Besides being lightweight and balanced the Hayabusa design focused on 4 main drivers.
Configurability – Can support different racer preferences as well the latest trend in components.
Maintainability – Not just at home, but also at the race pits and fields, the frame should be easy to swap out parts or work on.
Durability – Race frames needs to be light, but they shouldn’t sacrifice durability for it. The Hayabusa needs to withstand punishing practices and provide confidence during races.
Longevity – Keep a longer product cycle with periodic design refreshes. Holes and mount patterns will remain constant so all parts will be backward compatible.
The end result is a podium getter that can hold up to hard lap after lap, race after race, season after season…

Specs:
- Length: 222mm motor to motor
- Configuration: 49° Slight Stretch-X
- Weight: 75 grams
- Carbon: 3K Carbon weave top and bottom layer with unidirectional inner layers.
- Hardware:
- 12.9 Grade steel bolts
- Oversized 6061 Aluminum standoff
- 7075 Aluminum Ring bolt set

Features:
Cam Plates | – Support both Nano-size or Micro-size Camera plates |
Top Plate | – Slot for TPU Fins. – 20×20 M2 screen holes for VTX mounting underside – Zip-tie mounts for no TPU Antenna mounting |
Bottom Plate | – Single or double lipo strap with separated slots to avoid overlapping. |
Center Spine | – A brace between all four arms to stiffen and spread impacts across the frame. |
Arms | – Common arm design can be used in the front, back, left or right – Reduce weak sections by using inlays instead of hole cuts to save weight. |
Aluminum Ring Bolt | – A larger bolt requires less carbon overall and provides a more secure bracing of the plates. – The bolts also act as an impact absorber for the arms, helping to spread the impact to the other plates |
VTX/RX holder | – Can be used with 20×20 or 30.5×30.5 to keep smaller boards off the flight controller. |
TPU Parts:
- All TPU parts can be downloaded here: https://www.thingiverse.com/pacificflyingmachines/designs
Instructions:
Build sheets can be found here: