Magnetic Shock Energy Reduction (MSER™) is a next-generation force mitigation technology that uses electromagnetic damping to absorb, redirect, or eliminate shocks, vibrations, and impacts in real time.

Unlike traditional systems that rely on springs, foams, or hydraulics — which fatigue, fail, or only work in one axis — MSER™ is adaptive, reusable, and intelligent.

🧠 How It Works

• Electromagnetic Coil Assemblies suspend or dampen a platform, seat, or structure.

• Sensors (accelerometers, pressure, motion) detect forces instantly.

• A Control Unit modulates current through the coils to counteract shock or vibration dynamically.

• Optionally integrates with MagAir™, a reinflatable airbag system, for dual-layer protection.

🎯 Applications

• Automotive: Baby MagSeat™, MagChair™, luxury car seating

• Aerospace: Pilot & astronaut seating, turbulence & landing protection

• Medical: Hospital beds, surgical tables, rehabilitation platforms

• Industrial: Robotics, CNC machines, vibration isolation for precision tools

• Defense: Blast protection in troop carriers, military vehicles

• Consumer Luxury: Gaming chairs, recliners, VR pods, wellness furniture

📈 Advantages

• Reusable (no single-use components)

• Multi-axis stabilization (6DOF)

• Real-time adaptability via sensors + AI control

• Modular design for cross-industry integration

• Hybrid protection when paired with MagAir™

🚀 Market Potential

• Total addressable market across sectors: $250B+

• Realistic early capture: $1–3B annual licensing potential

• Positioning: “Intel Inside” of impact protection systems

• MSER™ is the electromagnetic backbone of next-gen safety, comfort, and precision — a platform tech adaptable from baby car seats to aerospace cockpits.

Patent Pending