Selection of a suitable engine for developing a hover bike.

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Discussion Overview

The discussion revolves around the selection of a suitable engine for developing a hover bike, focusing on the calculations needed for power requirements, thrust, and engine specifications. It includes considerations of safety, stability, and regulatory compliance.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant seeks to determine the power required to lift a hover bike weighing 400-500 kg, asking about engine selection, shaft power, rpm, engine cc, and thrust.
  • Another participant questions the feasibility of designing a hover bike without sufficient knowledge of necessary calculations, raising concerns about safety, stability, control, insurance, and local regulations.
  • A similar viewpoint is expressed regarding the need for professional engineering assistance or a strong foundation in math, physics, and engineering.
  • A participant reiterates the need to understand the thrust required and emphasizes that the design of the lifting system must be established before calculating the power needed.
  • There is a clarification sought about the definition of "hover," questioning whether it refers to flying or hovering just above the ground like a hovercraft.

Areas of Agreement / Disagreement

Participants express differing views on the necessity of professional engineering guidance and the foundational knowledge required for the project. The discussion remains unresolved regarding the specifics of the design and calculations needed for the hover bike.

Contextual Notes

Limitations include the lack of clarity on the design parameters for the hover bike, such as the intended height of hover and the specifics of the lifting system design. There are also unresolved questions about safety and regulatory compliance.

Abdul Waheed
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I am trying to figure out the power required to lift a hover bike that would have four propellers and would weigh around 400-500 kg. how can i select an engine and find the required shaft power, rpm, engine cc and thrust required.
 
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Are you sure you should be designing a hover bike if you don’t know enough to do those calculations yourself?

How will you ensure the safety of the occupants and bystanders. What will you do for stability and control. Does your insurance cover this? What are the local regulations on such vehicles?

I think you need to hire a professional engineer.
 
Dale said:
I think you need to hire a professional engineer.

or... study hard some (a lot, actually) math, physics and engineering. Could be useful...
:smile:
 
Abdul Waheed said:
I am trying to figure out the power required to lift a hover bike that would have four propellers and would weigh around 400-500 kg. how can i select an engine and find the required shaft power, rpm, engine cc and thrust required.
The thrust required for a HOVERbike should be obvious, but to know how much power is required to generate that thrust you have to design the rest of the lifting system first.

I can't tell an important thing though: when you say "hover" do you mean fly or do you mean hover a few cm above the ground, with a skirt like a hovercraft?
 
Last edited:

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