The black burned bits are me being lazy and setting the soldering iron too high while piercing holes through the membrane
Added voronoi pattern for better adhesion and stability mainly for the elevons
Wings are now attached to the body with screws
Winglets and Wings are a single body printed onto the plastic sheets
To be honest I calibrated my 3D printer so bad that I did not get Whitespace's original design to print properly. My method of printing onto plastic sheets plus some design changes made this remix very easily printable
Body:
I solidified the complete body for printing ease. Still very lightweight.
I stretched the body to make space for a 2460 biblade propeller, which is mounted on a 1104 4300kV 3S motor
I adjusted the servo holders to be able to screw in my 1.7g micro servos
I created an adjustable angle camera mount and housing for my AIO cam system.
Electronics:
1.7g micro servos
1104 4300kV 1-3S Motor
3S 15A ESC + BEC
2460 biblade Propeller
7Ch ELRS PWM Receiver
200mW AIO Cam + VTX
3S 550mAh 95C LiPo
Disclaimer:
Please download the servo shafts from Whitespace's FPV Racer. I will not upload models which I did not create or edit signifiantly.
Assembly:
To avoid putting too much strain onto the elevons, cut the hinges into the membrane before folding the wing close. The PETG-BoPET adhesion is prone to rip otherwise.
A medium heat soldering iron is a quick way to puncture to the holes at the wing base and at the folding flap. Just don't set it too high or you will leave some ugly scourge marks.
My To Do's:
Please be patient with the screw sizes. I used M1.4, M1,6 and M2 of various lengths and eyeballed the screw lengths. I will measure out what I actually used soon, so you have a complete parts list.
When I have some extra time on hand I will also post the links to my electronics components
The cam casing still has some rough edges, I will need to add some fillets
Morty_Fire
