Lightweight Materials, CNC and Prototyping: Building Better Drones
Weight drives everything in a drone: flight time, payload and battery size. The right materials and a fast prototype loop give you a lighter, tougher airframe.
Pick materials by job
Carbon fiber for long stiff arms. Printed titanium lattice for complex joints. Machined 7075 aluminum for motor mounts and anything that must hold a thread.
Prototype in short loops
Print a fit check part, fly it, measure it, fix it. Each loop takes days, not months, and the design is ready for CNC when it stops changing.
Move to CNC for production
Once frozen, parts go to five axis CNC with fixtures and first article inspection so every unit matches the approved drawing.
Edge Data Centers for Drone Communications: Faster, Safer Links
Why a small data center near the mission area improves drone video, AI vision and fleet control, and keeps working when long haul links fail.
RoboticsSecuring Drone and Robotics Factories Against Military Threats
Plants that build drones and robots are high value targets. Here is how planners approach site layout, redundancy and recovery.
RoboticsRobotics for Military and Search and Rescue: Six Real Use Cases
From route clearance to flood rescue, see where ground robots and drones already save lives on missions.
BlueprintsFrom Sketch to Blueprint: How We CAD a Drone for Production
A look inside our CAD process for small drones. We turn a working prototype into a clean, dimensioned blueprint that a factory can build every day.