Rc Drag parachute deployer, CHEAP and no screws

This is a lightweight RC drag parachute deployer that I designed and 3D modeled for RC speed-run and drag cars. The system is built to be simple, reliable, and easy to print, using no screws, no springs, and very few parts.

The deployer can work in two different ways depending on how you set it up:

Items and Links for items needed:
(optional) https://www.amazon.ca/dp/B08MDX8G28?ref=ppx_yo2ov_dt_b_fed_asin_title or make your own parachute which works 😉

(optional) https://www.amazon.ca/gp/product/B0816434GD/ref=ewc_pr_img_1?smid=A3PXISABFADO0N&th=1 or alternative springy/cushion
(Required*) Any 9G servo or any standard Rc servos work fine, just make sure to center it first before installing!!!!!

Where to see it in action?
you can see it deploying and working on my tiktok channel and soon to be released on my youtube (RC_Printworks) 
https://www.youtube.com/@Rc_printworks
https://www.tiktok.com/@rc_printworks 
 

Foam Launch Mode:
A small compressed foam block such as a sponge or cushion sits behind the packed parachute. When the release is triggered, the foam expands and pushes the parachute out of the deployer, launching it cleanly into the air so it catches wind quickly.

Passive Deploy Mode:
The system can also work without foam. In this setup, the release simply opens the holder and the parachute falls into the airflow, allowing the wind behind the RC car to deploy it.

Important Setup Steps:

• Drill a small hole in one side of the box so the parachute rope can pass through to the outside of the deployer.
• Cut a tiny slit in the parachute canopy so the rope can pass through it properly before being tied or secured.

Features

• No screws required
• No springs required
• Minimal parts
• Lightweight 3D printable design
• Two deployment methods (foam launch or passive release)
• Designed for RC speed runs and drag cars

How it works

1. Pack the parachute into the deployer.
2. Drill a hole in the side of the box for the parachute rope.
3. Cut a small slit in the parachute so the rope can pass through.
4. Optionally insert the foam block or sponge piece behind the parachute.
5. Trigger the release to deploy the parachute.

The parachute will either be pushed out by the foam or fall into the airflow, opening behind the RC car and creating drag to help slow the vehicle after high-speed runs.


Any feedback, please Email joe08171108@gmail.com AND NOT FOR SALE, ONLY PERSONAL USE OR FOR A FRIEND.