";s:4:"text";s:4964:" Ten years ago, something like that would’ve cost thousands.”Other technological evolutions have helped too. “Ten years ago, the sensors weren’t available, and smartphones have sort of led the way there. Seamlessly embed rich content and videos, deliver them all …
After a quick preflight check, Mayman boosted into the air and immediately started flying in circles as though he’d been born with turbines on his back. Jetpack Backpack. Jetpack Aviation plans to start selling the JB-10 in 2019, but to get your hands on one, you’ll need to shell out about $250,000. People also love these ideas The Jetpac's ergonomic shoulder and waist straps provide comfort while fending off fatigue. All that and it still fits in the trunk of a car.That said, there is one big barrier standing between us and the utopian future where everyone makes their morning commute via jetpack — and that barrier, of course, is price.Unsurprisingly, all this gyroscopically-balanced, trunk-sized vectored thruster technology isn’t cheap. Engineers and thrill-seeking tinkerers have been strapping turbines on their backs since the 1970s, but it wasn’t until recently that engines became small and efficient enough to enable reasonably long flight times. It’s certainly not the first jetpack that’s ever been built, but it’s likely the first that an average person could fly. If you wanted to fly a helicopter, you’d need 150 hours of training — but with this, you can learn everything you need to know in about 3 hours.”That’s really the most amazing thing about the JB-10. Years ago, even the most advanced jetpack could only fly for about a minute, but the JB-10 can stay airborne for 10 minutes at a time, accelerate to more than 70 miles per hour, and reach altitudes of over 10,000 feet. Don’t get hung up on the price. If you want to stop, you just lean back. In addition to a pair of custom-modified jet turbines, the machine boasts a veritable boatload of sensors. During flight, gyroscopes and accelerometers check up on the craft’s orientation hundreds of times per second, constantly sending feedback to the system’s control electronics and vectoring the thrusters in order to keep the pilot stable.“It’s like a Segway,” Mayman explains.
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