Description:We have a few STEM / STEAM (science and tech courses for kids) programs we are designing for, including a miniature radio controlled racing drone. They should run off of a single rechargeable A or AA battery or rechargeable easily found (commonly available) battery. Need designs for the computer controllers (Arduino or similar), software, simple radio remote control and system, electric motor systems, and drive systems engineered. We have the basic frame shape. We are looking for simple, field serviceable designs that kids can take apart and put together and use to learn these technologies.
Just like everyone, we want it ASAP.
Wants:Size; Body about 8-10 CM, 3-4 inches long. Motor struts can project out from this shape.
Shape; Based on our logo shape, attached as a JPG. Two basic plates (upper and lower plates) can be 3D printed or cut from carbon fiber sheets.
Battery; A single A (7 hao) or AA (5 hao) rechargeable, or other commonly available battery.
Drone; 4 rotors, attachable prop guard, stable flight characteristics (so will need sensors and feedback system to dampen instability).
Basic flight commands and control characteristics;
1 - Take off slowly to 1 meter high by simple radio control button.
2 - Land slowly straight down by simple radio control button.
3 - Forward and back by simple radio control.
4 - Turn left and turn right by simple radio control.
5 - Up and down by simple radio control.
6 - Alternatively, can be controlled by mobile phone.
7 - Up to 4 racers can race at a time controlled by different locked radio channels. Better to have a physical hardware switch to lock drones so they can’t be interfered with in flight.
8 - Does not have to be the fastest drone, ease of handling is preferred. This may be the first learning or training drone many kids touch.
9 - We will launch an additional contest to put a 720p camera with recording for FPV flying on this later. This design is a basic line of sight training racer.
Don't Wants:Cutesy little talking toy.
This is a fun but serious learning platform, not a novelty product.
We want kids to learn about software, radio control, electric motors and drive control systems plus aeronautics and flying skills for electric drones. We will also teach them good sportsmanship as we compete with the final products.
Ask for Sample:If you can produce a working sample, we will pay for it at a reasonable cost.
- Simple open source is fine.
#6 Racing Drone by Gigih Tujo Pradibyo
#1 Drone Bill of Materials by Lyle
A simple shopping list so that you can put kits together for the kids. I didn't provide a rendering because the design will change as the components change. That being said, what I've spec'd out for you is going to be a really serviceable little drone. It's about as simple and kid-friendly as something this complicated can be.
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