M1: Head-Impact Decelerating Steering System

The World’s First Self-Restoring Safety Steering Wheel

The MORSLI M1 is engineered for the unpredictable reality of a crash.

Unlike conventional aftermarket steering wheels that bend permanently or snap upon impact, the M1 incorporates a patented mechanical response system designed to decelerate head impact forces while instantly restoring its structure.

Designed specifically for vehicles without airbags, the M1 provides a continuous protective interface between the driver and steering column. Its segmented architecture allows the rim to yield under high impact forces, reducing peak energy transfer to the driver’s head and chest.

Crucially, the M1 uses a high-tension mechanical bias system that immediately returns the wheel to its original geometry. This enables the steering wheel to remain a functional safety barrier throughout multiple impacts within a single crash event.

The result is a steering wheel engineered not only for control and ergonomics, but for advanced impact protection.

Key Features

Mechanical Impact Deceleration
Engineered to reduce peak impact forces through controlled structural response.

Self-Restoring Safety Architecture
Instantly returns to its original shape to maintain protection during repeated impacts.

Optimized for Non-Airbag Vehicles
Ideal for classic, vintage, track, and competition cockpits.

358 mm Ergonomic Control Rim
Balanced diameter for precise steering input and comfortable long-distance driving.

High-Density Safety Casing
Encased in advanced impact-decelerating polymer for durability and premium tactile grip.

Direct Bolt-On Installation
Compatible with standard 6-bolt / 70 mm PCD aftermarket steering hubs.

Technical Specifications

Safety Technology

The MORSLI M1 is built around a self-restoring mechanical safety architecture designed to decelerate head impact forces during a collision while maintaining structural integrity.

By combining controlled deformation with instant structural recovery, the M1 is designed to remain protective even during multiple impacts within the same crash event.