README.md

Personal Drone Calculations and Notes

Drone Design

Wing Body/Tail Design

• b_w = 2.5ft = .762m
• c_bar = 4in = .1016m
• S_w = .0774 m^2

Airfoil: NACA 4412 - plots at Re = 1e6

Wing Body Plots

Tail Plots

3d Printing and Design

Dev Env Activation

source env/bin/activate - use local env

deactivate - use global env# fixed-wing-drone-design

Process

Collecting my design process into one place

1. Pick wing body airfoil (NACA 4412)
2. Pick wing body aspect ratio (7.5)
3. Pick wing body chord length (c_bar = .1016m) (limited by 3d printer size and practical assembly restraints)
4. Calculate b, S from the two above values
5. Calculate L, D, L/D for V=[1,20] and trim_alpha=[-5,5.5]
6. Choose optimal trim_alpha from above calculations
7. Calculate Lift at trim from main wing body
8. Pick Tail airfoil (NACA 4412)
9. Pick Tail chord length/span length
10. Calculate lift from tail at trim - i_t