You have a couple of options to make your life easier:
1. increase power
2. increase wing area
3. decrease weight
4. change mass distribution to improve stability
5. increase prop diameter for better power absorbtion and acceleration
6. add flaps
7. decrease drag, although this will have minimal effect at low speed
Did a simple test with a jet plane with symmetrical airfoils, here's the results:
Drag points: 911
Thrust: 6000 N
Top speed reached at sea level (IAS): 83 m/s
Thrust power assuming constant thrust: 6000 * 86 = 498000 W = 498 kW
The thrust power should be equal to the work done by the incoming air,
but I have no idea how to use this number to arrive back at 911. Obviously this is as simple as it gets and there are a lot more variables in reality, so the answer is probably in that. The wing area and weight of the aircraft turn out to play a role as well even though their effects are not reflected in the number of drag points.
@Randomdoggo 5G is nothing more than a bunch of high frequency radio waves carrying data. Although the radiation is not good for you, there is no way it could magically spawn a virus. Would be very interesting if it could though.
5G is a horrible idea though. The strength of the signal declines so quickly with distance that you'll need poles every few hundred meters (significantly influenced by obstructions). It will only be good for very localized applications and very expensive.
@Adityo0502 The T3000 actually has a higher power/weight ratio than the T1000. 1000 HP at 250 kg vs 3000 HP at 650 kg. The small heli rotor is by far the best though with 2500 HP at 225 kg.
Those pictures is just the google algorithm showing random pictures from a page that probably also contains the correct image. Those videos are truly horrendous though.
@robloxweponco Or add 5 more. You got extremely close, had your entry been 1 km/h faster I wouldn't have had to factor in efficiency and you would've been 1st
place. Congrats on 2nd nonetheless.
You have a couple of options to make your life easier:
1. increase power
2. increase wing area
3. decrease weight
4. change mass distribution to improve stability
5. increase prop diameter for better power absorbtion and acceleration
6. add flaps
7. decrease drag, although this will have minimal effect at low speed
We have come a long way
he vibin
@Isfsisyouman If you're on android it won't work anymore because it's not supported
That thing looks hurt..
Thats a strong helicopter lol
@robloxweponco
Demonetized
Did a simple test with a jet plane with symmetrical airfoils, here's the results:
Drag points: 911
Thrust: 6000 N
Top speed reached at sea level (IAS): 83 m/s
Thrust power assuming constant thrust: 6000 * 86 = 498000 W = 498 kW
The thrust power should be equal to the work done by the incoming air,
but I have no idea how to use this number to arrive back at 911. Obviously this is as simple as it gets and there are a lot more variables in reality, so the answer is probably in that. The wing area and weight of the aircraft turn out to play a role as well even though their effects are not reflected in the number of drag points.
The Star Wars Canyon of simpleplanes
@rexzion Yes thats possible, as long as the shells are not explosive
How do you transfer the power through a bent shaft like that?
Murica
Because it's worth 30 upvotes. And that's not necessarily bad.
Oof
@RAF1 Just looked that up. How in the hell? Never heard of that one before...
Fun fact: The F-16 has a climb rate of 72.000 ft/min. Absolutely insane.
They are here
@MrPorg137 Yes
@MrPorg137 Because Britain
EGG-335 confirmed?
@Thecatbaron Np!
@rexzion Legend has it the designers were having some very strong tea the night before they took to the drawing board.
Happy birthday, have a VTOLFire!
Lmao
Everything is good except the prop, it's way too small.
Pretty sad yea. Airplanes will always be the masterrace.
That is actually an A-90 Orlyonok
B o i
It's been dead for quite a while but everyone keeps saying it's more alive than ever
@Randomdoggo 5G is nothing more than a bunch of high frequency radio waves carrying data. Although the radiation is not good for you, there is no way it could magically spawn a virus. Would be very interesting if it could though.
Epic
5G is a horrible idea though. The strength of the signal declines so quickly with distance that you'll need poles every few hundred meters (significantly influenced by obstructions). It will only be good for very localized applications and very expensive.
@semk You can see in the video.
@Code So I guess it just bounced off?
@Adityo0502 The T3000 actually has a higher power/weight ratio than the T1000. 1000 HP at 250 kg vs 3000 HP at 650 kg. The small heli rotor is by far the best though with 2500 HP at 225 kg.
Those pictures is just the google algorithm showing random pictures from a page that probably also contains the correct image. Those videos are truly horrendous though.
GG, this is an excellent racer.
I wonder what would happen if you rammed the USS Beast into it
@AerialFighterSnakes They are not?
@pura 1210 km/h on high physics
@robloxweponco Your speeds were also the same in km/h, so I had to make a judgement based on efficiency.
@robloxweponco Or add 5 more. You got extremely close, had your entry been 1 km/h faster I wouldn't have had to factor in efficiency and you would've been 1st
place. Congrats on 2nd nonetheless.
@AerialFighterSnakes
@pura
@Hyeko
@Notnoob1000
@TheXDimension32
@MarshallLewisAerospace
@Wongsud
@semk
@Leg0Mast3r
@SpeedyNumber7
@Vtp28
@Hedero Your design is actually capable of much greater speeds with a coarser prop pitch.
@TheBeast999 Congratulations!
@Hedero
@Jokowi
@TheBeast999
@robloxweponco
@jacephysicsboss