ESP-BLAST - an ESP32 Mini Rocket Drone (100KM/H+) | 3D Design Files

by Max_Imagination

The ESP-BLAST is a high-speed ESP32 Mini FPV Drone you can build to experience rapid vertical launches and 100+ km/h horizontal flight in first-person view. Watch live FPV through its motorized tilting camera, launch vertically like a rocket, then transition into forward flight - all controlled from your favorite radio controller and tuned to handle some real speed. The video tutorial below gives you the remaining files, PCB design Gerber, firmware, tuning guidance, and step-by-step instructions to build your working ESP-BLAST Mini Rocket Drone to get you ripping through the sky with something you built yourself. Watch the tutorial video for more info: https://youtu.be/pUi1T12QYAU Compact and aerodynamic when assembled, the 3D-printable bullet-style frame is designed to be lightweight yet rigid from PETG, housing four brushless motors, a custom flight controller PCB, FPV system with OSD, and off-the-shelf components - engineered for high thrust-to-weight performance and stable high-speed flight. What’s Included? ⬇️ By purchasing the ESP-BLAST Precision 3D-printable STL/STEP files (Digital product), you get: ✅ Aerodynamic rocket-style main frame, motor cones, nose, and tail cone designed for high-speed airflow. ✅ Two internal mechanical parts for housing and tilting the FPV camera. ✅ Precise, tested mounts to fit the flight controller, ESCs, motors, and all other modules. ✅ Display stand/launching pad. ✅ Design files organized in STL, STEP, and g-code for easy modification, printing, and assembly. What you’ll need to build and get it flying (Not included with your purchase): - All electronics and hardware required to build the drone are listed with product links in the video description. - Tools such as a soldering iron, hot air gun/hotplate (optional), tweezers, helping hands, wire cutters, and more. - A 3D printer or outsourced printing service (JLC3DP). - PCB Manufacturer to make the board (JLCPCB) - https://jlcpcb.com/?from=MaxImagination - Download code to progr