What was the problem with the Spitfire engine?
Carburettor developments However, the Merlin's float controlled carburettor meant that if Spitfires or Hurricanes were to pitch nose down into a steep dive, negative g-force (g) produced temporary fuel starvation causing the engine to cut-out momentarily.What was the Spitfire engine fault?
The Spitfire's original engine couldn't handle barrel rolls. The throttle valve would get flooded with fuel as the plane turned upside-down. German pilots quickly caught on to this particular flaw because black smoke would puff out of the Spitfire whenever it flipped over.What was the carburetor problem with the Spitfire?
The Carburettor ProblemA float was used to control how much fuel entered the carburettor. This worked well when flying normally, but if the Spitfire attempted to perform a negative g-force manoeuvre, the float wouldn't operate properly. The result was loss of power or even the engine cutting out!
What is the problem with the RR Merlin engine?
However, the original Rolls Royce Merlin engine couldn't handle negative G force. The throttle valve would get flooded with fuel as the plane was pitched hard nose down. A tell-tale puff of black spoke would be seen. The engine would stall, just for a moment, but in the middle of a dog fight, this could be fatal.What was wrong with the Spitfire?
During the Battle of Britain, pilots found the Spitfire's ailerons were far too heavy at high speeds, severely restricting lateral manoeuvres such as rolls and high-speed turns, which were still a feature of air-to-air combat.The Spitfire's Fatal Flaw
What did the Germans say about the Spitfire?
During World War II, German pilots considered the British Spitfire and Hurricane fighters to be formidable opponents. They respected the agility and speed of these aircraft and knew that they were a real threat to their own planes, such as the Messerschmitt Bf 109 and Focke-Wulf Fw 190.Did the Germans fear the Spitfire?
A German bomber airman, shot down over Malta, said the 'most terrifying thing' that he experienced in combat 'was the sight of 12 Spitfires all firing cannon and machine guns and coming head-on at our formation. All the front gunners had frozen stiff with fear'.Why didn t the P38 have Merlin engines?
Because it would have been pointless, for three reasons: The Turbocharged Allison engine in the P-38 produced marginally higher power at altitude than the Merlin. Replacing them with Merlins would not have added any power. The P-38's limiting factor was not its engine(s).Why was the Merlin engine better than the Allison?
One of the significant differences between the Allison V-1710 and the Rolls-Royce Merlin was the Allison relied upon a GE turbocharger to maintain high power at altitude, while the Merlin used two speed (and eventually two stage) supercharging.Why was the Merlin engine so good?
It was the right blend of power and reliability. There were other turbo-supercharged engines which would produce comparable power at any altitude. But the Merlin was capable of reliably delivering its rated power for a long time.Who built Spitfire engines?
The Merlin EngineThe Merlin was designed and built by Rolls-Royce. These powerful and reliable engines were fitted to many Second World War aircraft including the Avro Lancaster, Hawker Hurricane and the Supermarine Spitfire. Over 150,000 Merlin engines were built.
What made the Spitfire so fast?
3 The Supermarine Spitfire had a revolutionary wing designThe Spitfire was a stunning aircraft with the powerful Merlin engine that allowed it to climb fast and engage enemy bombers. The secret to the plane's success was its thin semi-elliptical wings.