What's the jet with 21✠53?
Well, with an aircraft so safe to begin with what could possibly go wrong?My favourite mad F-104 variant:
Zero Length Launch - aka Runways - Pah! We don't need 'em.
I think 21-53 and definitely D-9518 - as its the only survivor, plus a few other exhibits are on holiday to Schleißheim from the main aviation gallery in Deutsches Museum Munich, which is currently being rebuilt. Due for completion sometime in 2018.
Midweek fares in February Luton Munich £25 each way... This, the science museum and the BMW museum I shouldn't.A few highlights from Flugwerft Schleißheim:
Midweek fares in February Luton Munich £25 each way... This, the science museum and the BMW museum I shouldn't.
Two prototypes of the EWR VJ 101C single-seat experimental VTOL aircraft were built. Generally similar, they were both of high-wing monoplane configuration, primarily of light alloy construction, had retractable tricycle landing gear and accommodated the pilot in a pressurised cockpit, seated on a Martin-Baker ejection seat. Powerplant comprised six RB.145 turbojets, developed jointly by Rolls-Royce and MAN-Turbomotoren, with two mounted vertically in the fuselage, immediately aft of the cockpit, and two in a swivelling pod at each wingtip.
Those in the fuselage were used only for VTOL and low-speed flight, those in the wingtip pods for VTOL, low speed, transition from vertical to horizontal flight, and high-speed flight. Control of the aircraft in flight had been explored by a hovering rig powered by three Rolls-Royce RB.108 lift-jets, and by May 1963 this had made a total of 70 flights.
The VJ 101C X-1 prototype was flown for the first time in free hovering flight on 10 April 1963. It had exceeded a speed of Mach 1 several times before it crashed, following a vertical take-off, on 14 September 1964. The VJ 101C X-2 differed by having afterburning engines in the wingtip pods, providing greater power for take-off and landing, and this made its first hovering flight on 12 June 1965. Four months later, on 22 October, the X-2 achieved the first full transitions from vertical to horizontal flight and vice versa, but development was discontinued soon after.
Production of a single-seat interceptor was planned, under the designation EWR VJ 101D, but this would have differed considerably from the research prototypes. VTOL lift would have been retained by a battery of Rolls-Royce/ MAN RB.162 lift-jets in the fuselage, but primary propulsion would have come from two Rolls-Royce/MAN RB.153 turbofans mounted in the rear fuselage, these relying upon thrust deflection for control purposes. However, none of these aircraft was built.
If you look at the section directly above the loading ramp and the green-shaded area, that's labelled 'lift' in Cyrillic. I'm not sure if it would have been big enough to provide lift for the people, aircraft and power stations, mind.Er... I'm not an aviation expert or anything, but they appear to have filled the lifting gas bit with things like people, aircraft and power stations. Many of which are heavier than air.
A Spitfire. With floats.
Real or pixels? I hope real...
A Spitfire. With floats.
And the Leduc Ramjet pilot seems to have found his flying experience . . . memorable, if facial expression is any judge;At least they got some of their ramjet planes into the air - Whilst ours got cancelled before they left the drawing board or made it to completion in the prototype stage.
Although not strictly a ramjet, wasn't the SARO SR-53 prototype the only UK mixed jet/rocket aircraft to make any significant number of flights?
Always liked the Flying FLask/Leduc Ramjet - Yes, that cockpit is made out of Pyrex!
MUST DIEsuacer nazis in the north pole
MUST DIE
One wonders what happened to this P3 Orion - A cancelled project or did they simply taxi it into a wall..?
Since 1946, British aerospace company Martin-Baker has saved the lives of at least 7,450 pilots. That's because it makes ejection seats—one of the most vital pieces of safety equipment on any high-speed aircraft. Martin-Baker seats are the best of the best, tested to the most punishing levels of endurance and extremes of shock, vibration, temperature and more. Amazingly, Bremont's Martin-Baker watches are all put through the same rigours used on the ejection seats, at the same test facility. Fitted with anti-shock movement mounts and Faraday cages, the MB watches are made to be the ultimate endurance chronometer, able to survive just about anything short of a direct meteor strike. Recognised by their red aluminium barrel, original MBI pieces like this one are exceptionally rare because they are only given to those who have actually ejected during flight.