Engineering
Principles
Applied to scale
performance

Our models are developed as coherent mechanical systems, combining structural integrity, drivetrain efficiency and carefully considered material selection.

Each platform is designed to deliver predictable performance characteristics while maintaining long-term durability.

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Platform Architecture

Rally Platform

Engineered for Dynamic Surfaces

Built to perform on uneven and constantly changing surfaces. Durable, resilient and predictable.

Increased suspension articulation
Reinforced structural elements
Stable power delivery
Predictable handling on variable terrain

GT Platform

Optimised for Precision Handling

Designed for precise handling and high-speed stability on consistent surfaces.

Reduced chassis flex
Stable suspension geometry
Consistent steering response
Refined handling precision

VS

Terrain

Gravel, dirt, mixed surfaces

Asphalt, smooth surfaces

Suspension Travel

Long travel for absorption

Shorter travel for precision

Ride Height

Higher for clearance

Lower for stability

Weight Distribution

Optimised for traction

Optimised for control

Handling Character

Stable in variable conditions

Precise and responsive

Engineering Philosophy

We approach each model as an integrated mechanical system. Component interaction, structural stability and drivetrain behaviour are considered collectively to achieve consistent performance and mechanical reliability over extended use.

Chassis Architecture

Structural Integrity and Stability

The chassis forms the foundation of each platform. Rigidity ensures predictable suspension behaviour and consistent drivetrain alignment. Balanced weight distribution and structural design deliver durability and long-term stability.

Drivetrain Engineering

Efficient Power Transmission

Drivetrain assemblies are engineered to transfer power with consistency and efficiency. Precision components reduce friction and ensure predictable response. Built with durable materials and the right setup for the right terrain.

Suspension Characteristics

Controlled Dynamic Behaviour

Suspension geometry is configured to support stability during acceleration, cornering and surface variation. Platform-specific tuning delivers behaviour appropriate to the environment and driving style.

Material Selection

Materials Supporting Structural Durability

Materials are chosen based on mechanical performance criteria including rigidity, wear resistance and dimensional stability. Each material contributes to consistent behaviour over time.

Precision Manufacturing

Dimensional Accuracy

High-precision manufacturing ensures tight tolerances and consistent component interaction. Accurate production reduces stress and maximises smooth operation. Consistency in every build.

Serviceability

Designed for Long-Term Use

Components and assemblies are designed for easy maintenance and replacement. This approach extends product lifespan and supports responsible resource use without compromising performance.

Performance Characteristics

Predictable Behaviour

Both platform architectures deliver controlled and consistent handling characteristics. Engineering decisions focus on stability, precision and reliability across all operating conditions.

Configurable Setups

Tailored to Your Needs

Adjust and fine-tune multiple parameters in our configurator to match your driving style and track conditions. Engineered flexibility for maximum performance.

Engineering FAQ

Why do you use carbon fibre in your models?

Carbon fibre offers an exceptional ratio of stiffness to weight, which improves chassis rigidity without adding unnecessary mass. This contributes to more predictable handling and consistent drivetrain alignment across both platforms.

What makes the Rally Platform different?

The Rally Platform is engineered with increased suspension travel and reinforced structural elements to handle uneven, changing surfaces. It prioritises durability and predictable behaviour over varied terrain.

Why is serviceability so important?

Components are designed for straightforward maintenance and replacement. This extends the lifespan of every model and supports long-term ownership without compromising performance.

How do you ensure consistent quality?

Every component is manufactured to tight dimensional tolerances. Consistent production processes ensure that each model behaves predictably and reliably, build after build.

Can I upgrade or modify my model?

Yes. Our configurator allows you to adjust multiple parameters to suit your driving style and track conditions, and our parts programme supports long-term upgrades and modifications.

Which platform is right for me?

It depends on where and how you intend to drive. The Rally Platform suits variable, uneven surfaces, while the GT Platform is optimised for precise handling on consistent, smooth terrain.