Artikel Auswahl
- STorM32 BGC: 3-Achs STM32 Brushless Gimbal Controller
- Mavlink OpenTx and Telemetry Script
- UC4H: UAVCAN for Hobbyists
- IMU Data Fusing: Complementary,Kalman and Mahony Filter
- Brushless Gimbal Direct Drive: Theory and Experiment
- Field Oriented Control: To FOC or not to FOC
- Digital Filters
- Micro Brushless Gimbal
Schlagwörter
3DR Solo ArduPilot AutoQuad AVR-Projekt boardless brushless CAN Bus CP digital filter direct-drive Drone DroneBridge DSM2 DSP EMotor Erfahrung Filter FOC Fun Gimbal Grundlagen Gyro Gyro-Mischer Heli IMU Koax Konverter Lagrange Lipo MAVLink mCPX Mischer Mods MultiCopter OpenHD OpenTx Programierung PWM QuadCopter RC-Elektronik RC-Sender robotics Rotor Schaltungstechnik STM32 H7 STM32-Projekt STM32CubeIDE Test TRex450 Tutorial UAVCAN WifiBroadcastSuche
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Artikel unter dem Stichwort: MultiCopter
STorM32 MAVLink Gimbal Protocol: Intro and Overview
The old MAVLink gimbal protocol, which is based on the DO_MOUNT_CONFIGURE and DO_MOUNT_CONTROL commands, has plenty of issues (see here) … Weiterlesen
The ALL-UC4H Copter
The UAVCAN for Hobbyists or UC4H project has reached a milestone: It allows us now to build an ArduPilot-based multicopter/drone, … Weiterlesen
UC4H Airspeed Node
The UC4H Airspeed node is a member of the family of UAVCAN nodes I’m working on as part of my … Weiterlesen
Estimating Propeller Thrust from Motor Data
1. Theory 1.1. Propeller The static thrust generated by the propeller and the mechanical power required to spin the propeller … Weiterlesen
UC4H: UAVCAN for Hobbyists
About the concept and the universal nodes invented by UC4H: „Having a CAN bus with daisy chained universal nodes … … Weiterlesen
AutoQuad M4 v2: Electronics
The AutoQuad M4 autonomous flight controller is a wonderful little piece of electronics. Much information on it is found in … Weiterlesen