STEALTH TENAXâ„¢

Secure under load.
Free to move.

The foot peg engineered to resist unwanted boot movement without restricting deliberate repositioning.

Development updates. Beta opportunities. First-batch access.

Most aftermarket foot pegs treat control as a grip problem.

Stealth electric bike foot peg for Sur-Ron Light Bee

Sharper teeth.
Bigger platforms.
More aggressive styling.

But control under pressure depends on far more than grip alone.

It comes from:

  • Boot support and positioning.

  • Ease of foot repositioning.

  • Mud and debris clearance.

  • How rider loads travel through the peg.

  • Grip across different riding conditions.

  • Platform stability under pressure.

That’s what STEALTH TENAX™ is engineered to improve.

Every design decision has to earn its place.

Structure

Strength comes from defined load paths, not simply adding material.

Clearance

Open architecture helps clear mud and debris from the platform.

Grip

Grip where you need it, without restricting foot movement.

Weight

Material is only added where it contributes to performance.

Support

Every millimetre exists to support the rider under load.

Control

Bringing grip, support, movement and stability together.

STEALTH TENAXâ„¢

Engineered around rider control.

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

Structural Spine
Directs rider load into the mount.

Directional Grip Zones
Grip shaped around rider forces.

Debris Flow Channels
Open channels clear mud and debris.

Platform Geometry
Shaped for support and stability.

Progressive Tooth Profile
Grip without restricting movement.

Weight-Optimised Construction
Material only where it matters.

Performance Starts With Structure.

Typical aftermarket pegs

Grip-first approach

Flat platform

Generic tooth layout

Undefined load paths

Style-first design

STEALTH Tenaxâ„¢ pegs

Balanced control philosophy

Rider-focused platform

Directional grip zones

Structural spine

Function-led engineering

Designed from the load path up.

At the centre of the STEALTH TENAXâ„¢ peg is a structural spine, shaped around how rider forces travel through the platform and into the mount.

STEALTH foot peg central spine load path design

Boot → Spine → Body → Mount

Grip is not just sharper teeth.

STEALTH TENAXâ„¢ uses directional tooth zones shaped around acceleration, braking and standing control.

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

Black STEALTH TENAXâ„¢ electric dirt bike foot peg highlighting multi-height teeth, angled grip surfaces and optimised spacing.

Built to clear what gets in the way.

Open channels help clear mud and debris from the STEALTH TENAXâ„¢ platform, helping maintain contact between boot and peg.

Open debris channels on electric bike foot peg

Shaped to feel planted.

A subtle concave platform supports the rider’s boot for a more stable, connected feel underfoot.

The Concave platform supports riders boots.
Bike jump using Stealth Pegs

Built because nothing felt good enough.

After upgrading my 13-year-old son Charlie's Sur-Ron, we realised many aftermarket foot pegs looked aggressive but didn't feel genuinely engineered around the rider.

So instead of settling for what already existed, we started designing the peg we wished we could buy.

Every sketch, prototype and ride test has one purpose: improving rider confidence, control and connection with the bike.

This isn't about making another aftermarket part.

It's about building components riders genuinely trust.

Become part of the journey and get exclusive access before anyone else.

Development timeline.

Current phase: CAD refinement

Next milestone: Plastic prototype P1

Latest update 4th August 2026: We’ve just finalised the mounting geometry and are preparing the first plastic prototype.

A process timeline for product development with six steps: 1. Research & Definition, 2. Design & Engineering, 3. Prototype Builds, 4. Rider Testing & Validation, 5. Pre-Production Development, 6. Production & Launch. Each step includes specific tasks, represented by icons and labels.

STEALTH apparel.

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.

Shop the Collection

FAQs

  • Not yet. The first STEALTH Tenaxâ„¢ peg is currently in development.

  • The first STEALTH Tenaxâ„¢ peg is being developed for the Sur-Ron Light Bee platform and electric dirt bikes with similar riding demands.

  • Yes. Joining the STEALTH Insider Club is completely free and there is no obligation to purchase.

  • Waiting list members receive early development updates, launch information, prototype progress, and early access when the first STEALTH Tenaxâ„¢ peg becomes available.

  • Most pegs focus on appearance or aggressive tooth patterns alone.

    STEALTH Tenaxâ„¢ is engineered around the full rider-to-bike connection: structure, load path, platform support, grip zones, and debris management working together as one system.

    The goal is not just more bite. The goal is greater control and stability under load.

  • The first STEALTH Tenaxâ„¢foot peg is currently in development.

    Launch timing will depend on testing, refinement, and production readiness.

    Join the STEALTH insider club for updates as development progresses.

    Members will be the first to know!

  • A good foot peg is not just about sharper teeth.

    Real control comes from the entire contact point between rider and bike: platform support, load distribution, grip zones, structural stability, and debris management working together as one system.

    A peg should feel planted under pressure, stable through acceleration and braking, and predictable in difficult riding conditions.

  • Under load, rider force concentrates through the centre of the platform.

    Many pegs rely mainly on thickness, but thickness alone does not control how force moves through the body of the peg.

    STEALTH Tenaxâ„¢ is designed around structural support and load transfer to create a more stable and controlled feel beneath the rider.

  • STEALTH Tenaxâ„¢ is engineered around rider connection and support.

    The platform, structural spine, grip zones, tooth direction, and surface layout are all designed to work together to improve stability, control, and rider confidence during acceleration, braking, and aggressive riding.

  • Initially, STEALTH TENAXâ„¢ is being developed for Sur-Ron. Other bike platforms may follow based on rider interest and demand.

  • The current STEALTH Tenaxâ„¢ peg is still in development, with manufacturing methods being explored such as CNC and 3D printing alongside performance, strength, and rider feel.

    The focus is not on using a specific manufacturing process for marketing purposes, but on building the best possible performance part for the intended riding conditions.

  • Yes. STEALTH TENAXâ„¢ is being developed specifically for the Sur-Ron Light Bee, with other electric dirt bike platforms planned as STEALTH grows.