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A compact mechanism-enhanced mount for UUV/ROV payloads, cameras, batteries, electronics, IMU modules, and underwater inspection systems. The concept uses nonlinear mechanical mechanisms to tailor stiffness and dissipate energy.
A modular absorber for shipboard or industrial equipment where sensitive components require improved survivability under cyclic loading, transient shock, and structure-borne vibration.
A longer-term concept based on magnetoactive polymers and guided-wave control. Potential future directions include adaptive acoustic layers, tunable waveguides, and field-responsive sensing surfaces.
The first practical demonstrator should be passive, testable, and usable across both defence-adjacent and industrial sectors. Magnetic tunability can be developed later as a second-generation capability.