Скачать или смотреть A man in jet suit reaching speeds nearly of airbus

This incredible jet suit flight over Dubai is a live demonstration of Newton's laws. Its engines create massive thrust by expelling exhaust backward, producing an equal forward force to propel the pilot (Newton's 3rd Law). This thrust must far exceed the pilot's weight to achieve vertical lift and rapid acceleration—a high thrust-to-weight ratio is essential. The pilot's streamlined posture is critical to minimize the immense aerodynamic drag encountered at such high speeds.

To control this raw power, the pilot becomes part of the system. By shifting their body, they move their center of mass for balance. The hand-mounted engines allow for thrust vectoring, enabling precise steering and stabilization. The flight is a constant physical battle, using brute-force propulsion to overcome gravity and drag, achieving controlled human flight at velocities rivaling a commercial airliner.

Branches of Physics:
• Mechanics
• Fluid Dynamics
• Thermodynamics
• Aerodynamics

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Disclaimer: This video is for educational purposes only.

jet suit physics, human flight, thrust, thrust-to-weight ratio, propulsion, Newton's third law, action and reaction, jet propulsion, aerodynamics, drag force, air resistance, terminal velocity, streamline, turbulence, stability, flight control, center of mass, center of gravity, kinematics, velocity, speed, acceleration, g-forces, gravitational force, weight, lift, Bernoulli's principle, fluid dynamics, combustion, fuel efficiency, energy consumption, power-to-weight ratio, momentum, impulse, force vectors, free body diagram, equilibrium, flight dynamics, atmospheric pressure, supersonic, subsonic, mach number, relative wind, angle of attack, stalling, thrust vectoring, gyroscopic stabilization, inertia, materials science, structural integrity, thermal dynamics, exhaust velocity, reaction force, human factors engineering, biomechanics, endurance, range, velocity comparison, Airbus A380, cruising speed, scale speed, Dubai air density, temperature effects on performance, visual perspective, frame of reference, relative motion, ground speed, air speed, vertical takeoff and landing (VTOL), personal aerial vehicle, wearable technology, aerospace engineering, mechanical engineering, physics demonstration, physics education, real-world physics
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