June 27, 2025
Description
The idea behind it was to reduce the flight radius… and that part worked out well! The air inlets act like a kind of “brake,” helping the boomerang stabilize and return sooner. However, this comes at a price: While you do get a solid feel for the rotation during the throw, it definitely requires a strong arm to perform properly.
So, I wouldn’t recommend this model for beginners. Instead, I see it as an experimental concept that helped me push my own design skills and aerodynamic understanding forward.
It’s simply the first of its kind. And who knows… maybe the beginning of something bigger. 😉
These are just general throwing guidelines! the exact technique may vary depending on the model and weather conditions.
You can actually see this in action in my videos….
First, I face the wind with the boomerang, then I turn slightly to the right and get into throwing position.
Wind direction and throw technique are absolutely crucial in boomerang throwing. Depending on the weather, one model might perform better than another….. that’s why I recommend printing 2–3 different designs and heading out to practice!
Technical Data:
I’ve now been able to test the new model under various weather conditions, and I have to say…. it performs quite similarly with or without wind. It tends to follow an elliptical flight path, with a brief high point at the peak of the curve before gliding back in a flatter arc.
Catching it with one hand can be a bit tricky. 😄
As mentioned before, it needs a good amount of spin, since the air brakes eat up a lot of its energy.
That results in a tighter flight radius and a quick return to the thrower.
Ideal for small throwing areas!
A1 Mini size was not tested!!!!
If you're left-handed, you should mirror the boomerang…. but keep in mind that this will also flip the logo
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License:
Standard Digital File License
Tommy 3D Lab
