How to make RC airplane for FPV.
he FPV (First Person View) system basically consists of a camera, an image transmitter and a camera or screen.
The FPV camera transmits the image to the FPV transmitter.
The FPV receiver on the goggles receives these signals and transmits them to the screen.
With this system, we can fly a model plane as a first-person view.
MATERIALS:
Eachine EV800D FPV Goggless:
Run Cam 2 FPV & Record Camera:
TS5828L FPV Video Transmitter:
Radiolink AT9S Radio Control System:
2212 Brushless Motor:
8x6 or 8x4.5 propellers:
2 pcs 30A Brushless ESC (20-25A can be used according to the motors you will use):
11.1V 1800Mah or 2200Mah LiPo battery (3S):
2pcs 35-40mm Wheel:
Pushrods:
2mm Rod For Landing Gear:
4 pcs horns:
4 Micro servos (9gr servos):
Gold Connectors 3.5mm (Motor & ESC connections):
Canopy Hatch Lock link:
Wheel stopper:
Adjustable Linkage stopper (Easy Link):
Y extension cable:
L type nylon clevis keper clip:
Adjustable Linkage stopper (Easy Link):
LiPo Battery Balance Charger:
5mm kraft foam board (50x70 plate):
Hot melt Glue Gun:
Mini Bench Vice Clamp:
Technicial Specifications:
Lenght: 700mm
Wing span: 960mm
Flight weight: About 770 gr (FPV system +110 gr)
Center of gravity: 5.5-6 cm from the front of the wing
Required control system: Min. 4 channels, 4 micro servos
Suitable battery: 11.1V 1800Mah - 2200Mah Lipo battery or 11.1V 2600Mah Li-Ion (18650 5A) Battery
Suitable motor: 2212 Brushless (900-1000KV)
Suitable propeller: 2 Blade 8x4.5 or 2 Blde 8x6
This technique of 3D printing the wing ribs to hold a true aerofoil shape worked out super well! Combined with foam sheets, packing tape and the lightweight wooden spar, it performs amazingly well!
