Thingiverse
Axiom 180 FPV Quadcopter by jsnodgrass
by Thingiverse
Last crawled date: 4 years, 5 months ago
The Axiom 180 is a durable, safe, and super fun miniquad. All you need to complete the frame is a printer with a 5.5" (139mm) or wider bed and some commonly available hardware.
Including hardware, this little frame weighs about 199 grams when printed in ABS. It can fly for up to 8 minutes and it can recover from impacts that would disable most other drones. It's a fantastic trainer model if you're just getting into racing. It bounces harmlessly off of trees, cartwheels across fields, and skids across parking lots. As long as it lands right side up, it usually just takes off again. If you take this one to a racing meet you may not be the fastest but you will probably be the last one flying.
Using Loctite on the motor screws is recommended.
Features:
Easy to print
Modular components for a flexible build configuration
Plenty of space for your PCB stack
Battery skid plate with integrated pocket for a battery voltage alarm
Optional components for mounting a video transmitter or Spektrum satellite receiver
Hinged top cover
Required hardware:
25mm M3 4.5mm wide female-female aluminum hex standoff (8)
5mm M3 male-female nylon hex standoff (8)
8mm M3 button head cap screw (16)
18mm M3 button head cap screw (1)
6mm M3 nylon screw (4)
M3 lock nut (1)
M3 nylon nut (4)
M2 nylon washer (16)
hook and loop battery strap (1)
Recommended components:
Flight controller: any 36x36mm PCB
Motors: 1806 2500kV
Props: 4" triple-blade
ESC: 4-in-1 20A
Battery: 1300 mAh 3S or 4S
Camera: standard 26x26mm size FPV camera
Specs:
Size: 180mm rotor-to-rotor
Typical frame weight: 199 grams including hardware (will vary depending on printer and settings)
Typical build weight: 544 grams including a 4S 1300 mAh battery
Including hardware, this little frame weighs about 199 grams when printed in ABS. It can fly for up to 8 minutes and it can recover from impacts that would disable most other drones. It's a fantastic trainer model if you're just getting into racing. It bounces harmlessly off of trees, cartwheels across fields, and skids across parking lots. As long as it lands right side up, it usually just takes off again. If you take this one to a racing meet you may not be the fastest but you will probably be the last one flying.
Using Loctite on the motor screws is recommended.
Features:
Easy to print
Modular components for a flexible build configuration
Plenty of space for your PCB stack
Battery skid plate with integrated pocket for a battery voltage alarm
Optional components for mounting a video transmitter or Spektrum satellite receiver
Hinged top cover
Required hardware:
25mm M3 4.5mm wide female-female aluminum hex standoff (8)
5mm M3 male-female nylon hex standoff (8)
8mm M3 button head cap screw (16)
18mm M3 button head cap screw (1)
6mm M3 nylon screw (4)
M3 lock nut (1)
M3 nylon nut (4)
M2 nylon washer (16)
hook and loop battery strap (1)
Recommended components:
Flight controller: any 36x36mm PCB
Motors: 1806 2500kV
Props: 4" triple-blade
ESC: 4-in-1 20A
Battery: 1300 mAh 3S or 4S
Camera: standard 26x26mm size FPV camera
Specs:
Size: 180mm rotor-to-rotor
Typical frame weight: 199 grams including hardware (will vary depending on printer and settings)
Typical build weight: 544 grams including a 4S 1300 mAh battery