ABOUT
This is a FunkyTree guided missile. That's all.
CONTROLS
You too can operate this war crime machine in 4 simple steps!
1. Select target.
2. Using Roll, point launcher into general direction of the target. You may wish to lead the missile.
3. Activate groups 1-8 to launch. The action groups to launch the missiles can be changed in the Variable Setters menu.
4. Make target cope and seethe. Grass touching is optional.
SPECIFICATIONS
Missile Performance:
Speed at burnout: Mach 4.6
Track rate: 60 deg/s
G load: 280Gs (yes, this is not a typo)
Range in head-on: 85 km
Range against maneuvering target: 40 km
Launcher Performance:
Guidance: +/- 90 degree acceptable cone of fire
Horizontal traverse: 360 degrees
Suspension: Leaf spring
Max speed: 0 km/h
PRACTICAL APPLICATIONS
None whatsoever. Just have fun lol.
NOTES
For the "demonstration" of the system, refer to this video.
I forgor to upload it 3 months ago. Oh well.
Links to non-jpeg'd images: img1, img2, img3, img4
Specifications
General Characteristics
- Successors 3 airplane(s) +7 bonus
- Created On Windows
- Wingspan 5.0ft (1.5m)
- Length 12.5ft (3.8m)
- Height 4.6ft (1.4m)
- Empty Weight 518lbs (235kg)
- Loaded Weight 4,577lbs (2,076kg)
Performance
- Power/Weight Ratio 7.364
- Wing Loading 179.8lbs/ft2 (877.8kg/m2)
- Wing Area 25.5ft2 (2.4m2)
- Drag Points 66
Parts
- Number of Parts 655
- Control Surfaces 0
- Performance Cost 3,495
Hello,
.
On behalf of the rest of the council, I must regrettably inform you that you have been removed for a clear violation of Chapter 1, Article 2: "The completion and public release of any build is prohibited and will be punished to the utmost degree". No one is above these rules and I am sorry it has come to this. As of the time of writing this, a missile has been dispatched and is on route, you have 15 minutes.
.
I wish you a mediocre day.
How Can I Be A Mod?
@Metalpipe223 REAL
WE ARE MENTALLY STABLE WITH THIS ONE🗣🗣🗣🗣🗣🔥🔥🔥🔥🔥
Can you add my bio back
@Ovan8 “loud Brrt noises”
Cheese
“i am completely and mentally stable, oh hey look a civilian airliner-“
@SomeAircraftGuy Cause you fire it at Civillian Airliners.
why in the
helldoes this thing have the "Airliner" tag on it while it clearly aint no airlinervisible confusion
...okay, whoever this council is, I probably have more weaponry than they do
OH HEY LOOK A CIVILLIAN AIRLINER
"Why are you late young ma-"
Mississippi Queen
Oh This Look Like A Civilian Airliner
@BaconAircraft what happened to your die-by-wire?
Die-By-Wire
I am completely mentally stable-OH HEY LOOK A CIVILIAN AIRLINER
The Missile Just doesn’t care about terrain and phases through the terrain to reach its target.
This is the most amazing thing I've ever had the pleasure of operating. It would be really cool if you made a true Rolling Airframe Missile system.
are you making a aircraft cuz i saw it on my jetstream
No one:
Misile:“I must stay focused on my target… OHHH A PASSENGER AILINER!”
Pilot of airliner: “hey…. Is that a Mi-“
“Airliner”
And it's quite easy to transfer this algorithm to the Flight Computer. One way to implement it is using the parameters we already have to calculate the target's latitude, longitude, altitude, combine them with the Flight Computer's latitude, longitude, altitude, we can solve the TargetHeading, TargetElevation and TargetDistance relative to the Flight Computer.
Here is part of the specific formulas:
TargetLatitude: TLat = TargetDistancecos(TargetElevation)cos(TargetHeading)+Latitude
TargetLongitude: TLong = TargetDistancecos(TargetElevation)sin(TargetHeading)+Longitude
TargetHeadingRelativeToMissile: CTHeading = TLat-CLat>0?atan((TLong-CLong)/(TLat-CLat)):sign(TLong-CLong)(180-abs(atan((TLong-CLong)/(TLat-CLat))))
TargetElevationRelativeToMissile:
CTElevation = atan(((TargetDistancesin(TargetElevation))+Altitude-CAlt)/sqrt(pow(TLat-CLat,2)+pow(TLong-CLong,2)))
TargetDistanceRelativeToMissile:
CTDis = sqrt(pow(TLat-CLat,2)+pow(TLong-CLong,2) + pow(TDisV+Altitude-CAlt,2))
There is a way that could be greatly reduce the code quantity which is using the proportional guidance for which core concept is $k * rate(Target movement relative to the missile)$ while k indicates a factor that relative to the TargetDistance&missile speed etc.
So it can be simplified to:
$Horizontal direction : k * rate(TargetHeading)$
$Vertical direction : k * rate(TargetElevation)$
I also uploaded a funky tree guided missile using propotional guidance days ago, you can make a reference to it.
This isn't a war crime, this is the entire geneva bible