AOS HS5

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AOS HS5

AOS HS5 High Speed Drone

History

AOS HS5 High-Speed Drone

The AOS HS5 is a high-speed FPV drone designed by Chris Rosser / AOS RC, with an aerodynamic frame designed for speeds exceeding 200 mph (320 km/h).

My AOS HS5 frame kit was purchased from GetFPV.

Frame / Design

  • High-speed aerodynamic FPV frame
  • Supports up to 6" props
  • 30.5 mm electronics stack
  • Supports digital and analog VTX systems
  • Fully compatible with DJI O3
  • Supports 19–20 mm cameras
  • Supports batteries up to 1800 mAh 6S
  • Recommended motor size: 2808 1950KV
  • Aerodynamic shells, motor/arm fairings and optional prop spinners
  • Pusher-style motor/prop configuration

Build Guides

Chris Rosser — 200mph Drone Build Guide (AOS HS5)

Primary build guide from Chris Rosser, designer of the HS5. This is the best starting point for the HS5-specific mechanical assembly.

Time Section
0:46 Main plate build
2:13 ESC, motors & arm fairings
8:07 Top shell assembly
9:30 Top plate build
11:53 Camera installation
12:02 Combine top plate & top shell
14:27 Final build close-up
16:19 Battery installation
16:55 Rear grille
17:41 Props & optional prop spinners
18:52 Tune

Joshua Bardwell — I built a 200 MPH drone. You can too. — AOS-HS5 How-To

A much more detailed build walkthrough covering electronics, wiring, Betaflight configuration and final assembly.

Useful sections:

  • 11:55 — ESC mounting
  • 14:54 — Motors
  • 20:55 — Bottom arm fairings
  • 22:26 — FC-to-ESC harness
  • 28:35 — GPS harness
  • 32:05 — Receiver wiring
  • 32:43 — O3 & receiver installation
  • 34:51 — First smoke check
  • 37:39 — Betaflight configuration
  • 42:51 — Pusher motor/prop configuration
  • 45:32 — Flight controller installation
  • 46:24 — GPS
  • 47:39 — O3 camera
  • 48:59 — Top plate into canopy
  • 51:14 — Upper shell
  • 52:49 — Bottom shell
  • 55:03 — Prop installation / important prop information

Official Resources

Build Plan

Use the Chris Rosser HS5 guide for the frame, shells, fairings and other HS5-specific mechanical assembly.

Use the Joshua Bardwell build alongside it for detailed electronics installation, wiring, Betaflight setup, smoke testing and final configuration.

Project Timeline

September 15, 2026 - Tuesday

Project started

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