Interceptor
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Gryphon Single-Man Flying Wing
At first we thought this was a joke—didn't Batman have a pair of wings like this? But no, this Gryphon Single-Man Flying Wing is a parachute system whose 4.9-foot Delta wing has two jet engines on board that can carry a paratrooper 110 miles on a half gallon of jet fuel. The device will be tested in an third quarter of next year, but we'd hate to be the first guy to try it. He'll have to be pretty hefty, too, because the thing weighs 66 pounds.
The mission starts when the brave soul wearing this birdman outfit takes a flying leap out of an airplane at 33,000 feet—hopefully equipped with warm clothes and oxygen—and flies the jet wing wherever he's going until he gets to an altitude of about a mile. At that point, somehow our intrepid hero sheds his wing and opens a parachute, letting that wing dangle below him as he floats to the ground. Better you than me, buddy. Tailwinds.
James Bond-style strap-on jet pack flying wing to extend special forces' reach
A parachute system equipped with a 1.5m (4.9ft)-span delta wing and two micro-turbojets which could propel a paratrooper 200km (110nm) from a drop point could be tested from third-quarter 2007.
The wing has aileron- and flap-like control surfaces along its trailing edge, and around 2 litres (0.5USgal) of jet fuel housed in flexible containers in its leading edge. The surfaces would be controlled by the parachutist using handles linked to servomechanisms.
The engines are likely to be built into the wing, which also has a cargo compartment. The turbojets are expected to weigh around 7kg (15.4lb) each and could be model aircraft engines, industrial impellers or a new design. The wing system will weigh approximately 30kg with engines but no cargo.
“We have a lot of interest from special forces. Jumping from 4,000m [13,000ft] with the propelled system you could fly for 200km,” says civilian skydiving instructor and wing-parachute system test pilot Frank Carreras.
A parachutist could jump from up to 33,000ft using the system, with oxygen equipment and thermal clothing. On reaching an altitude of 3,000-5,000ft, the parachute is opened and the wing lowered on a cord to hang several metres below the user.
Carreras has been working for the parachute system’s developers, German electronics and technology companies ESG and Dräger, which originally developed an unpowered version for the German army. Flight testing of this 14kg system is expected to finish by year-end, after which the prototype will be used for marketing. With the unpowered system a soldier could glide for 50km from a 33,000ft jump.
At first we thought this was a joke—didn't Batman have a pair of wings like this? But no, this Gryphon Single-Man Flying Wing is a parachute system whose 4.9-foot Delta wing has two jet engines on board that can carry a paratrooper 110 miles on a half gallon of jet fuel. The device will be tested in an third quarter of next year, but we'd hate to be the first guy to try it. He'll have to be pretty hefty, too, because the thing weighs 66 pounds.
The mission starts when the brave soul wearing this birdman outfit takes a flying leap out of an airplane at 33,000 feet—hopefully equipped with warm clothes and oxygen—and flies the jet wing wherever he's going until he gets to an altitude of about a mile. At that point, somehow our intrepid hero sheds his wing and opens a parachute, letting that wing dangle below him as he floats to the ground. Better you than me, buddy. Tailwinds.
James Bond-style strap-on jet pack flying wing to extend special forces' reach
A parachute system equipped with a 1.5m (4.9ft)-span delta wing and two micro-turbojets which could propel a paratrooper 200km (110nm) from a drop point could be tested from third-quarter 2007.
The wing has aileron- and flap-like control surfaces along its trailing edge, and around 2 litres (0.5USgal) of jet fuel housed in flexible containers in its leading edge. The surfaces would be controlled by the parachutist using handles linked to servomechanisms.
The engines are likely to be built into the wing, which also has a cargo compartment. The turbojets are expected to weigh around 7kg (15.4lb) each and could be model aircraft engines, industrial impellers or a new design. The wing system will weigh approximately 30kg with engines but no cargo.
“We have a lot of interest from special forces. Jumping from 4,000m [13,000ft] with the propelled system you could fly for 200km,” says civilian skydiving instructor and wing-parachute system test pilot Frank Carreras.
A parachutist could jump from up to 33,000ft using the system, with oxygen equipment and thermal clothing. On reaching an altitude of 3,000-5,000ft, the parachute is opened and the wing lowered on a cord to hang several metres below the user.
Carreras has been working for the parachute system’s developers, German electronics and technology companies ESG and Dräger, which originally developed an unpowered version for the German army. Flight testing of this 14kg system is expected to finish by year-end, after which the prototype will be used for marketing. With the unpowered system a soldier could glide for 50km from a 33,000ft jump.
