Spitfire vs Zero: Which WWII Fighter Was Better?

Spitfire vs Zero: the Zero out-turned it and flew farther, but the Spitfire was faster and tougher. See how the two WWII fighters really compare.

Updated: by Tim de Vries

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Supermarine Spitfire and Mitsubishi A6M Zero compared side by side
Supermarine Spitfire and Mitsubishi A6M Zero compared side by side – © Alan Wilson / Kogo / composite by AeroCorner

The Spitfire was the faster, tougher fighter. The Zero out-turned it, out-climbed it at a steep angle and flew much farther, so the better plane depended on the fight.

Spitfire pilots in the Pacific learned not to dogfight a Zero. They used speed and diving power to slash and run instead.

Supermarine Spitfire
Military Propellor Planes
Supermarine Spitfire
Mitsubishi A6M Zero
Military Propellor Planes
Mitsubishi A6M Zero

General

Units
Supermarine Spitfire
Manufacturer
Supermarine
ICAO code
SPIT
Produced
1938–1948
Price
$16,000 (1939)
Engine
1 × Rolls-Royce Merlin 45 V-12
Engine type
Piston
Power
1,470 hp · 1,096 kW +56% (total)
Wing tips
No winglets
Seats
1
Crew
1
Mitsubishi A6M Zero
Manufacturer
Mitsubishi Heavy Industries
ICAO code
A6M
Produced
1939–1945
Price
—
Engine
1 × Nakajima NK1C Sakae 12
Engine type
Piston
Power
940 hp · 701 kW -36% (total)
Wing tips
No winglets
Seats
1
Crew
—

Dimensions

Supermarine Spitfire
Exterior length
29 ft 11 in 9.12 m 29 ft 11 in 9.12 m +1%
Tail height
11 ft 5 in 3.48 m 11 ft 5 in 3.48 m +14%
Fuselage diameter
2 ft 11 in 0.90 m 2 ft 11 in 0.90 m -18%
Wing span
36 ft 10 in 11.23 m 36 ft 10 in 11.23 m -6%
Mitsubishi A6M Zero
Exterior length
29 ft 9 in 9.06 m 29 ft 9 in 9.06 m -1%
Tail height
10 ft 0 in 3.05 m 10 ft 0 in 3.05 m -12%
Fuselage diameter
3 ft 7 in 1.10 m 3 ft 7 in 1.10 m +22%
Wing span
39 ft 4 in 12.00 m 39 ft 4 in 12.00 m +7%

Weights

Supermarine Spitfire
Empty weight
5,065 lb 2,297 kg 5,065 lb 2,297 kg +37%
Fuel capacity
102 gal 386 L 102 gal 386 L -26%
Max takeoff weight
6,700 lb 3,050 kg 6,700 lb 3,050 kg +9%
Max landing weight
6,600 lb 3,000 kg 6,600 lb 3,000 kg
Mitsubishi A6M Zero
Empty weight
3,704 lb 1,680 kg 3,704 lb 1,680 kg -27%
Fuel capacity
137 gal 519 L 137 gal 519 L +34%
Max takeoff weight
6,150 lb 2,800 kg 6,150 lb 2,800 kg -8%
Max landing weight
— — —

Performance

Supermarine Spitfire
Max cruise speed
321 kt · 369 mph 594 km/h 321 kt 369 mph 594 km/h +11%
Max speed
321 kt · 369 mph 594 km/h 321 kt 369 mph 594 km/h +11%
Cruise speed
— — —
Approach speed
68 kt · 78 mph 126 km/h 68 kt 78 mph 126 km/h +13%
Rate of climb
2,600 ft/min 13 m/s 2,600 ft/min 13 m/s -16%
Range
956 nm · 1,100 mi 1,770 km 956 nm 1,100 mi 1,770 km -5%
Service ceiling
36,500 ft 11,100 m 36,500 ft 11,100 m +11%
Takeoff distance
1,000 ft 310 m 1,000 ft 310 m
Landing distance
790 ft 240 m 790 ft 240 m
Mitsubishi A6M Zero
Max cruise speed
288 kt · 331 mph 533 km/h 288 kt 331 mph 533 km/h -10%
Max speed
288 kt · 331 mph 533 km/h 288 kt 331 mph 533 km/h -10%
Cruise speed
180 kt · 207 mph 333 km/h 180 kt 207 mph 333 km/h
Approach speed
60 kt · 69 mph 111 km/h 60 kt 69 mph 111 km/h -12%
Rate of climb
3,090 ft/min 16 m/s 3,090 ft/min 16 m/s +19%
Range
1,010 nm · 1,160 mi 1,870 km 1,010 nm 1,160 mi 1,870 km +6%
Service ceiling
33,000 ft 10,100 m 33,000 ft 10,100 m -10%
Takeoff distance
— — —
Landing distance
— — —

Table of Contents

Spitfire vs Zero at a glance

Neither was simply better. The Zero was the more agile and longer-ranged fighter, while the Spitfire was faster, sturdier and could be upgraded for far longer.

The specs above compare the two aircraft side by side. This table covers what the spec widget does not.

SpitfireMitsubishi A6M Zero
Service entryAugust 4, 1938 (Mk I, No. 19 Squadron)July 1940 (15 pre-series A6M2)
Number built20,351 (all variants, to February 1948)10,449 A6M (Francillon; USSBS gives 10,094)
Armament (Mk Vb / A6M2)Two 20 mm cannon and four .303 inch guns (B wing)Two 20 mm cannon and two 7.7 mm (.303 inch) guns
Carrier-capableSeafire version onlyYes, from the start
Airworthy todayAbout 60 to 70 (2025)A handful, mostly with replacement engines
Sources: Wikipedia articles on the Spitfire and the A6M Zero. Dimensions, weights and performance are in the spec comparison above.

Turning and range: where the Zero won

Designer Jiro Horikoshi built the Zero as light as possible, in a new aluminum alloy, with no armor and no self-sealing tanks. That made it one of the longest-ranged single-engine fighters of the war.

Its wing loading was very low, which gave it a stalling speed well below 60 knots (69 mph). Lt. Gen. Claire Chennault noted that the Zero could out-turn the Spitfire with ease, sustain a very steep climb and stay in the air for three times as long.

The range gap shows on paper too. The A6M2 had a ferry range of 1,900 miles (3,100 km), against 1,100 miles (1,800 km) for a Spitfire Vb with a fuel tank.

Speed, dive and toughness: where the Spitfire won

The Spitfire Vb topped out at 370 mph (600 km/h), against 331 mph (533 km/h) for the A6M2. It could also dive faster. The Zero’s never-exceed speed was 370 mph, and American test pilots found its controls stiffened above 216 mph (348 km/h).

Tests of a captured Zero also showed it rolled more slowly to the right than to the left, which Allied pilots could exploit.

The Zero’s light build had a cost. A captured example weighed about 5,200 pounds (2,360 kg) loaded, some 2,780 pounds (1,260 kg) less than the F4F Wildcat, and without self-sealing tanks, a short burst that ruptured its fuel tanks was often enough to destroy it.

Guns and firepower

Both carried two 20 mm cannon. The Zero added two 7.7 mm machine guns in the cowling, and each wing cannon held only 60 rounds in the early A6M2.

The Spitfire’s B wing paired two 20 mm Hispanos with four .303 inch Brownings, and the C wing could carry four cannon. The original eight-Browning layout had been judged too weak to bring down larger aircraft, which is why cannon arrived.

For more on the British fighter, see the Supermarine Spitfire page.

What happened when they met

The two types met in the Pacific and Southeast Asia, where the Allies had too few modern fighters. Over Darwin, RAAF and RAF Spitfires of No. 1 Wing suffered heavy losses, largely because of the type’s limited fuel capacity.

To counter the Zero, Spitfire pilots adopted a slash-and-run policy. They used their speed and diving advantage to fight and avoided turning dogfights.

The Allies achieved air superiority once the Mk VIII replaced the earlier Mk V in the theater.

The Zero’s early record, and how it faded

The Zero’s first combat came on September 13, 1940, when 13 A6M2s escorting bombers over Chongqing claimed 27 Chinese fighters. At the time of Pearl Harbor, 521 Zeros were active in the Pacific, 328 of them in first-line units.

Early on the Zero achieved a kill ratio of about 12 to 1. By mid-1942 new Allied tactics and better equipment let pilots meet it on roughly equal terms.

One tactic was the Thach Weave, in which two fighters flew about 200 feet (60 m) apart and turned toward each other when a Zero closed on one of them. Another was to dive on a Zero, fire a short burst and climb away.

Pilot training then slipped. By mid-1943 the decline in Japanese pilot quality made the Zero less effective against newer Allied fighters.

The Spitfire’s long career

The Spitfire served as an interceptor, a photo-reconnaissance aircraft, a fighter-bomber and a trainer. A carrier version, the Seafire, served with the Fleet Air Arm from 1942 until the mid-1950s.

Seafire IIs outperformed the A6M5 Zero at low altitude in wartime mock combat, though the Hellcat and Corsair were more robust carrier fighters. The last operational RAF Spitfire sortie was flown on April 1, 1954.

The Zero stayed in front-line service to the end of the war and was adapted for kamikaze attacks in its final phase.

Which versions are being compared?

Neither name is one aircraft. The early Zero, the A6M2 Model 21, was the version Allied pilots met in 1941 and 1942. Later models such as the Model 52 traded range for speed and dive performance.

The Spitfire spans even more. A fair 1942 matchup is the Spitfire Vb against the A6M2 or A6M3, the Mk VIII against the later Zeros. The Mk VIII is the version that replaced the Mk V in the Pacific theater.

By 1944 the Zero had fallen behind Allied fighters in speed, and it could not be upgraded to keep pace with the Hellcat and Corsair. Japan still produced more Zeros than any other combat aircraft of the war. See the Mitsubishi A6M Zero page for its full specs.

Spitfire vs Zero: who wins?

In a turning fight at low speed, the Zero wins. Royal Navy test pilot Eric Brown said he had never flown a fighter that matched the Zero’s rate of turn.

Everywhere else the Spitfire has the edge: speed, dive, structural strength and a design that kept improving until 1948. The Zero could not be upgraded the same way, and it faded once the Allies stopped turning with it.

For other WWII matchups, try the most produced aircraft of WWII ranking.

FAQ

It depended on the contest. The Zero out-turned the Spitfire, out-climbed it at a steep angle and could stay in the air about three times as long, according to Lt. Gen. Claire Chennault’s account. The Spitfire was faster and tougher, which is why its pilots used a slash-and-run approach instead of turning dogfights.
Yes. Spitfires served in the Pacific and Southeast Asia, including No. 1 Wing RAAF over Darwin, Australia, where they suffered heavy losses largely because of the type’s limited fuel capacity. The Allies gained air superiority there after the Mk VIII replaced the earlier Mk V.
Yes, by its record. It was the only British fighter in continuous production before, during and after the Second World War, and 20,351 were built by February 1948. It also served as an interceptor, photo-reconnaissance aircraft, fighter-bomber and trainer.
Yes, but most are rebuilt from parts of several airframes, and most flying Zeros carry replacement American engines. Only one, the Planes of Fame Air Museum’s A6M5 (61-120), is airworthy with its original Sakae engine.
Mitsubishi’s designer Jiro Horikoshi believed the Navy’s requirements could be met only by making the aircraft as light as possible, so no armor protected the pilot or engine and the fuel tanks were not self-sealing. That kept the Zero light, agile and long-ranged, but it left it vulnerable to hits.

Sources and references used for research and fact-checking.

About the Author

Tim de Vries

Tim is the owner and lead editor of AeroCorner since 2019, overseeing aviation content covering aircraft, airlines, airports, and the broader aviation industry. Through years of researching, writing, editing, and publishing aviation-focused content, he has developed extensive practical knowledge of commercial aviation and air travel. Based in Asia and a frequent traveler himself, Tim also brings firsthand passenger experience to AeroCorner’s coverage. Outside of publishing, he has also explored aviation firsthand through hands-on flight training in New Zealand.