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Michael Granberry
United States
Приєднався 23 вер 2014
Skateboarding, Electronics, Guitar, and more!
Xilinx Zynq-7000 Flight Controller | Flight Test
Testing a custom quadcopter flight controller I developed on a Zynq-7000 SoC using the Zybo Z7-10 FPGA SoC Development Board.
Currently, the flight controller uses PID controllers in conjunction with a 6-axis MPU-6050 accelerometer and gyroscope for flight stability. It has two flight modes: Rate Mode (Acro Mode) which uses a single loop PID controller, and Stabilize Mode (Self-Leveling Mode) which uses a dual loop PID controller. Stabilize Mode is demonstrated in this video.
Additional sensors (barometer, GPS, magnetometer, camera, etc.) are being integrated to enable features such as altitude hold, position hold, and object avoidance/detection.
#xilinx #drone #flightcontroller
Currently, the flight controller uses PID controllers in conjunction with a 6-axis MPU-6050 accelerometer and gyroscope for flight stability. It has two flight modes: Rate Mode (Acro Mode) which uses a single loop PID controller, and Stabilize Mode (Self-Leveling Mode) which uses a dual loop PID controller. Stabilize Mode is demonstrated in this video.
Additional sensors (barometer, GPS, magnetometer, camera, etc.) are being integrated to enable features such as altitude hold, position hold, and object avoidance/detection.
#xilinx #drone #flightcontroller
Переглядів: 76
Відео
Xilinx Zynq 7000 Flight Controller | Mini Flight Test and KiCAD PCB Test
Переглядів 36614 днів тому
This is a custom flight controller for a quadcopter drone, implemented on a Zynq-7000 SoC on the Zybo Z7-10 FPGA SoC Development Board. The flight controller uses PID controllers along with an MPU-6050 | 3 Axis Accelerometer Gyroscope for flight stability. Two flight modes are available: Rate Mode (Acro Mode) which uses a single loop PID controller and Stabilize Mode (Self-Leveling Mode) which ...
Xilinx Zynq 7000 Flight Controller | PID Controller Test
Переглядів 966Місяць тому
Developing a flight controller for the Zybo Z7-10: Zynq-7000 ARM/FPGA SoC Development Board. Currently in the testing phase for the PID stabilization controller. Further PID adjustments are necessary for optimal performance. Using the 6050 IMU for drone stabilization. 0:00 Testing Pitch Rotation 0:33 Testing General Flight Stability #xilinx #zyboz7 #drone #flightcontroller #zynq7000 #pidcontroller
Zybo 7Z-10 FPGA | Simple Guessing Game
Переглядів 445 місяців тому
Github: github.com/michaelgranberryii
STM32 Nucleo L476RG | Board Peripherals
Переглядів 385 місяців тому
Github: github.com/michaelgranberryii
Zybo Z7-10 FPGA | PWM: Rainbow RGB LED and Servo Motor
Переглядів 675 місяців тому
Github: github.com/michaelgranberryii
ECE520 - Fall 2023 - Lab 1 - Demo - Michael Granberry
Переглядів 105 місяців тому
Github: github.com/michaelgranberryii
ECE520 - Lab 8 - STM32 Traffic Light - Michael Granberry
Переглядів 325 місяців тому
Github: github.com/michaelgranberryii
Zybo Z7-10 FPGA | HC-SR04 Ultrasonic Sensor
Переглядів 765 місяців тому
Github: github.com/michaelgranberryii
ECE520 - Lab 6 - Pio - Michael Granberry
Переглядів 55 місяців тому
ECE520 - Lab 6 - Pio - Michael Granberry
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Переглядів 145 місяців тому
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Переглядів 105 місяців тому
Github: github.com/michaelgranberryii
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Переглядів 805 місяців тому
Zybo Z7-10 FPGA | 16-Button Keypad PMOD and Seven Segment Display (SSD)
Running the Hot Cold Guessing Game in Vivado
Переглядів 195 місяців тому
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Zybo Z7-10 FPGA SoC and Raspberry Pi Pico | I2C TMP3 and UART
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Zybo Z7-10 FPGA | Keypad and SSD Advanced Guessing Game
Переглядів 665 місяців тому
Zybo Z7-10 FPGA | Keypad and SSD Advanced Guessing Game
ECE520 - Fall23 - Lab2 - Demo Video - Michael Granberry
Переглядів 175 місяців тому
ECE520 - Fall23 - Lab2 - Demo Video - Michael Granberry
Zybo Z7-10 FPGA SoC | FreeRTOS and STM32 Nucleo L476RG | CMSIS V2
Переглядів 185 місяців тому
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Designing and simulating a 2-bit comparator in Pspice
Переглядів 48Рік тому
Designing and simulating a 2-bit comparator in Pspice
hi can you assist me with a project which is similar to yours. Using FPGAs to make an autonomous drone. (But for now only a flight controller is needed).
There are a few tutorials on UA-cam using an Arduino to make flight controller. Check them out.
Can you share this project with me?
Is this your own custom software or are you adapting some other software? Thanks for posting your experiment.
Yes, this is my own custom software. I bought sensors (IMU, Barometric, GPS/Compass) and I’m using them to develop a custom flight controller software. I also plan to make my own flight controller hardware as well.
Cool
Thanks!
Awesome