Is the Seafire FR 47 good?

Unlike the previous Seafire Mk XVII which is a low altitude fighter, the Seafire FR 47 has excellent high altitude performance, and you will perform most competitively above 6-7 km. It is good for engaging other fighters and bombers up to 12 km due to a 2nd supercharger gear that peaks in power at 8.4 km.

Did Spitfires land on aircraft carriers?

The Supermarine Seafire was a naval version of the Supermarine Spitfire adapted for operation from aircraft carriers. In November 1942, the first combat use of the Seafire occurred during Operation Torch, the Allied landings in North Africa. …

How many Seafires were built?

The Vickers Supermarine Seafire was produced in 8 marks, with total production of 14 prototypes, 538 Spitfire conversions and 2,094 new-build aircraft, giving a total of 2,646 aircraft (see the table below summarising production quantities from the various manufacturers involved).

What happens in seafire?

After her family is killed by corrupt warlord Aric Athair and his bloodthirsty army of Bullets, Caledonia Styx is left to chart her own course on the dangerous and deadly seas.

Why did later Spitfires have clipped wings?

Shortening the wings lowered the effective altitude of the Spitfire but increased the roll rate, making it more maneuverable at lower altitudes. Clipped wings were not the only alteration made to the Spitfire wing shape. Extended tips were also used for high-altitude performance.

Is there romance in seafire?

Their relationship progresses at a believable pace considering her trust issues, with no hint of romance until well beyond the 60% mark. Disappointing to a die-hard romantic like me, but in keeping with Cala’s character. (Weirdly, I’m only a romantic in books… I’m a complete cynic in real life).

How many aircraft does the Fleet Air Arm have?

174 aircraft
The Fleet Air Arm (FAA) is one of the five fighting arms of the Royal Navy and is responsible for the delivery of naval air power both from land and at sea….

Why are elliptical wings better?

The elliptical wing is aerodynamically most efficient because elliptical spanwise lift distribution induces the lowest possible drag.