The Bionic Fighter With Dragonfly Wings...
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Follow for More 3D Mechanics/Mechanical Principal, Science and Technology Videos.
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#bionicfighters #dragonfly #aircrafts
#3danimation #3dmechanics #3dmechanical #3dmechanicalengineering #mechanics #mechanical #mechanicalengineer #mechanicalengineering #mechanicalengineers #mechanic #mechanica #mechanik #mechanicalwork #mechanicalworks #sciencefact #sciencefacts #sciencelover #scienceexperiment
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LearningTranscript
00:00This bionic fighter with dragonfly wings is people's imagination of future aircraft.
00:05It almost completely simulates the flying skills of dragonflies.
00:09It can not only take off on the spot like a dragonfly,
00:12but also achieve right-angle turns, 360-degree rotations, and hover in the air.
00:17Its main feature is that it is as flexible as a dragonfly.
00:21Its eight blades are wings, which remain closed when stationary.
00:25When flying, you only need to spread the wings and swing them rapidly to generate lift and take off on the spot.
00:31The rear thruster generates forward thrust.
00:33Its driving system is similar to that of a helicopter.
00:36The left pull rod is the lifting rod, and the right is the forward rod.
00:40The two pedals under the feet are used to change the blade angle to control the direction.
00:45Locking the wings can change to gliding mode.
00:48When approaching the enemy, retracting the wings can reduce resistance and noise at the same time,
00:53and perform deep dives to sneak attack the enemy.
00:56Although it is difficult to build a wing-laying aircraft in reality, and its reliability is low,
01:03both technology companies in various countries and civilian masters
01:07have never given up on the research of wing-laying aircraft,
01:10and metal fatigue may be overcome in the future.
01:13Can a solution to problems such as aircraft disintegration caused by fuselage resonance really be developed?
01:19Perhaps bionics is still the direction of future technological development.
01:24Like and follow for more informative videos.