Close up of aerodynamic carbon fiber front lip on a Tesla Model 3
Review
Unplugged Performance Ascension-R Aero

Does this front lip actually add downforce, or is it just drag? We took it to the wind tunnel to find out.

Read Review →
Wide shot of a modified Porsche Taycan in a garage setting
Build Showcase
The 1,100 HP Taycan Turbo S 'Blackout'

When stock German engineering isn't enough: A full Weissach-style carbon overhaul.

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Hands installing a carbon fiber mirror cap on a Kia EV6
Tech Guide
DIY: Kia EV6 GT Carbon Mirror Retrofit

A step-by-step guide to removing the stock housings without breaking the clips.

Start Guide →
Abstract visualization of solid state battery cells and carbon structure
Editorial
Solid-State Batteries: The End of Heavy?

How the next generation of power cells will change the carbon fiber market forever.

Read Editorial →
Side profile of Project Silent Apex Tesla Model S Plaid with widebody carbon kit
Project "Silent Apex" by DuneCarb Labs
FEATURED PROJECT

Project: Silent Apex

We took a Tesla Model S Plaid and asked a simple question: What happens when you remove the luxury dampening and replace it with aerospace-grade pre-preg carbon?

The result is a track weapon that defies physics. By replacing the hood, trunk, fenders, and interior door cards with structural carbon, we shaved valuable seconds off the lap time at Inde Motorsports Ranch.

-80kg Mass Reduction
+5% Aero Efficiency
14 New Carbon Parts
View Full Build Spec