My ultralight "Rose"
2,709 Random04
3.8 years ago
This is Rose.. My first "ultralight"
Hey people, this is Rose.. She's my first ultralight
she cute
but why "rose"
–honestly... I wanted to give it that pinky touch in it, as you can see most of the colors are gold and rose gold, so i thought it fits pretty well
details:
-normal flight controls
-AG1: open cockpit doors///AG7: enable gyro (glide mode)
-AG8 for all lights
-takeoff speed with full flaps around 60km/h
-highest part count i ever made
-glide mode: this plane has an a good glide ratio, so i recommend trimming down a bit at high speeds because it produces a lot of lift and that might couse stalling, you can glide by going around 60km/h with a good attitude, throttle at 0 and full flaps.. You don't really need the gyro but i added it so it's gonna be easier.. Gliding at 60km/h is recommended because it has the best glide efficiency (whatever the hell that is) at this speed
i do not know how to measure the plane glide ratio but with a simple way it drops 2-5m/s
while gliding, which is pretty good.
-cockpit locc gud //credit (only the gauges in the cockpit)
-i recommend playing at medium physics, at low the SUSpension goes wabbly, but it's ok.
-STOL (kinda)
it might not look like an ultralight, but for a 2 seater I consider it as an ultralight (allow it fam)
aight have a good day..
upvote if you liked it! (:
Specifications
Spotlights
- jamesPLANESii 3.8 years ago
- Sgtk 3.8 years ago
- Kangy 3.8 years ago
- TheGliderGuy 3.8 years ago
- GuianLorenzo 3.8 years ago
- tsampoyLite 3.8 years ago
General Characteristics
- Created On Android
- Wingspan 37.7ft (11.5m)
- Length 31.1ft (9.5m)
- Height 11.2ft (3.4m)
- Empty Weight 1,520lbs (689kg)
- Loaded Weight 1,702lbs (772kg)
Performance
- Horse Power/Weight Ratio 0.239
- Wing Loading 3.8lbs/ft2 (18.7kg/m2)
- Wing Area 445.8ft2 (41.4m2)
- Drag Points 3412
Parts
- Number of Parts 406
- Control Surfaces 7
- Performance Cost 2,001
nah but this plane looks real goofy 💀
hey, cet ultra léger est super maniable, j'aime beaucoup ! pour calculer une finesse il faut faire :
distance avion/sol ÷ distance horizontale parcourue entre l'altitude de départ et le sol
@Iteration the reaction i needed
rose owo
@Sarnnox (':
She's a beauty!
@Sgtk thanks dude :)
Dope design. Nice work!