Novel Flying Device: Balloon Copter

In summary, the balloon could not be substituted for a turbine to make a practical flying device. A turbine would be necessary to create the thrust and lift needed for flight.
  • #1
Buckleymanor
644
27
Any reason why the balloon could not be substituted for a turbine to make a practicle flying device .
One that could have comercial use.
http://www.presentsformen.co.uk/science-museum-balloon-copter-prod9413/?gclid=cpdtrkvg074cfcpmtaodrnoa5g
 
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  • #3
Not really a hybrid more along the lines of completely substituting the balloon for a jet turbine and being able to change the angle of the propeller for take off and fast flight.
Maybe even making the blades stationary in flight and by adjusting the end nozzle of the blade to enable a faster performance than a helecopter.
I am not sure if you nowticed but the air from the balloon flows through the prop and is ejected out the ends which causes rotation of the blades and balloon and lift at the end of the propellers.
Obviously the jet turbine won't be allowed to rotate with the prop.
 
  • #5
Well fancy that, thanks for the link A.T. must admit have never seen a Tip Jet before it fits the bill allmost.Wonder why they are not so prolific and well known.
 
  • #6
Buckleymanor said:
Any reason why the balloon could not be substituted for a turbine to make a practicle flying device .
One that could have comercial use.
Turbine? That doesn't compute - is that the word you really meant to use? Could you explain what the turbine would be doing?
 
  • #7
russ_watters said:
Turbine? That doesn't compute - is that the word you really meant to use? Could you explain what the turbine would be doing?
No it's not the word turbojet would be more usefull.The turbine would be compressing gas to power a jet engine.The compressed gas coming out of the engine would travell through tubes into the rotor or blades and be ejected at the tips making them turn, much like a garden sprinkler inverted.This would create thrust and lift depending on the amount of gas produced.
Changes in the angles of the blades, tips and the amount of rotation combined with the gas produced would enable the different caperbilities needed for flight. Ie, hovering, up down forewards backwards.
 

Related to Novel Flying Device: Balloon Copter

1. How does a balloon copter work?

A balloon copter works by harnessing the power of helium and air pressure to create lift. The balloon is filled with helium, which is lighter than air, causing it to rise. The copter blades are positioned at an angle to catch the air as the balloon rises, creating a spinning motion and lift.

2. What materials are needed to make a balloon copter?

The materials needed to make a balloon copter include a balloon, a stick or straw, a paper clip, scissors, and tape. Optional materials that can be used to decorate or customize the copter include markers, stickers, or construction paper.

3. Can a balloon copter be controlled?

Yes, a balloon copter can be controlled to some extent by adjusting the weight and angle of the blades. Additionally, the direction of the copter's flight can be influenced by the direction of the wind and the size of the balloon.

4. How high can a balloon copter fly?

The height that a balloon copter can reach depends on the strength of the helium and air pressure, as well as the weight and design of the copter. On average, a homemade balloon copter can reach heights of up to 10-15 feet.

5. Are there any safety concerns when using a balloon copter?

There are a few safety concerns to keep in mind when using a balloon copter. It is important to avoid flying the copter near power lines or in windy conditions. Additionally, the copter should be used under adult supervision and children should be careful not to inhale helium from the balloon.

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