Fairey Battle: Performance and Tactics

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True. But replace the Merlin with anything and it's not a Battle.
A Griffon engined Spit was a spit, a Merlin engine Mustang was a Mustang. Many British twin or four engine types had two types of engines if only to prove the type. Doubling the number of engines and doubling the power of those engines makes a different type
 
Twin Mustang was still a Mustang, but I agree with your point, and I hate posters who get pedantic.

I think the Battle was fine as is, provided sufficient air cover. Can any CAS aircraft operate successfully when faced with unopposed fighter opposition? A-10 Thunderbolt II wouldn't have lasted long against Soviet tank armies if not for a force of Eagles and Fighting Falcons keeping the MiGs and Sukhois at bay. What the Brits didn't have was a dive bomber, and that's where I think the Battle is let down, not in performance as it was faster than both the Stuka and Ilyushin Il-2 and carried more bombs.

Did the RAF ever look at the Skua? Wasn't the Henley considered for dive bombing, though how to clear the prop from the internal weapons bay? Once the RAF had dive bombers in the Vengeance they did good work, again though, under the same air superiority the Battle needed.
 
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I think the Battle was fine as is, provided sufficient air cover. Can any CAS aircraft operate successfully when faced with unopposed fighter opposition?

Yes, anywhere the enemy fighters are to be expected, the fighter escort/cover need to be provided for own bombers and/or CAS aircaft.

What the Brits didn't have was a dive bomber, and that's where I think the Battle is let down, not in performance as it was faster than a Stuka and carried more bombs.

Battle was allowed to dive bomb up to 80 deg: page from the manual.
 
Yes, anywhere the enemy fighters are to be expected, the fighter escort/cover need to be provided for own bombers and/or CAS aircaft.



Battle was allowed to dive bomb up to 80 deg: page from the manual.

The Battle was never intended to be a CAS aircraft or dive bomber. It was found that it could do some of the Jobs, more by happenstance than by design.
Being allowed to to dive bomb at 80 degrees is not the same as being designed to dive bomb at 80 degrees.

once again Fairey and Lobelle didn't think the Battle was a dive bomber or CAS aircraft. They designed this to the same requirement as the Hawker Henley.

No 3rd crew member.
7 feet less wing span, no bomb bays in the wings. 2ft 4in shorter fuselage. 26mph faster using the same engine.
The air Ministry didn't buy it but that doesn't mean the Battle was intended to be close support aircraft, merely misused as one.
 

My point is that Battle was officially allowed to dive bomb up to 80 degrees, and it is stated so in the flight manual for the Battle.
Neither A-36, nor P-47, nor F4U were designed as dive-bombers, but could and did dive bombing at really steep angles.
 
The Battle was never given a dive bombing sight or dive brakes.
The A-36 was given dive brakes, it may have been given a different sight than the fighters?
The F4U had a provision to use it's landing gear as a dive brake.
The P-47 had neither.

Being "allowed to" and "designed for" are not the same thing and may very well show up later in airframe fatigue life.

Just because you can dive (and pull out) from a steep angle doesn't always translate to the same degree of accuracy. How fast you are going and what altitude you have to release the bomb and start the pull out are major factors affecting dive bomber accuracy.



The Battle may have been over built. Most dive bombers were built to a higher load standard than level bombers ( a large part of the weight penalty when many bombers (german) were converted to dive bombing).


That post on the cowl just behind the rear exhaust outlet is the "bead" of the ring and bead gun sight. A few rings either just just behind the windscreen or mounted on it was the rest of it. All the pilot had to aim with. Position of his head was critical when looking "through" this 'system" Bad enough when firing a gun at 3-400yds, aiming a bomb (or bombs) at 3-4000ft (1000-1300 yds) altitude?

SBDs, at least early ones, got a collimating sight.

As long as the pilot could see through it it didn't matter if his eye was a couple of inches left or right or up/down. All he had to do was line up the aiming mark and the target. Not so with the ring and bead.
 

We can slice it anyway we want, this still remains: the tool (= Battle) have had the feature (=can safely dive bomb at steep angle); user opted not to use the feature, and also opted not to train to use the feature.
 
Yes, anywhere the enemy fighters are to be expected, the fighter escort/cover need to be provided for own bombers and/or CAS aircraft. .

I totally agree. I fact I am trying to think of bomber campaigns where un-exported bombers didn't get mauled, when there was peer level fighter opposition. The B-29s over Japan didn't get mauled, but that was not a peer contest. The Japanese lacked high altitude fighters when the B-29s came at high altitude by day, and lacked a night fighter force when the B-29s came at night. Supported by adequate fighter cover over France, the Battle would have been remembered very differently.
 
The B-29 was another generation of bomber, with B-17s and B-24s in massed raids the USA could tolerate a 4% loss rate to all causes, with the B-29 they couldn't. Against heavily defended bridges trying to make precision horizontal attacks you need a lot of fighter cover and missions to get the job done.
 
Against heavily defended bridges trying to make precision horizontal attacks you need a lot of fighter cover and missions to get the job done.
You need a lot more than that.
You need some basic passive protection (SS tanks and at least modest armor)
You need engines optimized for low altitude work or at least not handicapped at low altitude.
You need better tactics (some planes assigned to flak suppression?) More planes may dilute the AA fire?
Escort fighters may only keep the enemy fighters at bay?
On bridge killing mission enemy fighter losses are immaterial. What is important is that they don't shoot down the bombers or affect their aim until the bombs are dropped.

Using bridge killing bombs might help too. 250lbs bombs may be too small.

All that said I don't believe the Blenheims in France either fared much better or had much better results. Open to correction.
 
Using bridge killing bombs might help too. 250lbs bombs may be too small.

An analysis by the Mediterranean Allied Air Forces of 609 fighter-bomber strikes on bridges in Italy concluded that "the 500-lb bomb is not an effective weapon for the destruction of masonry bridges ... the 1,000-lb is much preferable."

I'm not sure how bridges on the Meuse compare with those on the Savio ... but I'd bet the old 250-lb GP left a lot to be desired.
 
The Fairey Battle needs to be converted to twin and up-engined to Sabre and then to Centaurus or Derwent. Now we're talking.

View attachment 575019
I like the twin engined layout. Maybe Austin Motors could have built it instead of the Merlin powered Battle. Say twin Peregrine with 100 octane. Our very own Pe-2 equivalent. Say 330 mph same as Pe-2? 4 500 lb bombs external too, same as. Look at the external dimensions, almost identical to Pe-2. Range would have been a bit short I imagine, but difficult for either the Italians or Japanese to catch. Against the Germans we would need a fighter escort though to clear the skies of their interceptors first.
 

Using bridge killing bombs might help too. 250lbs bombs may be too small.
All that said I don't believe the Blenheims in France either fared much better or had much better results. Open to correction.

The Battle was supposed to carry, among other combinations, two 500lb + two 250 lb bombs externally.
I'm not sure that Blenheim fared better than Battle in 1940 bombing operations in Europe.
 
Battle was supposed to do just over 200mph at sea level with bombs inside, full throttle (880 hp). Flying formation with bombs outside???
Forget fighters, that is a recipe for disaster against AA guns.

I would certainly not advise that Battle flies at sea level. Fly at best altitude - 15000+- ft.
 

The Battle was actually DESIGNED to be able to be upgraded to two engines. That 3 view diagram attached by Kevin J is a proper Fairey proposal and the single-engined Battle was optimised so that the maximum number of parts could be used in a twin-engined version. You only have to look at the design of the backwards-retracting undercarriage to see it can easily be adapted to a twin-engine design. You have to remember why the Battle was designed and ordered into production - In the early, to mid-1930s there was hope that the ongoing international disarmament talks would restrict the size and payload of bombers. The Battle was designed to exactly match the limits of those proposals and so ensure the RAF still had a force of bombers if the Hampdens, Wellington's and Whitleys were banned. The Fairey design team very cleverly designed the Battle so that it could be adapted to use twin engines if the disarmament talks broke down. At various points, Fairey asked the Air Ministry to reconsider switching their orders for Battles to the twin-engined version but the Air Ministry always refused. The one factory that could not have easily produced twin-engined Battles is the Austin Longbridge shadow factory. - There completed Battles had to be winched up a "ski-tow" from the flight shed to the tiny airfield on top of the hill. The airfield was hardly large enough to allow single-engined Battles to be flight-tested and would have struggled with twin-engined aircraft. The Flight shed itself and the ski-tow would not have accommodated twin-engined aircraft. When Longbridge switched to producing Stirlings and then Lancasters they had to be towed in bits across the city to the airfield at Elmdon (modern Birmingham airport) to be assembled and flown. Ironically the flight-shed was actually designed by a German company! It had a unique method of roof-construction. It was standing until a few years ago but was knocked down to make way for housing. I had many happy hours working in it in the 1980s-1990s on the computerised engine test cells they had installed there. Heres how a twin-engined battle might have looked.
 
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