Winnipegger Winnipegger:
The same "old equals obsolete" argument. Tiring. And untrue.
First, Protecteur class AOR ships are coal fuelled. They have a 21,000 shaft horsepower steam turbine. Our other ships are all diesel.
I could have a field day with you, but I'll take it easy on you because I think you're someone who has their heart in the right spot, but the brain is off the map.
First off, yes the AOR's have a steam turbine, the steam comes from two boilers. However coal is not burned in those boilers, fuel oil is. Its likely been decades since the Canadian Navy operated a coal burning warship. This isn't the early 1900's.
The 280 destroyers have all gas turbine propulsion (COGOG) while the Halifax's use a hybrid diesel/gas arrangement (CODOG), the SSK's use diesel/electric and the Kingstons use diesel only.
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Second, I would have preferred nuclear attack submarines, but this is what we got. I don't understand why they are still in dock, one submarine made a show of going out on patrol last year.
One is fully operational, two are working up to operational status, and one is burnt out. I think its a $$$ issue.
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Modern technology makes relevant power ships smaller. The trend is to shrink, not expand. So why would we need larger destroyers? New electronics but same old ship
A larger destroyer will give us a ship that can carry a respectable amount of weaponry. Here is how the 280's stack up against some other countries new AAW ships (also note that the ships are all larger in addition to being vastly more capable).
Iroquois class (Canada)
Displacement: 4,960 tons full load
Dimensions: 128.92 x 15.24 x 4.42 meters (423 x 50 x 14.5 feet)
Propulsion: 2 shafts, 2 570 KF cruise gas turbines, 12,788 shp; 2 FT4A boost gas turbines, 51,000 shp, 29 knots
Crew: 285
Radar: DA-08 air/surface search, LW-08 air search
Sonar: SQS-510 hull/VDS suite
Fire Control: 2 STIR
EW: SLQ-501 intercept, SLQ-503 jammer, 2 decoy, SLQ-25 Nixie
Aviation: midships helicopter deck with Beartrap and dual hangars; 2 CH-124 helicopters
Armament:1 29 cell VLS (Standard SM-2MR), 1 76 mm OTO DP, 1 20 mm Phalanx CIWS, 2 triple 12.75 inch torpedo tubes
F100 class (Spain)
Displacement: 5,802 tons full load
Dimensions: 146.7 x 17.5 x ?? meters (481 x 57.5 x ?? feet)
Propulsion: 2 shafts, 2 Bazan/MTU cruise diesels; 2 LM2500 boost
gas turbines, 47,494 shp, 29 knots
Crew: 229 +16 flag + 5 transients
Aviation: aft helicopter deck & hangar with RAST; 1 SH-60B
Radar: SPY-1D multifunction
Sonar: DE1160 bow
Fire Control: Aegis AAW system, DLT-309 ASW system, 2 Mk 99 missile
control with SPG-62 radars
EW: Aldebaran & Mk9000, 2 SRBOC, SLQ-25A Nixie
Armament: 1 48 cell VLS (Standard SM-2MR, ESSM), 8 Harpoon SSM,
1 5/54 DP, 1 20 mm Meroka CIWS, 4 12.75 inch torpedo tubes, 2 20 mm
Spanish design with AEGIS AAW system and a powerful ASW capability.
De Zeven Provincien class (Netherlands)
Displacement: 6,044 tons full load
Dimensions: 144.2 x 17.2 x 5.2 meters (473 x 56.5 x 17 feet)
Propulsion: 2 shafts, 2 cruise diesels; 2 SM1A boost gas turbines,
28-30 knots
Crew: 202 (incl. flag)
Aviation: deck and hangar for 2 helicopters
Radar: SMART-L and APAR radars
Sonar: Atlas-Werke hull mounted
Armament: 32 vertical launch SM-2MR, 32 vertical launch ESSM (Sea
Sparrow), 8 Harpoon SSM, 1 5/54 DP, 2 30 mm Goalkeeper CIWS, 2 20 mm,
4 12.75 inch torpedo tubes
Kongo class (Japan)
Displacement: 9,485 tons full load
Dimensions: 528 x 68 x 20.4 feet
Propulsion: 4 LM2500 gas turbines, 2 shafts, 102,160 shp, 30 knots
Crew: 300
Aviation: Aft platform only
Radar: 4 SPY-1D multifunction
Sonar: OQS-102 bow (SQS-53), OQR TACTASS towed (SQR-19)
Fire Control: Aegis AAW system, 3 missile fire control radars
EW: NOLQ-1&2 intercept, OLT-3 jammer, 4 SRBOC, SLQ-25 Nixie
Armament: 1 61 cell VLS, 1 29 cell VLS (90 SM-2MR & VLASROC),
8 Harpoon SSM, 1 5/54 DP, 2 20 mm Phalanx CIWS, 2 triple 12.75 inch
torpedo tubes
Type 124 (Germany)
Displacement: 5,960 tons full load
Dimensions: 143 x 17.2 x 7 meters meters (469 x 56 x 22.4 feet)
Propulsion: 2 shafts; 2 cruise diesels, 19,848 bhp, 1 LM2500 boost
gas turbine, 32,500 shp, 29 knots
Crew: 225 + 14 flag
Aviation: helicopter deck and hangar for 2 Lynx helos
Radar: APAR 3-D multifunction
Sonar: DSQS-21B
EW: FL-1800S II intercept, chaff
Armament: 32 cell VLS (24 SM-2MR and 32 ESSM), 8 Harpoon SSM, 2 21-cell
RAM launchers, 76 mm OTO DP, 2 triple 12.75 inch torpedo tubes, 2 20 mm
Type 45 (UK)
Displacement: approx. 7,200 tons full load
Dimensions: 151 x 20 meters
Propulsion: gas turbine, 2 shafts, 29 knots
Crew: 190 + 45 spare
Aviation: helicopter deck and hangar for 1 helicopter
Radar: SAMPSOM multi function phased array, S1850 air searc
Sonar:
Fire Control: PAAMS system
EW:
Armament: 48 cell Sylver VLS (ASTER-15/30 missiles), 4.5" gun, CIWS,
12.75" torpedo tubes
And if the trend is towards smaller ships then why are navies replacing older ships with signifigantly larger ones? I can name numerous examples. The trend is towards larger vessels, not smaller ones. Can you give me any examples where a class of ship has been replaced with one of smaller displacement?
US Supercarrier classes (20,000 ton growth from Forrestal to Nimitz)
Forrestal class: 80,000 tons
Kitty Hawk class: 82,000 tons
Enterprise class: 93,500 tons
Nimitz class: 100,000 tons
Canadian FF/DDE/FFH (2,800 ton growth from Prestonian to Halifax)
Prestonian class: 2,000 tons
St. Laurent class: 2,800 tons
Annapolis class: 3,400 tons
Halifax class: 4,800 tons (low estimate)
Norway (3,000 ton growth)
Olso class: 2,100 tons
Fridtjof Nansen class: 5,100 tons
I could do this all day, but searching for the specific tonnages is getting tiresome.
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True, this is a MASSIVE refit. In fact, it's more of a rebuild. Even cutting a pannel into the island to make the lower decks of the aft half narrower to accomodate a parked aircraft. As for aircraft weight, there's a reason I listed the particular number of aircraft; it matches the weight of the last wing the Bonaventure carried.
And when it comes right down to it you will spend almost as much, if not more money rebuilding this old ship from the keel up than it would cost to build a new one from scratch, that was designed from the get go to handle modern planes.
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Then again, this all counts on maintaining our current stuff, not replacing destroyers, AOR, subs, coastal patrol craft. If we start replacing everything every couple years, we'll spend all our money with nothing to show for it. We need to keep what we got and add to it.
The destroyers and AOR's are nearly 40 years old. That is not a "couple years" by any stretch of the imagination. Warships don't have infinite lifespans you know...
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You still haven't given me a solution to base all of S-3B Viking aircraft for anti-submarine patrols, MQ-9 Mariner UAVs for Aerial Early Warning, CH-148 Cyclone helicopters, and F-35B jump jets from the same carrier.
This one is easy...
USMC operate their Harrier II's off these ships without the benefit of a ski jump, so the lesson to learn is if you have enough deck for a rolling start the jump is optional.
But if you need to have one, place the jump at the extreme bow in place of one catapult, but keep the angled deck, arrestor wires, and port catapult. I don't see why that wouldn't work.