Isn’t this one of those pods that likely change things enough that Falklands doesnt happen? I mean surely it suggests a higher defence spend which might change the force posture of the British Military to the point the Junta might decide Chile is an easier option?
Possibly less successful. The TSR-2 has a slight advantage in range but I'm assuming that's with internally carried weapons only to avoid drag, which limits it to six 1,000 pound bombs versus the Vulcan's twenty-one. Considering that they purposely flew across the Port Stanley Airport runway at a roughly 35° angle to maximise the chance of at least one hit, with fewer bombs and a much smaller margin for error the chance of missing entirely rises.If the TSR-2 had been in RAF service, what would the Operation Black Buck missions be like?
Possibly less successful. The TSR-2 has a slight advantage in range but I'm assuming that's with internally carried weapons only to avoid drag, which limits it to six 1,000 pound bombs versus the Vulcan's twenty-one. Considering that they purposely flew across the Port Stanley Airport runway at a roughly 35° angle to maximise the chance of at least one hit, with fewer bombs and a much smaller margin for error the chance of missing entirely rises.
If you want to start introducing precision guided munitions – AKA laser guided bombs – then that potentially changes things, but for the Vulcan as well. The TSR-2 will likely have to either operate in pairs with one designator aircraft and one bomber aircraft, which might cause the in-flight refuelling plans to collapse, or singly carrying both a designator pod and bombs accepting increased drag for external carry or a reduction in bombs carried if they can find a way to mount it in the bomb bay. I suppose you could try something like the A-6's Target Recognition and Attack Multi-Sensor (TRAM) turret but since it wasn't started to be introduced until 1980 that's probably way too late for the British to get it.
A quick search suggests that Pave Spike – at least in UK service – had daylight only capability as late as the Gulf War, there’s references to Thermal Imaging Airborne Laser Designator (TIALD) pods being shipped out to overcome the limitation. Would a daytime mission be viable?The RAF got simplified Pave Spike pods in 1979, in our timeline used by Buccaneers so presumably would have laser designation for the TSR-2 fleet in a similar timeframe.
When dropping dumb bombs from 10,000 feet I guess I'm just a bit sceptical about the TSR-2's electronics being capable enough to outweigh the ~71% reduction in bombs carried. There's also the problem that the specification was very cutting edge which I'm not sure they would have been able to initially meet, requiring introduction of the aircraft with more limited electronics to be upgraded over time. In theory fine but with UK defence spending often running into the reality of Treasury scepticism, and the 1970s were especially bad economically.Almost all of the attack profile of our timeline Black Buck missions were because its avionics were so shit, the exception was that the bombs needed to be dropped from 10,000 feet to hit at a good angle for penetration. The avionics of the TSR-2 were highly advanced so would likely be able to hit the runway with only 6 bombs, even if they did need to drop them from 10,000 feet.
Maybe in an alternate time line the UK somehow gets Pavetrack (or a similar system) carried in the weapons bays of their TSR2's in time to use in the Falklands conflict. Pave track combined one or more internally carried laser guided bombs would seem a good fit for this type of mission.A quick search suggests that Pave Spike – at least in UK service – had daylight only capability as late as the Gulf War, there’s references to Thermal Imaging Airborne Laser Designator (TIALD) pods being shipped out to overcome the limitation. Would a daytime mission be viable?
When dropping dumb bombs from 10,000 feet I guess I'm just a bit sceptical about the TSR-2's electronics being capable enough to outweigh the ~71% reduction in bombs carried. There's also the problem that the specification was very cutting edge which I'm not sure they would have been able to initially meet, requiring introduction of the aircraft with more limited electronics to be upgraded over time. In theory fine but with UK defence spending often running into the reality of Treasury scepticism, and the 1970s were especially bad economically.
Other option is the US willing to risk more " overt" support for the UK and quietly using USAF tankers for the flight. Maybr temporarily " lease" them to the RAF with the USAF crew acting as " Advisors" to say a single RAF officer in " command". Officially its a ( temporary) RAF plane commanded by a RAF officer.Since it has not been said, maybe RAF with more money has actually bought a good tanker? They would not need to move the Super VC10s up much to get a very much easier time for the black buck missions, would they?
Perhaps the US is willing to lend a few KC 10s for a night.If the RAF had TSR2 for the Falklands i assume that would have also taken the trouble to move the Falklands closer to Ascension so that it would be in range
thinking more they get tristars a few years early,maybe do a lease deal with baSince it has not been said, maybe RAF with more money has actually bought a good tanker? They would not need to move the Super VC10s up much to get a very much easier time for the black buck missions, would they?
If the RAF had TSR2 for the Falklands i assume that would have also taken the trouble to move the Falklands closer to Ascension so that it would be in range
Since it has not been said, maybe RAF with more money has actually bought a good tanker? They would not need to move the Super VC10s up much to get a very much easier time for the black buck missions, would they?
Profile | Fuel load | Altitude | Speed (Mach No.) | Distance | Still air time | Notes |
---|---|---|---|---|---|---|
Economic cruise | Max internal | 23,000 ft (7,000 m) – 35,000 ft (11,000 m) | Mach 0.92 | 2,780 miles (4,470 km) | 5 h, 5 min | . |
Economic cruise | Max internal plus 2 x 450 imp gal (2,000 l) wing tanks plus 1 x 1,000 imp gal (4,500 l) ventral tank | 15,000 ft (4,600 m) – 35,000 ft (11,000 m) | M0.88–0.92 | 3,440 miles (5,540 km) | 6 h, 20 min – 6 h, 35 min | Ventral tank still in design stage |
Low-level cruise | Max internal | 200 ft (61 m) above ground level | M0.90 | 1,580 nautical miles (2,930 km) | 2 h, 40 min | |
Low-level cruise | Max internal and 2 x 450 imp gal (2,000 l) wing tanks plus 1 x 1,000 imp gal (4,500 l) ventral tank | 200 ft (61 m) above ground level | M0.90 | 2,060 miles (3,320 km) | 3 h, 30 min | |
Supersonic cruise | Max internal | 50,000 ft (15,000 m) – 58,000 ft (18,000 m) | M2.00 | 1,000 miles (1,600 km) | 53 min | Climbs and descents will be at less than M2.0; fuselage and engines limited to 45 min at M2.0 |
B.1 | B.1A | B.2 | B.2 (MRR) | K.2 | |
---|---|---|---|---|---|
Wingspan | 99 ft 5 in (30.30 m) | 111 ft 0 in (33.83 m) | |||
Length | 97 ft 1 in (29.59 m) | 105 ft 6 in (32.16 m) [99 ft 11 in (30.45 m) without probe] | |||
Height | 26 ft 6 in (8.08 m) | 27 ft 1 in (8.26 m) | |||
Wing area | 3,554 sq ft (330.2 m2) | 3,964 sq ft (368.3 m3) | |||
Max. takeoff weight | 167,000 lb (76,000 kg) 185,000 lb (84,000 kg) (operational necessity) | 204,000 lb (93,000 kg) | |||
Cruising speed | Mach 0.86 indicated | ||||
Max. speed | Mach 0.95 indicated | Mach 0.93 indicated (Mach 0.92 with 301 engines) | Mach 0.93 indicated | Unknown | |
Service ceiling | 55,000 ft (17,000 m) | 45,000 to 56,000 ft (14,000 to 17,000 m) | |||
Electrical system | 112 V DC | 115/200 V AC 3-phase 400 Hz | |||
Emergency electrical system | Battery | Ram air turbine and Airborne Auxiliary Power Plant | |||
Engines | 4 × Bristol Olympus 101, 102 or 104 | 4 × Bristol Olympus 104 | 4 × Bristol Siddeley Olympus 200-series, 301 | 4 × Bristol Siddeley Olympus 200-series | |
Fuel capacity (main) | 9,280 imp gal (11,140 US gal; 42,200 l) / 74,240 lb (33,675 kg) | 9,260 imp gal (11,120 US gal; 42,100 l) / 74,080 lb (33,602 kg) | |||
Fuel capacity (bomb bay) | None | 0–1,990 imp gal (0–2,390 US gal; 0–9,047 l) / 0–15,920 lb (0–7,221 kg) | 1,990 imp gal (2,390 US gal; 9,000 l) / 15,920 lb (7,221 kg)[ | 2,985 imp gal (3,585 US gal; 13,570 l) / 23,880 lb (10,832 kg) | |
Powered flying controls | 1 × rudder (duplex), 4 × elevators, 4 × ailerons | 1 × rudder (duplex), 8 × elevons | |||
Armament | 1 × free-fall nuclear bomb or 21 × 1,000 lb (450 kg) conventional bombs | 1 × Blue Steel missile or 1 × free-fall nuclear bomb or 21 × 1,000 lb (450 kg) conventional bombs | None |
So from these figures . . . does the RAF actually need more tankers????
The issue is do they need that many to it if they have, say a high altitude (above SAMs hight?) or a toss bombing them pop-up to guide with a LGB/designator (daylight but too fast & short exposure for defences) can one bomb not shut the runway?To deliver the same number of bombs to Port Stanley airstrip would require 11 aircraft per raid, so yes.
A quick search suggests that Pave Spike – at least in UK service – had daylight only capability as late as the Gulf War, there’s references to Thermal Imaging Airborne Laser Designator (TIALD) pods being shipped out to overcome the limitation. Would a daytime mission be viable?
When dropping dumb bombs from 10,000 feet I guess I'm just a bit sceptical about the TSR-2's electronics being capable enough to outweigh the ~71% reduction in bombs carried. There's also the problem that the specification was very cutting edge which I'm not sure they would have been able to initially meet, requiring introduction of the aircraft with more limited electronics to be upgraded over time. In theory fine but with UK defence spending often running into the reality of Treasury scepticism, and the 1970s were especially bad economically.