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We wonder how a hoverboard balances itself because it uses the principle of a self-balancing robot that is two-wheeled and balances itself. What happens if the pilot doesn’t know the information in terms of the aircraft's attitude both in pitch and roll. To resolve this problem artificial horizon is used. It is referred to as gyros or artificial…

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ANIRUDH-333/Self-Balancing-Robot

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Self-Balancing-Robot

We wonder how a hoverboard balances itself because it uses the principle of a self-balancing robot that is two-wheeled and balances itself. What happens if the pilot doesn’t know the information in terms of the aircraft's attitude both in pitch and roll. To resolve this problem artificial horizon is used. It is referred to as gyros or artificial horizons, operated with a gyroscope that indicates at which level aircraft are oriented to the earth.

Wanna run and play?

Go and find the codes for Artificial Horizon and Self Balancing Robot in these folders and their Readme files for help to run the codes.

Contributors

Anirudh Edpuganti
Chaitanya Reddy
Pillalamarri Akshaya

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We wonder how a hoverboard balances itself because it uses the principle of a self-balancing robot that is two-wheeled and balances itself. What happens if the pilot doesn’t know the information in terms of the aircraft's attitude both in pitch and roll. To resolve this problem artificial horizon is used. It is referred to as gyros or artificial…

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