@LeonOMO

Devlog Water this Plant! #2. Made the Github and also the final referance in TinkerCAD the code is working and it seems to be looking good. This is maybe the final post software wise if i dont make a case or PCB.

Devlog Water my Plant #1. I made the Firmware for it today based of someones datasheet. Next ill make a KiCad referance board well or like use TinkerCAD.

Devlog #2 Sonar. Finished the Project with a bigger housing and tested it well it works. Fun little side project so i can get my mind abit off my flightcontroller.

Devlog #1 Sonar. Today I built a sonar scanning system using an Arduino Uno, an HC-SR04 ultrasonic sensor, an SG99 micro servo and an 8x8 MAX LED. Compared to some of my bigger builds, this was a much easier project this time around but it was super fun to put together and see working so quickly! Mounted the HC sensor and SG99 servo onto a custom 3D printed (modeled in Onshape). Programmed a continuous 0° to 180° servo sweep in Arduino C++. Mapping angle sweeps across the 8 matrix rows and distance measurements across the 8 matrix rows. Created a GitHub repository with everything and it was almost done only thing left is abit of refining the Case for the HC

Drone Controller Devlog #15. IT WORKS. After asking around someone out of the city i brought my “Controller” and he had all the answers. Haha aswell as he told me that pin 9,10 and 11 are all flashing pins that i can not use so well thats cool they are 1 led and 2 switches so ill have to figure out something for that. And the big problem was that i didnt use a 104 capacitor for the en (reset) pin. Atleast got the screen working. But as it all is once one problem is resolved you get ten more…

Drone Controller Devlog #14. Last past days ive been trying to flash on the code with many people aswell as ai assiting me but it wont work as of now. I will try again tomorrow with different people which said they could prob fix it but if they cant idk what to do.

After trying the seed xiao rp2040 it turned out to be defect and wont start this will be the enf of the hackpad than. It was a fun project but i wont buy another seeed xiao rp2040 as its shipping is 20,00€ (It took 1 month to get to me). So im giving up on this project as i dont have any money to buy it nor time

Drone Controller Devlog #13. Its working!. Its not complett yet but ive soldered everything i could so far on. Its my second time soldering at home and i think i did a good enough job. (Btw the LED on means that its connected). Solding get really fun when its hard even solding the simplest parts is fun for me but im still yet not that good so if you have advise or things i should get for solding im always open.

Drone Controller Daedalus v1 Devlog #12. The PCB is finally here and i can start soldering it all. When i look at the esp32e and the 16 pin usb c i dont think ill do this first try but i hope i wont just break it.

Devlog #3 Wake Up! The code for Project Blare is finally wrapped! Since Ive never built a project quite like this before i was definitely out of my depth at first. I ended up using ai as a coding assistant to guide me and help write the firmware (ai just did everything). Uploaded the code to GitHubso its basically done software wise. I might change the case a bit down the line but this will propably be the final software post for this project.

Devlog #7 Satellite Drone Icarus v1. Finished the BOM and added the only things i have right now to the Github (The CAD is not finished but its all i could do without hardware). Next things to do will be the hardware in betaflight

Devlog #2 Wake Up!. Made the last touches on the case and started the Github, the design changes turned out to be worse than expected. Last things to do will be to improve my code and eventuallyadd it to the github.

Devlog #2 Blare. Today i finished the case for the clock. It did take me some time since i taught someone Onshape while making it. I find my design is really empty though so i might change it later on.

Devlog #6 Satellite Drone Icarus v1. Milestone reached on the 3D model: the upper and lower sections are combined making up the prototype. The interior layout houses the dual batterys, VideoTransmitter, Buzzer, LinearSevos, the GPS and the rest im still working on picking out. The CAD phase for this version is almost wrapped up. I hope i get the demensions right and ill make the BOM next.

Devlog #1 Blare. Finished the PCB its my first time adding text to the PCB and still figuring out how to inport images. With the circuit design done the next phase is designing a 3D enclosure in Onshape

Devlog #5 Satellite Drone Icarus v1. Ive started CAD work on the lower section! This part is going to hold the camera system, the batterys, sensors, reciever and the buzzer.

Devlog #4 Satellite Drone Icarus v1. The upper section of the drone is done! I gave it a visual overhaul with a black white design, smoothed out the whole profile, and added “Icarus v1” engravings right into the print surface. The physical 3D print actually turned out smoother than expected, the vertical anchor deployment system is working on the prototype (still manuel pullup since i dont have the servos yet). Im just adding the last few screw holes to secure everything together properly. Next steps are designing the lower section to house the camera, battery, and main electronics, plus finally locking in the exact components I want to use.

Devlog #3 Satellite Drone Icarus v1. Made major progress on the project. I completely redesigned the layout from scratch since the original folding arms were too small. The upper section of the satellite drone is now almost finished, and after testing a few preliminary 3D prints, I’m currently printing the full assembly to test overall fitment. The final touches for the upper section will include adding mounting holes for the assembly screws, as well as dedicated internal space to house the flight controller and electronics and adding a few cosmetic details.

Devlog #2 Satellite Drone Icarus v1. Ive made good progress on the arm deployment mechanism, focusing on a sliding central anchor that pushes the arms outward when raised. The motor holders came out well, though I might thicken them up for extra durability. The mechanical release concept was actually inspired by an opening box mechanism a friend of mine made for his mom. Now thinking of a good idea how to push it up is the next challenge