MagShock™

Electromagnetic Shock Absorption. Regenerative Damping. Universal Platform.Shock absorbers haven’t changed much in over a century.

They compress. They resist. They waste energy as heat.

MagShock™ changes the physics.

MagShock™ is an adaptive electromagnetic shock absorption system that replaces friction-based damping with controllable magnetic force. Instead of dissipating impact energy, it captures and reuses it.

This is not an improved hydraulic shock.
This is a new class of motion control.

How It Works

MagShock™ uses:

• Electromagnetic damping coils

• Magnetic Shock Energy Reduction (MSER™) architecture

• Integrated Energy Recovery System (ERS)

• Real-time sensor-driven control

When motion occurs, magnetic fields generate opposing force without mechanical friction. At the same time, induced electrical energy is captured and stored for reuse.

Less wear.

Faster response.

Energy recovered instead of wasted.

What Makes It Different

⚡ Adaptive Force Control

MagShock™ dynamically adjusts damping force in milliseconds based on acceleration, displacement, and load conditions.

🔋 Regenerative Energy Recovery

Shock events generate electrical energy. That energy is captured, conditioned, and reused.

🧲 Frictionless Magnetic Resistanc

No hydraulic fluid breakdown. No cavitation. No passive-only behavior

🌎 Universal Platform Architecture

MagShock™ is scalable across industries:

• Automotive suspension

• Mountain bike and motorcycle shocks

• EV platforms

• Aerospace vibration isolation

• Medical transport systems

• Industrial machinery

• Seating and occupant protection

One core technology. Infinite embodiments.

Why It Matters

Mechanical shock is everywhere.

Road impact.

Landing force.

Turbulence.

Vibration.

Sudden load shifts.

Traditional systems turn that energy into heat.

MagShock™ turns it into control.

The Future of Suspension

MagShock™ is not just a product.

It is a platform technology designed for adaptive motion control and regenerative damping across industries.

Invisible physics.
Measurable performance.
Scalable engineering.