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Chickeny Chickens
Chickeny Chickens
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By aircraft design, excluding engine power, how do you make planes that have a tight turn radius while maintaining speed?

What are all factors in design, excluding engine power and acceleration, thrust vectoring and flight computers, that makes a plane that have a real tight turning radius while maintaining speed? Like larger elevator, light weight etc. Where should the centre of gravity be placed? What are all aspects I need to know?

By aircraft design, excluding engine power, how do you make planes that have a tight turn radius?

What are all factors in design, excluding engine power and acceleration, thrust vectoring and flight computers, that makes a plane that have a real tight turning radius? Like larger elevator, light weight etc. Where should the centre of gravity be placed? What are all aspects I need to know?

By aircraft design, excluding engine power, how do you make planes that have a tight turn radius while maintaining speed?

What are all factors in design, excluding engine power and acceleration, thrust vectoring and flight computers, that makes a plane that have a real tight turning radius while maintaining speed? Like larger elevator, light weight etc. Where should the centre of gravity be placed? What are all aspects I need to know?

Source Link
Chickeny Chickens
Chickeny Chickens
  • 143
  • 4

By aircraft design, excluding engine power, how do you make planes that have a tight turn radius?

What are all factors in design, excluding engine power and acceleration, thrust vectoring and flight computers, that makes a plane that have a real tight turning radius? Like larger elevator, light weight etc. Where should the centre of gravity be placed? What are all aspects I need to know?