REVOLT ENGINE : Performance is built, not improvised.

High-performance electric scooter preparation, diagnostics, electronics and custom parts. An independent project born in the south of Réunion Island.

Technical blueprint of a high-performance electric scooter: hub motors, controllers, battery, braking, suspension and custom footrest
Based in
Southern Réunion Island
Specialty
High-performance electric scooters
Design
Fusion 360
Team
Esteban et Kelyan

Understand before making changes.

REVOLT ENGINE was born from two shared passions: riding, and understanding what happens beneath the deck.

We are Esteban and Kelyan, based in the south of Réunion Island. Scooter preparation, electronics, fault diagnosis and part design in Fusion 360: we learn, test and document every project. Our main playground is high-performance electric scooters, but our identity remains independent.

  • Independent. No brand dictates our choices.
  • Methodical. We measure, document and verify.
  • Tested on the road. The track has the final say.
Meet the team

Two journeys, one shared passion

Meet the people behind REVOLT ENGINE, their specialties and the scooters that have shaped their journeys.

Meet the team
Technical diagram of the Dualtron Thunder 3

Electronics, preparation and diagnostics

Esteban

I enjoy understanding how a machine works, finding what can be improved and turning an idea into something tangible.

Current scooterDualtron Thunder 3

View their journey
Technical diagram of the Dualtron Thunder 2

Riding, track work and testing

Kelyan

I ride, test and share what I experience on the ground. The track shows what really works once the scooter is moving.

Current scooterDualtron Thunder 2

View their journey

From idea to finished part

When the right part does not exist, we design it in Fusion 360, print it and test it on the scooter.

  1. The requirement

    It starts with a real-world need: discomfort, a part that is not available on the market or a track-related constraint.

  2. Measurements

    Dimensions, bolt spacing, thicknesses and clearances: we measure the scooter before drawing.

  3. The model

    Fully constrained sketches and a parametric model in Fusion 360, ready to adjust in seconds.

  4. The prototype

    3D-print an initial version to check the fit on the scooter.

  5. Testing

    Fitment, riding and feedback. We make adjustments and reprint until the design is validated.

Explore 3D design

Follow our work

Behind the scenes, scooter upgrades and test rides: follow our personal accounts and the official REVOLT ENGINE TikTok.

A project, a fault to diagnose, or an idea for a part?

Tell us about your scooter and what you need. We review every enquiry and give you an honest answer about what we can do.