Plan for RC F-35A plywood kit 3D model

cgtrader

Specification Wing span:~1m, Length:~1.45m, EDF size: 90mm ~120mm (or turbine). Flying weight(include battery, esc, EDF): 4~6 KG. Thrust: at least 0.8 of Thrust/Weight ratio (ie. 5Kg model need 4.0Kgf of thrust) is recommended Airfoil: optimized for low reynolds number(500,000), Wash out angle: ~4 degree. Take off speed: 12m/s(4kg model) 15m/s(6kg model) Max angle of attack: 25degree(without slat) or more than 40degree(with slat.) All parts was proven to fit together by actual assembly. All wing and stabilizer parts has assembly tab for exact alignment. LE slat feature is experimental. I do not recommend for you to use slat or leading edge flap feature. Because it is very difficult to make them properly work and airplane will be heavier. You can Just glue the slat parts to wing core(wing box) This package includes: DXF files for Laser cutting (laser cutting ready) PDF files for floor plan STL files for 3d printable inlet duct(3D printing ready) and cheater hole(optional) STL files for Canopy mold (for making canopy with epoxy+fiverglass) Tips for assembly 3mm carbon rods is not necessary. First, print the inlet duct and assemble it with other plywood. Otherwise, you will have to do some surgery to implant the inlet duct. The inlet parts were updated for maximum efficiency of airflow and you need to cut a littlebit of the inside portion of FW parts to fit the new inlet parts. There are some reports that the holes for square carbon rods are little bit small. You can avoid this problems by sanding the square holes before you assemble them. I hope you have a great time during the assembly of this airplane. best regards.