AOMWAY

A detailed engineering guide to designing the flight control system for a small reusable rocket — covering thrust vector control allocation, small-disturbance linearization for pitch/yaw/roll channels, controller design with stability margin analysis, and 100-run Monte Carlo shooting validation under normally distributed parameter errors.

A University of Macau team transforms a quadrotor into a low-cost, indoor rocket thrust-vector control testbed using a gimbal-mounted carbon fiber cylinder. Published in IEEE Transactions on Aerospace and Electronic Systems, the system achieves centimeter-level trajectory tracking with adaptive backstepping control.

A systematic analysis of the rumored Russian Volna Kupol Garant (VKG) Starlink jamming system. Cross-examining Ukrainian and Russian sources, evaluating technical claims about 8-channel uplink interference, and assessing reliability against Starlink’s known anti-jamming capabilities.

Complete hands-on tutorial for setting up ArduPilot Follow Me mode. Track a moving vehicle from the air using an open-source flight controller, Mission Planner, USB GPS, and telemetry — step by step with all parameters, wiring, and safety tips.

Carnegie Mellon University researchers demonstrate agile quadrotor interception using only 3D direction vectors — no distance measurements needed. Trained with differentiable quadrotor dynamics and APG, the system achieves ~30% improvement over point-mass baselines at speeds up to 10 m/s.

A step-by-step Mission Planner guide for complete beginners. Learn waypoint planning, survey grids, NAV/CONDITION/DO commands, auto-photo missions, and more. No prior experience needed — just open Mission Planner and follow along.

Six most common APM/PX4 customer build issues from a field engineer’s perspective: compass interference, vibration, current sensor accuracy, GPS fix problems, takeoff flips, and link loss. With troubleshooting checklists and hardware design solutions.

RobotMCP connects LLMs to ROS robots through MCP protocol: auto-discover interfaces, control via natural language, sim-to-real shared interfaces. Technical deep dive with working demos and honest boundary assessment.

How MEMS accelerometers and gyroscopes work: capacitive comb structures for acceleration sensing, Coriolis effect for angular velocity measurement, and the complete signal chain from mechanical motion to digital output.

Five hot technologies for 3D printing in commercial aerospace: SpaceX Raptor engine thrust chambers, domestic batch production, aerospike engines, LEO satellite ceramic aluminum panels, and in-space metal printing on the ISS.