Trumpeter 1/32 F-8E Crusader

KIT #: 2272
PRICE:  $149.95 MSRP
DECALS: Two options
REVIEWER: Tom Cleaver
NOTES: First injected plastic F-8 in this scale


There's an old saying that "it's better to be lucky than good." The Chance Vought F-8 Crusader series was not only lucky, but good to boot. As the last all-gun U.S. Navy fighter to achieve production, the Crusader ranks as one of the "greats."

The airplane was lucky from the beginning. In 1952, as a result of U.S. government legal action, United Aircraft - of which Vought Aircraft was a component company - was broken up, with Vought left to fend for itself right after making an expensive move (at government request) from its original Connecticut factory to Dallas, Texas. Vought had always been on the cutting edge as regarded the development and production of naval aircraft, going back to the VE-7, the first U.S. Navy carrier-based airplane. The F4U Corsair was considered a contender for the title of "best piston-engine fighter ever built," and was in fact still in production, though the end was in sight. In any case, the Corsair was "yesterday's technology," and Vought had not been able to create a successful follow-on design; the F6U "Pirate" being underpowered and the F7U "Cutlass" being both underpowered and "difficult" to mate to a carrier. Vought was in need of success if the company was to remain a viable organization.

By 1952, the U.S. Navy was well aware that their current jet fighters were outclassed by the opposition; they were so desperate to get an airplane that could match the MiG-15 that they went and bought a navalized version of the MiG-killing F-86 Sabre, which they called the "Fury." The first generation of what were supposed to be supersonic fighters - the Douglas F4D "Skyray" and the McDonnell F3H "Demon" - were saddled with the awful Westinghouse J-40 engine, which didn't deliver the promised power, and for which Westinghouse seemed unable to find a fix. The Navy needed their next design to be a "winner," to put the service back in the leading position it had held with the Grumman Hellcat and Vought Corsair during the Second World War.

Vought's submission, which would become known as the F-8 "Crusader," was lucky from the beginning. Freed of the requirement to use the dreadful J-40, Vought was able to use the wonderful J-57 - a jet engine that provided high power and great fuel economy. The J-57 had saved the Skyray, and with a new afterburner was set to power the Air Force's first fighter capable of supersonic speed in level flight, the F-100 Super Sabre. Though Vought's design team was creating their airplane prior to Dr. Richard Whitcomb's publication of The Area Rule, it turned out they had managed to get "the area rule" so right that the F-8 became the first fully-supersonic fighter that didn't "look funny" with a "coke-bottle fuselage" or a "wasp waist," design excrescences which were forced on other designers once the aerodynamic rules for supersonic flight became known. The result of this would be that the Crusader, powered by the exact same engine as the F-100, would end up with greater speed and greater range than its Air Force competitor. The entire wing other than the folding outer section and the control surfaces, was a gas tank, while other tanks were provided throughout the long fuselage; it was also the first supersonic wing to have the needed "dog-tooth" in the design from the beginning. The wing-body shape of the Crusader was so right that the airplane ended up a generation ahead of all of the competition.

Mating a high-performance fighter like the Crusader to a carrier deck was the big problem, and Vought's solution was truly elegant: the first variable-incidence wing, which - coupled with full-span leading edge slats and drooping ailerons - allowed the fuselage to remain at an angle that provided the pilot with sufficient visibility for a carrier landing, while not forcing such loads onto the landing gear that would result in the usual weight escalation for naval aircraft in this area. The mechanism for operating the wing weighed in at 500 pounds, while the gear was 500 pounds lighter than would have been the case with any other airframe configuration, which meant the wing was "free." Of the eight designs submitted to the Navy, the Crusader was the only one which could provide such performance while still exhibiting the docile flying qualities the Navy needed.

The first XF8U-1 flew on March 25, 1955, powered by the Air Force version of the J-57, the P-11, which provided less power than the definitive Navy version, the P-12. Even thus "underpowered," Vought Chief Test Pilot John Konrad easily took the Crusader supersonic in level flight - out to Mach 1.2 - on its first flight. Further tests demonstrated that in comparison with the F-100, the Crusader had longer range, faster climb, more rapid rate of roll, a smaller turning circle at all speeds and heights, as well as lower and shorter landing. De-navalizing the Crusader would have resulted in a world-beating land-based fighter. So few changes were found necessary that the third Crusader delivered was the first full-production aircraft - the only visible change being the addition of a flight refueling probe on the left side of the forward fuselage, resulting in a "bulge" that actually added to aerodynamic smoothness; other than that, the other major change was putting in the wiring to allow the Crusader to use the Sidewinder missile from the outset.

On August 31, 1956, CDR R.W. "Duke" Windsor took one of the first production F8U-1s up to 36,000 feet over China Lake, California, pushed the throttle forward as he entered a 15-kilometer course, and set a national speed record of 1,015 m.p.h. - the first time a non-experimental airplane had flown this fast - for which he was awarded the 1956 Thompson Trophy. In April 1956, the Crusader made its first carrier landing aboard the U.S.S. "Forrestal," followed within six month by successful operation from a 27-C conversion of the World War II-era "Oriskany" class carrier, which would become the primary operational platform for the airplane.

On July 16, 1957, the Crusader burst onto the front pages of the newspapers when an F8U-1P was flown from Los Angeles to New York in 3 hours, 23 minutes, 8.4 seconds, for an average trans- continental speed of 726 m.p.h., or Mach 1.1. In fact, the Crusader, which had to come down from 35,000 feet to 25,000 feet and slow down to 320 m.p.h. to refuel three times from AJ-2 Savage tankers, was actually flying in full afterburner at Mach 1.7 for the majority of the mission. The Marine aviator who won the Distinguished Flying Cross for this feat would become far better known four and a half years later when LCOL John H. Glenn Jr. became the first American to fly in orbit in February 1962. Like almost everyone who ever flew a Crusader, former Senator Glenn has been quoted over the years saying the Crusader was the best airplane he ever flew. In December 1957, Vought won the Collier Trophy for having designed the Crusader.

318 F8U-1s and 144 F8U-1Ps were followed by 130 F8U-1Es,which had full all-weather capability with addition of the APS-67 radar. The 187 F8U-2s received the more powerful J57-P-16 engine, which required the addition to the two ram air intakes in the extreme rear fuselage to cool the hot afterburner, as well as ventral fins for supersonic stability. The fastest of all Crusaders were the 152 F8U-2Ns, which appeared in 1960 with a new APQ-83 radar and the J57-P-20 engine, which provided a level speed of 1,230 m.p.h. The 296 F8U-2NEs, equipped with a new APQ-94 radar which required a slightly-large nose, and an IR-seeker, took Crusader production over 1,000 aircraft. Introduced as the F-8E following the 1962 change in aircraft designations, its heavier weight gave it a speed of only 987 m.p.h., but it also had ground-attack capability built in, the first Crusader to become a "mud-mover."

Vought also built 42 F-8E(FN) Crusaders for the French Navy,the last new-build Crusaders. Already n 1962, Vought had been involved in remanufacturing the original F8U-1 (F-8A) aircraft, and this updating process would provide the F-8H (rebuilt F8U-2N/F-8D), F-8J (rebuilt F-8E), F-8K (F8U-1N/F-8B) and F-8L (F8U-2/F-8C), the latter two being used as advanced trainers. The F-8H - only slightly slower in its rebuilt version than the F8U-2N - was the first re-built Crusader to go to war in 1967, and was the leading MiG-killer in Vietnam, with more than twice as many kills as the F-4 Phantom.

The F-8 Crusader remained in first-line U.S. Navy service until 1976, when the last of the 27-C "Oriskany" class carriers was decommissioned. Yours truly first saw a Crusader parked on the ramp at North Island in 1962, looking like it was going a thousand miles an hour just sitting there. It's the last jet fighter that gets my adrenaline pumping just to look at it.


This kit by Trumpeter is the first kit of the F-8 Crusader in 1/32. Composed of 354 light grey parts and two clear parts, the kit marks a new high in overall development by Trumpeter.

The first thing one notices on opening the really big box is that the kit is really big. This one is definitely bigger than the 1/32 F-100. The second thing that is immediately apparent is that Trumpeterís "mad riveter" has finally been sent to the re-education camp. The surface detail has only limited rivet detail, in places where it is entirely appropriate. Since this is one of the major complaints modelers have had with Trumpeter, this hopefully signals a major change in their kits for the future.

Checking the fuselage for shape accuracy, one is gratified to see that this kit was not designed by the designer who messed up the A-7 Corsair II. All the shapes are right. Thereís a nice touch in that the rear RWR fairing on the vertical fin is separate, since some Crusaders had this and some didnít (this is carried out on the decal sheet, with one airplane so equipped and one not).

The kit includes two sprues of underwing ordnance, which comes from the A-7 kit. Only the Bullpups are right for the F-8. The kit also includes four 2-shot Zuni tubes. Unfortunately, it only provides two Sidewinders. A modeler who has the F-100 will be in luck, since 4 Sidewinders one is unlikely to use on that kit are provided there.

The wheel wells are fully detailed, as is the dive brake. The wing can be posed raised, with the flaps and leading edge slats lowered. The wings can also be displayed folded or lowered, another first for Crusader kits. The gun bays are fully detailed with separate weapons and can be displayed open, as can the refueling probe.

The cockpit is adequate, and the kit seat can be made up to look OK. Modelers who have access to a 1/32 resin Martin-Baker seat will see that adding this item to the kit will vastly improve the final look of the model.

Surprise surprise, the decal sheet is worthwhile. The markings are good, and some stenciling is provided, though not all that would be seen on the real thing.

Another first is that the tires are molded in injection plastic with the hubs, in the traditional manner.


I think this is the best kit Trumpeter has yet released in terms of "getting it right" for all the things modelers have complained about previously. As with other kits, it is well-designed and should not really take that much longer to build out of the box than does the Hasegawa kit. As far as Crusader kits go, this is now "the gold standard." It is simply the best Crusader kit available in any scale, joining the Me-262 series in that circle of truly definitive kits by Trumpeter. I hear rumors that CAM decals is going to scale up their 1/48 Crusader decals, which will be good news. Modelers may have been complaining of late about Trumpeterís prices, but this kit is worth every penny if you are a Crusader fan. This kit gets my adrenaline pumping just to look at it, the same way the full-size airplane did 45 years ago. Highly recommended. Tell Santa you want one and youíll have a very merry Christmas indeed.

Review kit courtesy of Stevens International.

November 2008

Tom Cleaver

If you would like your product reviewed fairly and quickly, please contact me or see other details in the Note to Contributors.

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