The Foot Peg Built Around Control

STEALTH™ is developing performance foot pegs for Sur-Ron Light Bee and electric dirt bike riders, engineered for grip, structure, rider feel, and control.

Early access for Sur-Ron Light Bee riders

Engineered to feel planted.

Stealth electric bike foot peg for Sur-Ron Light Bee

Designed for Sur-Ron Light Bee riders who want a more planted, stable feel underfoot when riding off-road.

Structural Spine

Helps distribute rider force through the Sur-Ron foot peg body and into the mount.

Directional Grip Zones

Tooth zones shaped for acceleration, braking, standing control, and electric dirt bike riding.

Debris Flow Channels

Open channels help clear mud and debris from the foot peg platform.

Most pegs solve the wrong problem.

Cross section of the STEALTH Sur-Ron foot peg showing the central structural spine, open debris channels, grip teeth and rear mounting bracket.

Grip is usually treated as a tooth problem.

Sharper teeth.
More bite.
More aggression.

But control does not come from teeth alone.

It comes from the whole contact point between rider and bike: platform, load path, grip zones, and support under pressure.

That’s why STEALTH™ is being developed as a performance Sur-Ron Light Bee foot peg, not just another aggressive-looking upgrade.

The difference is structure.

Other pegs

Bite-focused design

Flat platform

Generic layout

Surface-level structure

Style-led design

STEALTH™ pegs

Subtle concave platform

Raised central spine

Directional grip zones

Integrated load path

Engineered to feel planted

A performance foot peg designed around rider support, load distribution, and stability under pressure.

Designed from the load path up.

At the centre of the STEALTH™ peg is a raised structural spine.

STEALTH foot peg central spine load path design

Boot → Spine → Body → Mount

Distributes rider force through the peg body and into the mount.

Grip is not just sharper teeth.

STEALTH™ uses directional tooth zones designed around acceleration, braking, standing stability, and debris flow.

Real grip comes from the way the teeth, platform, spacing, and support work together.

Directional tooth zones on STEALTH performance foot peg

Built to clear what gets in the way.

Open channels help clear mud and debris from the foot peg platform, maintaining consistent grip underfoot.

Open debris channels on electric bike foot peg

Engineered to feel planted.

A subtle concave platform helps support the rider’s boot and create a more stable feel underfoot.

Concave platform support on Stealth foot Peg

Built because nothing felt good enough.

STEALTH™ started after upgrading my son’s Sur-Ron and feeling disappointed by the parts available.

Some looked aggressive.
Some looked stronger.

But they did not feel as solid, planted, or considered as we expected.

So I started designing the peg we believed should exist. Engineered around structure, grip, rider feel, and control.

Built for real riders.

This is the first part in the STEALTH™ range.

Bike jump using Stealth Pegs

From concept to first batch.

CAD design of STEALTH™ foot peg

CAD development
Turning the concept into a manufacturable 3D model.

Stealth foot peg on Sur-Ron Light Bee

Prototype testing
Fit, strength, grip feel, and rider feedback.

Stealth electric bike foot peg

First batch
Limited early access release.

Follow the build.

The first STEALTH™ foot peg is currently moving through CAD development and prototype preparation before testing and production.

Every angle, surface, and structural decision is being refined with performance in mind.

The first product is only the beginning.

Join the waiting list for development updates, prototype progress, and early access to the first batch.

STEALTH™ apparel.

STEALTH™ apparel is more than just clothing.

Every purchase helps support the development of future STEALTH™ products, from prototype testing and design refinement to bringing new performance parts to market.

Whether you're a rider, builder, or simply backing the journey, you're becoming part of the community helping turn ideas into reality.

Thank you for supporting the build.

FAQs