A modular LED gate for Tinywhoop racing.
Aluminium tube, printed corners and wireless GateLink control. Built from standard parts and documented down to every screw.
What changed recently
Modular Tinywhoop LED Gate
Modular LED race gate for Tinywhoops from 15 x 15 mm aluminum tubes and printed parts, with an interactive 3D assembly guide and a cost estimate for 20 gates.
Microscope Equipment
My KAISI S8 and MaAnt XJ-2 setup, camera tests and recommended microscope reviews.
HDZero Monitor Favorites
Unofficial HDZero Monitor firmware adding eight race-channel favorites, matching scan coverage and a shorter scan trigger.
Everything that is already here
Choose a starting point based on what you want to do: build a quad, solve a problem, explore a project or use a tool.
Build bench¶
Concrete quad documentation, from an affordable 5-inch build to the current HDZero racing setup.
- Budget build and current HDZero racing setup
- Parts, weight comparisons and setup notes
Practical FPV wiki¶
Short reference pages for the things that matter at the bench, in the field and during repairs.
- ESC capacitors, gate padding and field setup
- IP2368 USB-C power-board troubleshooting
Projects & hardware¶
Longer-running projects that go beyond one quad, including electronics, endurance experiments and printer research.
- Addressable Balancer LEDs and 3.5-inch 1S drone
- Flashforge Creator 5 knowledge base
Tools for pilots¶
Small browser and radio utilities for checking a flight controller, building firmware or managing rates.
- RX Monitor, KAACK Cloud Build and Configurator
- RatesManager for EdgeTX radios
Builds, repairs and notes
Quad builds with parts and weights, short wiki pages for the bench and the field, and the first article, a short welcome note on what belongs where.
Best three-lap GQ time 34.816 s. Verified results, season trends and the Holy*s*quad squad overview are in the race archive.
Open the race archive →Real projects, real hardware
A quick visual introduction to the kind of work documented here.
„Build. Fly. Crash. Repair. Repeat.“
— the natural FPV cycle