Sources
Every US Aircraft Carrier Class, and the Problem It Fixed
Every factual claim in the video, what the sources say, and where it comes from.
Sources tagged secondary (Wikipedia and similar) or search extract (seen only in a search result) back up another source on the same line; no claim rests on them alone.
Opening and teaserat 0:00
| In the video | What the sources say | Source |
|---|---|---|
| converted coal ship, 1922 | The collier Jupiter, recommissioned as Langley 20 March 1922 | |
| 542 feet | 542 ft 2.5 in | |
| twice that | Ford 1,106 ft overall, 2.04 × Langley |
|
Langley1922 · CV-1 · 1 builtat 0:41
| In the video | What the sources say | Source |
|---|---|---|
| USS Jupiter | Proteus-class collier Jupiter |
|
| wooden flight deck | "a wood flight deck about 534 feet long" |
|
| Covered Wagon | The nickname came from the deck covering the open hull |
|
| floating experiment | "a proof-of-concept test vehicle" |
|
| about 15 knots | DANFS 14.0 kn; H-gram 15 kn; NavSource 15.5 kn |
|
| couldn't keep up, stayed a test ship | "would not be able to keep up with other fleet units, so … truly experimental" |
|
Lexington1927 · CV-2 · 2 builtat 1:08
| In the video | What the sources say | Source |
|---|---|---|
| cancelled the battlecruisers | All six Lexington-class battlecruisers were listed for scrapping | |
| two hulls become carriers | Art. IX allowed two conversions of up to 33,000 tons each | |
| 888 feet | 888 ft 0 in | |
| 33 knots | Design 33.25 kn; DANFS gives 33.91 (Saratoga) and 34.25 (Lexington) | |
| a quarter of Tacoma's electricity, a month | 17 Dec 1929 – 16 Jan 1930, during a drought that cut hydro output |
|
| capped total carrier tonnage | Art. VII: 135,000 tons for the US | |
| counted as nearly half | 2 × 33,000 = 66,000 tons (48.9%). Their real displacement was higher, about 36,000 tons each |
|
Ranger1934 · CV-4 · 1 builtat 1:45
| In the video | What the sources say | Source |
|---|---|---|
| first designed from the keel up | Commissioned 4 June 1934 | |
| kept light to stretch tonnage | 14,500 tons. Of the 69,000 tons left, planners weighed five 13,800-ton, four 17,250-ton or three 23,000-ton carriers |
|
| slow, no torpedo protection | 29.25 kn; "wholly unprotected against gunfire and torpedo attack" |
|
| too small for the Pacific, kept in the Atlantic | "Too small and slow for Pacific combat, she remained in the Atlantic"; Atlantic 1939 to July 1944 |
|
Yorktown1937 · CV-5 · 3 builtat 2:13
| In the video | What the sources say | Source |
|---|---|---|
| about 20,000 tons | 19,800 tons standard | |
| faster, better protected | 32.5 kn vs Ranger's 29.25; belt armor and torpedo protection that Ranger lacked |
|
| more than 80 aircraft | DANFS 80–85; NHC gives 88 for November 1942 |
|
| three ships | Commissioned 30 Sep 1937, 12 May 1938, 20 Oct 1941 | |
| all three at Midway | 4–7 June 1942 | |
| Enterprise and Yorktown dive bombers wrecked all four | Hornet's group made no hits; Japanese destroyers scuttled the four burning carriers |
|
| only Enterprise survived | Yorktown sank 7 June 1942 (submarine I-168); Hornet was lost 26–27 Oct 1942 at Santa Cruz |
|
Wasp1940 · CV-7 · 1 builtat 2:43
| In the video | What the sources say | Source |
|---|---|---|
| what the treaty had left | "only enough carrier tonnage remained for another Ranger-sized ship" |
|
| 14,700 tons | 14,700 tons standard | |
| no side torpedo protection | "absence of anti-torpedo side protection doomed her" |
|
| September 1942, Guadalcanal reinforcements | 15 Sep 1942, 150 mi SE of San Cristobal, escorting transports carrying the 7th Marines | |
| torpedoes from a Japanese submarine | I-19; "at least two, possibly three" hit |
|
| scuttled | Sunk by USS Lansdowne's torpedoes at 2100 | |
| designers already knew | Combat "confirmed pre-war expectations" |
|
Essex1942 · CV-9 · 24 builtat 3:14
| In the video | What the sources say | Source |
|---|---|---|
| already building | Essex ordered 3 July 1940, laid down 28 Apr 1941, before Wasp was lost |
|
| limits ran out end of 1936 | The Washington and London limits "were set to expire in 1936" |
|
| 1940 two-ocean navy | "On July 19, 1940, legislation was enacted to expand the fleet by 70 percent"; the "Two-Ocean Navy" Bill, passed in July 1940 | |
| a third heavier, better armored | 27,100 vs 19,800 tons; "more than a third heavier … armor protection was greatly improved" |
|
| around 90 planes | "average operational complement, October 1944: 90 planes" |
|
| 24 finished, most of any fleet carrier class | 32 ordered, 24 in service 1942–1950; "the most numerous class of fleet carriers ever built" |
|
| hit hard, none sunk | Franklin (19 Mar 1945, two bombs, 807 dead) and Bunker Hill (11 May 1945, two kamikazes) "came home under their own power" |
|
| 14 to 20 months | Essex about 20 months from keel to commissioning; Franklin about 14 |
Independence1943 · CVL-22 · 9 builtat 3:51
| In the video | What the sources say | Source |
|---|---|---|
| Roosevelt pushed | The General Board rejected cruiser conversion 13 Oct 1941; on 25 Oct FDR "directed the CNO to launch a new round of studies" | |
| nine cruisers, most on the ways | Orders 10 Jan, 27 Mar, 2 Jun 1942; three were laid down after the orders |
|
| fast enough | 31.6 kn trial | |
| about 30 planes | A typical group was 33 (24 fighters, 9 torpedo planes); the 45 in DANFS is the maximum |
|
| all nine in 1943 | Independence 14 Jan 1943; San Jacinto, the last, Nov or Dec 1943 (sources differ) |
Casablanca1943 · CVE-55 · 50 builtat 4:15
| In the video | What the sources say | Source |
|---|---|---|
| convoys needed air cover | Escort carriers began as the answer to the convoy problem | |
| small, slow, mass-produced | 19 kn, about 512 ft; Kaiser "impressed the President with … mass production of escort carriers" | |
| Kaiser, Vancouver, fifty in twelve months | Casablanca commissioned 8 Jul 1943; Munda (CVE-104) 8 Jul 1944 | |
| most-built carrier class | Casablanca "was first of 50 escort carriers mass-produced by Kaiser"; Guinness lists the class as the "most numerous class of aircraft carrier" | |
| a handful hunted U-boats; captured a submarine | Guadalcanal's group sank U-544, U-515 and U-68 and captured U-505 (4 Jun 1944) |
|
| most went west | Pacific landings, aircraft ferrying, training |
|
Midway1945 · CVB-41 · 3 builtat 4:50
| In the video | What the sources say | Source |
|---|---|---|
| before Pearl Harbor | A 10 Dec 1940 study had a lightly armored flight deck; the 22 Sep 1941 study was the basis for the class |
|
| wooden flight decks | Essex: wood deck, armor at the hangar deck; Franklin's "wood decking burned out" |
|
| Illustrious, six hits, survived | 10 Jan 1941, Operation Excess: one bomb, then "five more" hits; repaired in the US |
|
| 3½ inches of steel | "3½ inches of solid steel" | |
| more than 130 planes | The first air group, CVBG-74, had 142 |
|
| too wide for the Panama Canal | "the first U.S. aircraft carrier too big to transit the Panama Canal"; the locks are 110 ft wide |
|
| eight days after the surrender | Commissioned 10 Sep 1945, "just eight days after the instrument of surrender was signed" |
|
| jet age | Sister ship Franklin D. Roosevelt made the first US pure-jet carrier landing, 21 Jul 1946 |
|
Forrestal1955 · CV-59 · 4 builtat 5:31
| In the video | What the sources say | Source |
|---|---|---|
| need nearly the whole deck to stop | Heavier, faster jets made wires, barrier and deck park impracticable "without a drastic reallocation of the deck space required to absorb the much longer pull-out of the wires"; jet landing speeds "would have required the entire length of a centreline flight deck to stop" |
|
| planes parked up front | A barrier stopped planes that missed the wires, so "the fore part of the flight deck" could be "used as a park"; the angled deck "eliminated barriers, barricades, and danger of parked planes at runway's end" | |
| fix came from Britain | "The idea was originated by the British and proved very effective for them"; devised by Capt. Dennis Cambell, Royal Navy | |
| fly off and go around | With the angled deck, "in the event of a failure of the arresting gear, the plane could take off and come around and try again"; Antietam's first trials in Jan 1953 included touch-and-go landings | |
| 1955, first American carrier built that way | "In 1953 the Navy redesigned the flight deck plans for Forrestal and incorporated an angled landing deck"; commissioned 1 Oct 1955 "with four steam catapults, two forward and two on her angled flight deck". Earlier US angled decks were conversions (Antietam, Dec 1952). The same NHHC note calls Ranger (1957) "the first carrier designed and built as an angled deck carrier": Forrestal was built with one but not designed with one | |
| steam catapults, British invention | "the steam catapult developed by the British"; Forrestal "commissioned with four steam catapults" | |
| more than a thousand feet | 1,036 ft (DANFS and NAN Nov 1963) or 1,039 ft (NavSource) as built; Midway 968 | |
| first of the supercarriers | "veterans referred to them as supercarriers"; "what the press has labeled 'super-carriers'" |
Kitty Hawk1961 · CV-63 · 3 builtat 6:11
| In the video | What the sources say | Source |
|---|---|---|
| port elevator in the landing path | The port elevator interrupted the angled-deck runway (paraphrase). It sat at the far end of the landing area and at the end of the two waist catapults |
|
| island moved aft | The island was moved aft, with two starboard elevators ahead of it instead of one |
|
| elevator out of the way | On America: "The port elevator has been moved back out of the path of landing aircraft" |
|
| kept through Nimitz | Enterprise's deck came from the same redesign (SCB 153), and Nimitz kept the layout; Ford changed it (3 elevators) |
|
Enterprise1961 · CVN-65 · 1 builtat 6:39
| In the video | What the sources say | Source |
|---|---|---|
| slowing to refuel; fuel oil space and weight | Conventional carriers slow to about 14 kn to refuel. GAO adds that most extra storage on nuclear ships comes from hull design | |
| eight reactors | "Her eight powerful nuclear reactors" (Adm. Burke at the launching) | |
| 1964, two escorts, 30,000+ miles, 65 days | Operation Sea Orbit, 31 Jul–3 Oct 1964, with Long Beach and Bainbridge: 30,216 nmi, "without fueling or provisioning" |
|
| top admiral, largest ship ever built | Adm. Arleigh Burke: "the largest ship ever built, of any kind, by any nation" | |
| cost; next two went back to oil | Burke (1960) put it at about $130M more than an oil-fired carrier; America and John F. Kennedy were built oil-fired |
Nimitz1975 · CVN-68 · 10 builtat 7:20
| In the video | What the sources say | Source |
|---|---|---|
| two reactors | Nimitz class: "Two nuclear reactors, four shafts" | |
| ten built | "10 Nimitz-class ships (CVNs 68 through 77) that entered service between 1975 and 2009" | |
| 1975, 2009 | Nimitz commissioned 3 May 1975; George H.W. Bush 10 Jan 2009 |
|
Gerald R. Ford2017 · CVN-78at 7:41
| In the video | What the sources say | Source |
|---|---|---|
| within fifteen feet | Ford 1,106 ft (AIRLANT); Nimitz 1,092.2 ft (All Hands, which also lists 1,092 ft for Ford) |
|
| electromagnetic catapults | EMALS | |
| more than twice the electricity | The Navy says about 3×; the builder says "more than twice". The script uses the lower claim |
|
| a third more flights, design goal | 160 sustained sorties a day vs 120 for Nimitz (+33%); surge 270 vs 240 |
|
| several hundred fewer sailors | Crew with air wing and staff about 4,550 (Ford) vs about 5,500 (Nimitz); CRS: "several hundred fewer sailors" | |
| testers: reliability the biggest risk | DOT&E FY2025: EMALS/AAG reliability "remains the greatest risk"; testing ends FY2027 |
|
| three more; Kennedy due 2027 | CVN-79 preliminary acceptance 29 Sep 2026, delivery expected Mar 2027; CVN-80 and CVN-81 under construction |
|
Endingat 8:21
| In the video | What the sources say | Source |
|---|---|---|
| barely longer since 1961 | Enterprise 1,088–1,101 ft as built (sources differ); Ford 1,106 ft |
|
| Ford weighs about the same as the last Nimitz | Ford about 100,000 long tons full load; Nimitz class about 97,000 tons full load |
|
| Langley about 15,000 tons fully loaded | 15,150 tons full load |
|
| more than six times | 100,000 ÷ 15,150 = 6.6 |
|
| twice as long | 1,106 ÷ 542 = 2.04 |
|
Footage
U.S. National Archives, Record Group 428 (U.S. Navy motion pictures). Public domain.
- 428-NPC-775
- 428-NPC-1302
- 428-NPC-1764
- 428-NPC-2704
- 428-NPC-2945
- 428-NPC-3225
- 428-NPC-5536
- 428-NPC-6309
- 428-NPC-7754
- 428-NPC-11741
- 428-NPC-12308
- 428-NPC-12346
- 428-NPC-16883
- 428-NPC-21954
- 428-NPC-28864
- 428-NPC-36696
- 428-NPC-39290
- 428-NPC-39915
Defense Visual Information Distribution Service (DVIDS)
- DVIDS 518340: U.S. Navy video by MC2 Ridge Leoni
- DVIDS 735120: U.S. Navy video by Senior Chief Petty Officer RJ Stratchko
- DVIDS 735356: U.S. Navy video by Seaman Zachary Melvin
- DVIDS 346754: U.S. Navy video by MC2 John Hetherington
The appearance of U.S. Department of Defense (DoD) visual information does not imply or constitute DoD endorsement.