
The Crover robot
Engineered for 'swimming' through bulk solids using RHEA technology and the Crover Effect. Features autonomous 3D navigation and acoustic analysis for real-time detection of pests and mold.
An archive of technical execution and measurable innovation from Engineering Product Design commissions.

Engineered for 'swimming' through bulk solids using RHEA technology and the Crover Effect. Features autonomous 3D navigation and acoustic analysis for real-time detection of pests and mold.

Advanced safety architecture utilizing Positive Opening Operation and trigger action. Features dual-channel redundancy and active self-monitoring for mechanical detachment in high-stress environments.

Utilizes EPDM silicone gaskets with precision compression limiters. Integrated hydrophobic vents equalize pressure to combat the vacuum effect caused by thermal drops while preserving seal integrity.

High-fidelity systems using stress-free packaging and chopper-stabilized amplifiers. Features on-board lookup tables for active thermal compensation and real-time linearization of MEMS drift.