ACP Technology, Inc.

Engineering • Prototyping • Mechanical Systems

ACP Technology develops the engineering systems, hardware, and mechanical assemblies that form the Advanced Cocoon Platform (ACP). Our work transforms medical‑biomechanical research into functional, certifiable safety architecture.

ACP is a seat‑integrated cocoon system engineered to stabilize and medically position the occupant before, during, and after a crash. Its architecture combines controlled deformation, multi‑axis stabilization, and medically optimized posture enforcement.

• Composite shell structures

• Controlled deformation zones

• Pelvis stabilization pocket

• Head cradle with dynamic stiffness tuning

• Dual‑pivot hinge architecture

• Force‑limited restraints

• Redundant actuators and mechanical fuses

• Manual egress systems

• Full‑system failure mode containment

• CAD and mechanical design

• Structural analysis and FEA

• Crash pulse simulation

• Rate‑dependent material modeling

• Prototype fabrication

• Sled testing and instrumentation

• Certification documentation

These capabilities support ACP’s development from digital concept to physical prototype and certification‑ready system.

ACP is engineered with:

• Multi‑path load distribution

• Non‑yield structural zones

• Yield‑controlled crush zones

• Redundant hinge retention

• Force‑limited actuation

• Manual override and safe‑stop defaults

• Medical posture enforcement geometry

This architecture ensures survivable occupant positioning across the full crash timeline.

ACP Technology converts research into engineered systems by:

• building mechanical assemblies

• validating structural performance

• developing prototype hardware

• preparing certification documentation

• supporting OEM integration

We ensure ACP’s engineering is precise, manufacturable, and ready for deployment.