CORE MARKETS

Defense programs don't need another vendor pitch. They need a partner who's already lived the path from concept sketch to fielded, mission-ready system.

That's the gap Caladan Robotics closes.

Our team has designed and integrated autonomous platforms, sensing systems, electrical architectures, and mission hardware for demanding government applications. We understand that defense can be hard with challenges to overcome but at the end of the day, mission success is the only metric that matters.

We know the terrain because we've worked it:

• MIL-STD-461, MIL-STD-810, MIL-STD-209K, MOSA.
• cUAS, Tech Insertion, Unmanned platforms.
• SBIRS, OTA, FAR, IDIQ.

Aviation systems leave no margin for hardware that underperforms. We bring rigorous structural, thermal, and embedded systems engineering to platforms where weight, reliability, and environmental tolerance are non-negotiable, supporting programs from early concept through verification and production readiness.

We connect AI with the physical world. Robotics platforms live or die on the integration between mechanical design, electronics, and control software. We engineer that integration directly — parametric mechanical design, embedded controllers, and real-time control systems — so the autonomy stack has hardware that can actually execute what it decides.

Control systems are only as good as the hardware and embedded architecture running them. We design circuit cards, embedded controllers, and real-time control systems built for precision and reliability in demanding operating environments.

Off-highway platforms operate in conditions that punish hardware — heat, vibration, dust, load. We design for that reality from the start, with structural analysis, thermal and environmental management, and materials and tolerance analysis built into every design.

Cutting-edge technology platforms require hardware that scales as fast as the software driving it. We bridge complex embedded electronics, miniaturized mechanical design, and edge architecture to transform novel tech concepts into sleek, manufacturable hardware built for market adoption.

Industrial and autonomous automation systems need hardware that can be trusted to run unattended. We support automation programs from requirements and system architecture through prototype build and production, helping your system scale from a working cell to a repeatable, sourced product.