Versatile front and rear facing Go Pro mounting.
Quickly adjust between full-ducts/half-ducts/prop guards.
Ultra low vibration for smooth footage (even without stabilisation).
A state-of-the-art tool for Cinematic FPV.
Designed for 3.5 inch props, no props in view.
4 mm Truss Arms
Up to three 25.5 or 20 mm stacks, One 30.5mm stack
32x32mm GoPro mounting holes in top plate with installed press-nuts
XT60 pass through top plate
Captive battery strap slots for lengthwise or toilet tank mounting
Fits the DJI FPV camera or 19x19 mm camera
Recommended motor size 2004
9x9 up to 12x12mm motor mounting
Standoffs, carbon and hardware included
See the key features of the frame
Ducts do more than just protect the props, they also create aerodynamic drag that is vital for closely following slower moving targets e.g. Skateboarders
For faster targets e.g. BMX the drag from the ducts makes it hard to keep up!
The AOS Cine35 has 3D printable modular ducts (link) that allow the drag to be adjusted. Full ducts are ideal for slower moving targets, half ducts for faster targets and no ducts for minimal drag for the fastest shots.
Versatile camera mounting
A Cinewhoop must be a versatile tool for capturing a range of different aerial shots.
With a fully reversible top plate and additional mounting points underneath the AOS Cine35 makes it easy to capture both forward and rear facing shots over the widest range of different camera angles.
All while making sure the frame stays out of view.
Vibrations are often a cause of poor image quality with tranditional Cinewhoops. They cause blurry footage as well as wobbles and bobbles that require additional stabilisation to remove in post processing.
The structure of the AOS Cine35 minimises frame resonances to deliver exceptionally clear and smooth footage.
Most Cinewhoops use injection moulded plastic or 3D printed prop guards. These fragile materials often deform and crack over time potentially jamming up the props and needing replacement.
The AOS Cine35 uses carbon fibre prop guards to maximise stiffness and strength while reducing weight.