
Callum
Mechatronics Engineer
Core Technology: Designing robot grippers for robotic hand disarming bombs.

Mechatronics Engineer
Core Technology: Designing robot grippers for robotic hand disarming bombs.

Machine Learning / AI Engineer
Core Technology: Robotic vision system design for high-resolution threat inspection.

Robotics UX/UI engineer
Core Technology: Robotic human interaction design for intuitive EOD robot teleoperation.

Platform Design Engineer
Core Technology: Chassis design for robotics in blast-resistant EOD platforms.

Traction & Mobility Control Engineer
Core Technology: Robotic feedback system design for force-sensitive bomb handling

Mechatronics Design Engineer
Core Technology: Robot track system design for EOD robot drive in rough terrain.
Yes. Our robotics hardware design for bomb disposal robot systems includes standardized mounting rails (Picatinny/MIL-STD-1913) and electrical interfaces compatible with disruptors, X-ray systems, and manipulators from major vendors.
Absolutely. We supply full compliance dossiers (CE, FCC, MIL-STD test reports), cybersecurity certificates, and NDAA declarations. Contact us for a secure technical datasheet.
From concept to delivery: 14–20 weeks. This includes robotic arm force and trajectory calculations, environmental testing, and operator training. Expedited paths available for urgent national security needs.
To request services for developing drawings, 3D and 2D models, or conducting project analysis for bomb disposal robot design, please fill out the feedback form.
You may attach a detailed description and sketches of your proposed bomb disposal robot design project to the form.
You can also send a description of your project to the email address: info@metadecod.com