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Thanks to some assistance here, I am just about complete with my Raspberry Pi Drone build to include all the software setup. The only remaining issue is in regards to powering the Raspberry Pi. I have the Pi currently being powered by the Pixhawk Telemetry 2 port and its insufficient even with the LIPO battery fully charged as the Pi shuts down after about 30 or so seconds. I can plug the Pi in to power it through the USB-C port to get all the software installed on it, but I need a solution so I can fly the drone with power to the Pi from the LIPO battery. I saw another forum message with the suggestion to power the Pi by tapping power from the Pixhawk servo rail. Would this then replace the telemetry 2 power to the Pi GPIO pins or would you run this power to another location on the Pi?

Not sure why you are having this issue, and sounds like something else is going on. The kit is robust as per the course. But you can tap from the Pixhawk power rail as long as it has power, eg, from an esc. So you would cut the telemetry power and ground wires then connect separately to the rail. The TELEM2 port signal wires are left alone.

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1] The UBEC can provide a reliable power source when you have other devices that load up the power demands of the drone such as range finders, optical flow, LEDs, servos, gimblels, cameras, etc. The flight controller is not designed really as a power source, but it is normally ok when you have low power demands.

You are correct, making this compensation is not a good solution. I thought of possible reasons this might occur, eg, backward orientation of the fc, wiring incorrectly, etc., but those would cause roll or/and yaw problems. You probably already ran through the course instructions, double-checked the wiring, re-calibrated in Mission Planner. Did you double-check you have the correct frame/class setting, ie, quad X ?

Does a Motor Test in MP check out correctly?

I followed the " Write Dronekit Script to Precision Land on Aruco" video managed to make the drone takeoff and detect the aruco market, however during landing the drone does not maneuver to position itself on the marker and lands vertically. I tried to double check if there is any error messages but theres none. Anyone could help me check out if theres anything wrong with my code?

Thanks for sharing that 3/4G chip, I had never seen that before! Imagine flying your 4G drone BLOS from your couch with a laptop- of course I would NEVER do this, FAA I might have to do some tinkering with that!

Regarding motors:

Are you able to connect to MP via Telemetry?

Yes, per your recommendation, I read the MP messages tab where it said I didnt have a frame configured, solution:

MP > setup > hardware > frame type, selected quad

A following error didnt allow to arm because it said I was missing a compass,so I just removed it:

MP > setup > hardware > compass > remove missing

then start the calibration with the steps shown in the course

Regarding internet connection to MP:

I was able to then connect using /dev/ttyAMA0.

the course video how to build RPI drone > initial setup > connect drone to MP via internet

shows the steps on connecting using IP, is that only for Navio?

recently I've been looking into drone building, and it seriously has peaked my interest more than anything else, I've been abit hesitant on taking the plunge & building my own drone because im worried about my own product knowledge. I'm not sure what are good brands and what are junk when looking into independently buying parts.

I was thinking of going with the Dojo Drone raspberry PI kit for 800 dollars as the idea of being able to control the drone with python has peaked my interest even more. Is anyone familiar with the kit? There is an unboxing video on YouTube but I'm unsure if the parts are actually quality parts or junk or if I'm just overpaying in general.

In this blog, we will be learning how to program some basic movements in a drone with the help of Python. The drone we will use is Dji Tello. We will learn drone programming with Scratch, Swift, and even Python.

We must first instantiate the Tello class so we can use it afterward. For the following commands to work, we must switch the drone to On and find and connect to the Wi-Fi network generated by it on our laptop. The tel.connect() command lets us connect the drone to our program. After the connection of the drone to our laptop is successful, the following commands can be executed.

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Let your child's imagination come to life through drones! In the next installment of the Prodigy Program, we are partnering with SkyElements, the leader in interactive drone shows. Winning Ninjas will have the opportunity to help code a portion of a drone show, fly different types of drones, and more.

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Remote piloting: You should become proficient in maneuvering a drone using a remote control or mobile device. This includes learning how to hover, take off, and land smoothly, as well as controlling the drone's movement in different directions.

Understanding regulations: It is crucial to familiarize yourself with the local regulations and laws regarding drone usage. This includes knowing where you can fly the drone, the altitude limits, and any required permits or licenses you may need.

Navigation and GPS: Drones often utilize GPS technology for navigation and positioning. Understanding how to interpret GPS data, plan flight routes, and use automated navigation features will be essential for more advanced drone operations.

Photography and videography: If you plan to use a drone for aerial photography or videography, you will need to learn how to capture high-quality shots and footage. This includes understanding camera settings, composition techniques, and post-processing skills.

Maintenance and troubleshooting: Knowing how to maintain and troubleshoot your drone is crucial to keep it in good working condition. You should learn about battery charging, firmware updates, basic repairs, and troubleshooting common issues that may arise during flights.

Drone Pilot: You can become a licensed drone pilot and work in industries such as film and photography, real estate, surveying, agriculture, or construction. Your responsibilities may include capturing aerial footage, inspecting infrastructure, or conducting surveys.

Agriculture Specialist: Drones are increasingly used in agriculture for crop monitoring, irrigation management, and yield estimation. With drone skills, you can provide valuable insights to farmers and agricultural businesses.

Surveyor: Drones are highly effective for land surveying, especially in areas that are difficult to access. With your drone skills, you can assist in creating topographic maps, measuring distances, and conducting land surveys for construction or development projects.

Environmental Conservationist: Drones are used to monitor wildlife, track animal populations, and locate endangered species. With your drone skills, you can contribute to environmental conservation efforts by collecting data and supporting research initiatives.

Drone Technology and Applications: Learn about the different types of drones, their components, how they work, and their various applications in industries like photography, filmmaking, agriculture, delivery services, search and rescue operations, etc.

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Drone Programming and Software Development: Dive into the world of drone programming, where you can learn how to code and develop software solutions for drones. This includes coding autonomous flight, controlling sensors, computer vision, and integration with other systems. 9af72c28ce