I was always led to believe the ME-262 was superior, because it flew faster.
However, yesterday, I was told that ME-262 lacked maneuverability and were easilly shot down by RAF Spitfires or Hurricanes. The ability to fly fast - in a straight line - makes the ME-262 sound quite vulnerable in a dogfight.
* Gloster Meteor *
Gloster were charged with developing a jet fighter from the succesful pre-war E.28/39 experimental jet. By July 1942, they had built several working Gloster G.41 prototypes. The first of those to be designated Meteor flew in March 1943.
Several powerplants were used to power early models. The best was arguably inventor Frank Whittle's W2/700 turbojet (2,485lbs thrust), but they did not enter mass production and Rolls-Royce Welland (1,700lbs thrust) were used instead.
Other jet engines used in Meteors were De'Havilland, and Rolls-Royce Derwent.
Gloster Meteor Mk.1 did enter service and is probably the model that famously engaged an unmanned flying bomb. The first squadron of RAF Gloster Meteor F.III was formed in 1944.
Gloster Meteor F.III spec:
470mph
40,000ft ceiling
Rolls-Royce Welland turbojets (2,000lbs thrust)
Design varients continued to Mk.17, and the series remained in service with the RAF until the 1950s. Other nations continued to operate them twenty or more years after that.
Mk.11 through Mk.14 were night fighters. Meteors were also used to test ejecting seats. Gloster Meteor Mk.8 attained 598mph.
* Messerschmitt ME-262 *
Like the Meteor, ME-262 development sprung from pre-war experiments with jet technology and the British E.28/39.
ME-262 airframes were finished by 1942, but the BMW and Jumo powerplants were delayed until 1944. Having the mountings designed as an afterthought, for an already finished airframe, has been cited as a possible cause of premature engine fatigue. The airframe suffered mechanical problems with sticky landing gear; it had been originally designed with a wheel beneath it's tail as seen on earlier prop-planes.
Many varients were built in a short time, including regular fighter (Schwalbe/Swallow), bad-weather fighter with extra guns, bomber, 2-seat bomber, and reconaisance.
The first entered Luftwaffe service towards the end of 1944. Hitler has been blamed for it's late entry into service, but the time scale matches that of the Gloster Meteor, and analysts think a more likely cause for delay was Germany's inability to produce servicable jet-engines.
They saw action action towards the end of WW2.
ME-262 spec:
541/560 mph
36,000ft ceiling
Luftwaffe instructions were never to exceed 560mph because, depending on the individual airframe, the plane may become uncontrollable and dive back down to earth. However, prototype #12 set a jet speed record of 624 mph.
* Pilots *
Clive Gosling was one of the few pilots to actually fly both planes. For each topic, he preferred..
Speed (engines): ME-262
Critical speed (airframe): ME-262
Turning: Meteor
Pilot view: Meteor
Armaments: ME-262
Reliability: Meteor*
Range: Meteor
* Apparently, the ME-262 suffered an engine-life of just 10 to 26 hours, depending on pilot treatment. This may have been partly responsible for Hurricane successes. The Meteor's engine life was in excess of 200 hours.
However, yesterday, I was told that ME-262 lacked maneuverability and were easilly shot down by RAF Spitfires or Hurricanes. The ability to fly fast - in a straight line - makes the ME-262 sound quite vulnerable in a dogfight.
* Gloster Meteor *
Gloster were charged with developing a jet fighter from the succesful pre-war E.28/39 experimental jet. By July 1942, they had built several working Gloster G.41 prototypes. The first of those to be designated Meteor flew in March 1943.
Several powerplants were used to power early models. The best was arguably inventor Frank Whittle's W2/700 turbojet (2,485lbs thrust), but they did not enter mass production and Rolls-Royce Welland (1,700lbs thrust) were used instead.
Other jet engines used in Meteors were De'Havilland, and Rolls-Royce Derwent.
Gloster Meteor Mk.1 did enter service and is probably the model that famously engaged an unmanned flying bomb. The first squadron of RAF Gloster Meteor F.III was formed in 1944.
Gloster Meteor F.III spec:
470mph
40,000ft ceiling
Rolls-Royce Welland turbojets (2,000lbs thrust)
Design varients continued to Mk.17, and the series remained in service with the RAF until the 1950s. Other nations continued to operate them twenty or more years after that.
Mk.11 through Mk.14 were night fighters. Meteors were also used to test ejecting seats. Gloster Meteor Mk.8 attained 598mph.
* Messerschmitt ME-262 *
Like the Meteor, ME-262 development sprung from pre-war experiments with jet technology and the British E.28/39.
ME-262 airframes were finished by 1942, but the BMW and Jumo powerplants were delayed until 1944. Having the mountings designed as an afterthought, for an already finished airframe, has been cited as a possible cause of premature engine fatigue. The airframe suffered mechanical problems with sticky landing gear; it had been originally designed with a wheel beneath it's tail as seen on earlier prop-planes.
Many varients were built in a short time, including regular fighter (Schwalbe/Swallow), bad-weather fighter with extra guns, bomber, 2-seat bomber, and reconaisance.
The first entered Luftwaffe service towards the end of 1944. Hitler has been blamed for it's late entry into service, but the time scale matches that of the Gloster Meteor, and analysts think a more likely cause for delay was Germany's inability to produce servicable jet-engines.
They saw action action towards the end of WW2.
ME-262 spec:
541/560 mph
36,000ft ceiling
Luftwaffe instructions were never to exceed 560mph because, depending on the individual airframe, the plane may become uncontrollable and dive back down to earth. However, prototype #12 set a jet speed record of 624 mph.
* Pilots *
Clive Gosling was one of the few pilots to actually fly both planes. For each topic, he preferred..
Speed (engines): ME-262
Critical speed (airframe): ME-262
Turning: Meteor
Pilot view: Meteor
Armaments: ME-262
Reliability: Meteor*
Range: Meteor
* Apparently, the ME-262 suffered an engine-life of just 10 to 26 hours, depending on pilot treatment. This may have been partly responsible for Hurricane successes. The Meteor's engine life was in excess of 200 hours.