[Music] he [Music] the Chinese military has demonstrated the world's first parachute jump by a military dog named dindon alongside its Handler a paratrooper from the people's Liberation Army before the jump dindon is equipped with a newly designed specialized suit that ensures its safety and comfort during the flight the dog then boards the aircraft with its Handler at a designated altitude the pair successfully executed the jump showcasing seamless coordination and trust between human and animal military dogs like dinden play a crucial role in various operations including search missions rescue efforts and security tasks training them for
parachute jumps expands their capabilities and enhances their effectiveness in carrying out missions in remote or hard-to-reach areas following the demonstration with the dog the Chinese military showcased the preparation and execution of parachute jumps using the latest equipment of the Chinese Air Force unit before the jump servicemen inspect and put on their parachute gear receive instructions and proceed to the helicopter inside the helicopter they take their positions check their equipment and prepare for the jump upon reaching the designated altitude and drop zone the paratroopers exit the aircraft one by one on the instructor's command performing their
parachute jumps while in the air the parachutists control their descent adjusting their body position and parachute lines to ensure precise landing at the designated location these training exercises are designed to develop parachuting skills improve Landing accuracy and enhance coordination in the air making them an essential part of the training for airborn units of the Chinese Air Force here is the flyboard air the latest jet powered flying platform developed by French inventor Frankie Zapata which may soon be adopted by NATO Soldiers the device is a hoverboard equipped with five turbojet engines running on kerosene its maximum
flight altitude is 3,000 M maximum speed is approximately 150 kmph and a payload capacity of up to 120 kg the flyboard air is designed for individual flights and demonstration performances control is achieved through the Pilot's body tilts and a handheld controller requiring extensive training and skill currently the device is not commercially available on a large scale and is primarily used for shows and Military demonstrations the exact price of the flyboard air remains undisclosed but in 2017 reports indicated that Zapata had presented the device to the US Army with a potential cost estimated at around $250,000
despite its impressive capabilities the flyboard air has yet to see widespread adoption due to its complex operation limited flight duration and high cost let's take a break from jetpacks and move on to other flying devices this is the efly from the French company Zapata the efly is a personal flying device that resembles a flying segue the user stands on a small platform equipped with a series of jet engines and holds on to two handles extending from the base control is achieved by tilting the body making the flight process intuitive and accessible even for beginners the
efly is an evolution of the company's previous model the flyboard air unlike its predecessor the sfly features handles for maintaining balance significantly simplifying control and reducing pilot training requirements the device can reach speeds of up to30 kmph and Ascend to an altitude of up to 3,000 M the sfly can be used in various Fields including entertainment rescue operations and Military applications engineers at gravity Industries have developed an Innovative jet powered suit known as the jet suit this personal flight system is equipped with five miniature turbojet engines two mounted on the arms and three on the
back the jet suit can reach speeds of up to 88 kmph and Ascend to an altitude of up to 3,658 M its flight time is limited to approximately 5 to 10 minutes depending on conditions and the Pilot's weight control is achieved by adjusting the position of the arms and body allowing precise maneuvering and speed regulation the jet powered suit was demonstrated at the Special Operations forces industry conference where experts highlighted its potential for military and rescue applications the jet suit could be used for Rapid Personnel deployment obstacle navigation and reconnaissance missions in hard-to-reach areas jetpack
AV has introduced a revolutionary jetpack called jb10 this personal flying device is equipped with two specially modified turbojet engines each providing approximately 90 kg of thrust jb10 is capable of reaching speeds of over 193 km per hour and ascending to an altitude of up to 5,500 M the flight time is around 8 minutes depending on the Pilot's weight and environmental conditions there are two versions of the jetpack ultral light and experimental the ultral light version ver is limited to a speed of 105 kmph and a fuel capacity of approximately 19 L allowing it to be
operated without the need for a pilot's license under United States FAA regulations the experimental version has no restrictions on speed or fuel capacity but requires the pilot to have at least a sport or recreational license this jetpack was developed in New Zealand by Martin Aircraft company and it is the world's first which is commercially available unlike traditional jetpack designs the Martin jetpack uses two ducted fans powered by a 2 L V4 engine producing 200 horsepower and running on gasoline the Martin jetpack can reach a maximum speed of about 40 kmph Ascend to an altitude of
up to 760 M and sustain flight for approximately 28 minutes the empty weight of the device is 200 kg initially the company intended to market the jetpack as a personal flight vehicle for for recreational use but later recognized its potential for emergency response search and rescue operations and Military applications professional base jumper Peter Salzman from Austria has completed the world's first flight in an electric wingsuit developed in collaboration with BMWi and design works the wing suit is equipped with two electric impellers made of carbon fiber providing additional thrust and allowing for a horizontal speed of
up to 299 kmph these impellers are positioned on the Pilot's chest and are powered by lithium ion batteries delivering approximately 5 minutes of extra thrust the flight took place over the Austrian Alps where Saltzman jumped from a helicopter at an altitude of about 3,000 M alongside two other pilots in standard Wing suits thanks to the electric propulsion he was able to gain altitude and soar over a mountain peak showcasing the capabilities of this new technology [Music] write in the comments what you liked most after watching this video If you enjoyed this video don't forget to
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