well that was easy...

maybe not the best but the simplest!
Just launch , pitch and yaw and hit something! Super simple! My first design was horribly complex but... Well this is easy
Specifications
General Characteristics
- Created On Android
- Wingspan 8.2ft (2.5m)
- Length 16.4ft (5.0m)
- Height 8.2ft (2.5m)
- Empty Weight 2,070lbs (939kg)
- Loaded Weight 6,016lbs (2,729kg)
Performance
- Wing Loading 1,118.0lbs/ft2 (5,458.5kg/m2)
- Wing Area 5.4ft2 (0.5m2)
- Drag Points 3111
Parts
- Number of Parts 16
- Control Surfaces 0
- Performance Cost 56
Permanent Tags :
@YishFish42
@Kav
@Graingy okay don't worry , happens to me with other names , basically he explains thing and events with 3D animations
Not familiar.
@Graingy that creepy and weird animations guy that explains things
@Pakdaaircraftindustries Who?
@Graingy then I can't explain it , tell Zack Films to do it , sorry
@Pakdaaircraftindustries I literally cannot.
@Graingy reverse engineer it bro
@Pakdaaircraftindustries what
@Graingy in mom terms : the thing inside ether thing is connected to that thing connected to the thing
@Graingy I mean inside the misile there's a block connected to a detacher that's connected to a pylon and that detacher is connected to a block and that block is connected to a cable and that cable us connected to the red block
@Pakdaaircraftindustries wdym?
@Graingy it's a detacher with a block attached to something
@Pakdaaircraftindustries bruh
@Graingy I don't know
@YishFish42 How does it fire while remaining attached?
@Graingy i reverse-enginered it and it's a gyroscope attached to the rocket
It's smart
I was literally just thinking about what would happen if you put a winch on a rocket.
But how?
@Pakdaaircraftindustries Thank you so much! :D
@YishFish42 yeah just a little decorations and that will be done!
@Pakdaaircraftindustries that would be looking good on an IFV or a truck
@YishFish42 you're welcome! Maybe tomorrow I will do the actually TOW shaped one
Thanks for the tag!
This work perfectly!
@Kav yeah sure! It's free to use after all!