Commercial uses NOT Allowed!!! DO NOT sell 3D printed model products

This design makes the usual whoop an analogue of the cinewhoop, which has the following advantages:

• The camera is brought forward: no more propellers on the video;
• The battery is mounted on a tie, in the upper part of the frame, respectively, you can install both 550mAh and 750mAh batteries without any problems, or others...
• The ability to install an external camera, for example Thumb Pro 4K;
• The ability to replace the propeller protection without screwing the components to another frame.

The frame consists of the following parts:

• Frame (Body)
• Propeller protection
• Conopy

BOM:

• Frame (Body) 1 pc;
• Propeller protection 1 pc;
• Conopy2 pcs;
• Plastic washers 2 pcs;
• Self-tapping screw M2x6.5 3 pcs for frame;
• Self-tapping screw M2x13 4 pcs for stek mounting;
• M2x5 screw for mounting the camera 2 pcs.

Some features and tips:

• Weight about 23g, standard frame ~13g
• It is necessary to remove the propellers and install them in the correct direction according to the diagram in betaFlight
• Change the direction of rotation of the motors using the ESC configurator [http://esc-configurator.com/](http://esc-configurator.com/) 
• This frame is designed for older versions of the stack. In some newer ones, the ELRS antenna may rest against the body of the main frame part. You can cut out part of the frame for the antenna, or put an additional 4 spacers between the stack and the body.

Filament:

• The best choice between simplicity, durability and quality: PLA for Body and TPU D60 or D50 for Propeller protection and Conopy.
• PETG works PETG is too fragile, works worse than PLA.
• Propeller protection and Conopy can be printed by PLA. They can be quickly printed and replaced.