Wednesday, March 1, 2023

Vor Antenna On Aircraft

Vor Antenna On Aircraft

Vor Antenna On Aircraft - Modern antennas come in many different shapes and sizes. Each antenna is formed by its function. Often, a well-equipped airplane will have an antenna farm on the belly, and it can be confusing to try to figure out what each antenna does.

But taken one by one, those antennas are easier to understand. The frequencies at which they operate and their directional qualities usually determine their shape and placement. The VOR/Localizer/Glide Slope antenna is usually V-shaped and points backwards on the vertical stabilizer of the plane.

Vor Antenna On Aircraft

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On some aircraft, they point forward. They look like old-fashioned wire clothes hanger wire. Newer versions can be blade shaped. sometimes they are boomerang shaped like the old car phone antennas of the 90s.) They usually have a splitter that allows two radios to use the same antenna.

Nav Antennas

e.g. splitter The VHF nav antenna is almost always mounted on the vertical tail, and there are three types: the cat whisker, the dual blade, and the towel bar. The cat whisker consists of a couple of rods jutting out from each side of the vertical stabilizer at a 45-degree angle.

But the cat whisker antenna is poor at receiving signals from the side. The dual blade is just that, two blades, one on each side of the tail. The towel bar resembles the common bathroom fixture, one on each side of the tail.

The Different Types Of Aircraft Antennas And Their Function - Aero Corner

The blade and towel bar antennas have equal receiving sensitivity from all directions. A single nav antenna almost always feeds mulitple nav receivers and sometimes the glideslope as well. Therefore, a failure in the nav antenna system would cause multiple systems to malfunction.

Airplanes in the US at least are required to have an ELT. Old style ELTs and some of the newer ones have a piece of steel with a spring-like coil in them. Newer versions are more aerodynamic.

Communication Antennas

Communications radios can cause a lot of interference with GPS, because of the proximity of the panel units or their antennas. Therefore, it is important that the com and GPS antennas be mounted as far apart as possible.

Sometimes a com antenna must be relocated to the bottom of the aircraft. Communication antennas are basic in operation. Each com transmitter has its own antenna, mostly for redundancy. They can be mounted on either the top or bottom of the aircraft, but each installation is susceptible to shadowing from the fuselage.

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Shadowing is caused by structures, such as the vertical stabilizer or landing gear doors, in the transmitting path of the antenna. Know where your antennas are and how shadowing may affect their range and coverage. Here's a picture of the most common arrangement.

VOR antenna on the tail pointing backwards. Two COM antennas. If you look closely at the bump on the right, that's a GPS antenna. The long wire is an ADF antenna. Toll Free: 877-477-7823 Customer Service: 800-861-3192

Emergency Locator Transmitter Antennas

Fax: 800-329-3020 Hopefully, you'll never have to use an emergency locator transmitter antenna, but in case you do, they are designed to survive an "unscheduled" landing. They are almost always on the upper skin of the empennage and are made of a flexible material.

There are a few exceptions, though; some may be buried in the vertical tail or look like small com antennas. The spikes are prone to caking up with oil, reducing the transmitting range. Often, just cleaning a spike antenna doubles your transponder range and gets rid of those intermittent Mode C problems.

Aircraft Antenna - S65-5366-116L - Sensor Systems - Dme / Transponder

This goes for all antennas; a dirty antenna does not perform up to its potential. Blade antennas are susceptible to delamination, which tends to detune the frequency response and distort the transmitted signal—that's why the biennial transponder check is so important.

Keep an eye on your inbox for your $25 off code. Valid on Orders Placed within 14 Days of Code Request GPS satellites transmit less than five watts of power, so by the time the signal reaches you, it is very, very weak.

Roger Roger

Because of this, the GPS antenna has a built-in amplifier to boost the signal for the receiver. Additionally, the GPS frequency is so high (in the gigahertz band) that the signals travel in a line-of-sight manner.

This makes receiving the signal susceptible to airframe shadowing, thus mandating that a GPS antenna be mounted at the very top of the fuselage. The physical condition of the antenna plays an important role in its performance.

Aircraft Cutaway | Aircraft, Aircraft Design, Draw Diagram

If the antenna is cracked, water may enter and cause delamination (a separation of the composite layers), which may render the antenna useless. And if the antenna base is not structurally strong, the antenna will vibrate from the slipstream and cause the skin to fatigue, eventually causing cracks.

The antenna must be electrically bonded (grounded) to the airframe so a good electrical connection is maintained. If some corrosion gets underneath the antenna, this bond may be compromised and the antenna's efficiency may degrade. Sealant around the base of the antenna helps to prevent this.

Gps Antennas

Antennas should never be painted over their original coatings; any paint buildup reduces the efficiency of an antenna. A transponder is required in most airplanes and they have their own antenna. These are a small 2" or so stick with a ball on the end. They are mounted on the bottom of the fuselage.

Some Exclusions Apply (GA Batteries/Plugs/Filters/Tires/Oil, MRP/MAP/Sale Items & Others) A GPS antenna is usually somewhat teardrop or ovoid shaped. Garmin GPS You can't split the GPS signal, so one antenna per device is required. Some ADSB systems have an embedded WAAS chip and need their own GPS antenna.

File:jgsdf Ah-1S(73465) Vor Antenna And An Apr-39 Rwr Antenna Left Rear View At Camp Akeno October 2, 2016.Jpg - Wikimedia Commons

Marker beacon signals are highly directional, which means you have to be almost directly over the transmitting ground station to receive them; therefore, marker beacon antennas need to be on the bottom of the aircraft. There are a few different types of marker antennas;

the more common types look like little canoes about 10 inches long. For some installations, Cessna has used flush antennas that appear to be flat plates under the empennage. It also has used an antenna that consists of a thick wire that protrudes straight down out of the empennage and then makes a turn towards the tail.

Performance Consideration

UHF antennas are commonly used for transponders and distance measuring equipment (DME), and they are always found on the bottom of the aircraft. They are about four inches long, and the same antenna can be used for both systems because the transponder frequency is in the middle of the DME frequency band.

Two types are commonly used: spike and blade antennas. The spike should only be used for transponders because the antenna length is tuned to one frequency—the transponder frequency. The blade antenna is also called a broadband antenna because it is tuned for a range of DME frequencies.

A spike would not work very well for a DME; the blade antennas are preferred because the radiation pattern is better. ELT antennas can be blade shaped as well. I have a newer 406 MHz ELT antenna with integral GPS antenna for capturing position every 15 seconds.

Typically mounted on top of the fuselage in front of the vertical stabilizer (or fin).

Marker Beacon Antennas

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Vans Aircraft Kit Prices

Vans Aircraft Kit Prices

Vans Aircraft Kit Prices - The timeframe estimates shown below are our best prediction of how long – if you place an order today – it will take to release your order from our factory to our crating team to be prepared for shipping.

These estimated time frames do not include the time it takes for a kit to travel from the Van's Aircraft factory to your location. When you place a kit order, you agree and understand that you will need to pay your final balance due before we can crate your order, and that you will receive the order as soon as we have produced it and advised you it is ready to ship

Vans Aircraft Kit Prices

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/pickup. Customer-initiated delays will result in the price of your order being adjusted to the price in effect at the time the order actually ships. We maintain our current kit prices below for your reference. Prices charged are those in effect at the time we receive your deposit and will be reflected on your invoice.

Rv-8 Sold – Boomerang Air

Rv Kit Prices

Customer-initiated delays may require price adjustments if kit prices have changed since the initial order was received. In addition, if we experience significant third-party cost increases between the time an order is received and the time it is to be shipped, we may have to revise the price for a kit accordingly.

You will find a massive 20000+ items in our store with new items being updated daily, this is a catalog of available items from our suppliers while we have 95% of items in stock there can be a delay in sent items out 2-3 days at

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most, any longer we will contact you Important: The estimated lead times displayed below are our best projection at any point in time as to how long from the time of order before a kit will be ready to a) crate at Van's and then b) ship to the customer.

Variables in the supply chain, manufacturing, shipping, and order volume logistics can – and in the current environment often do – cause delivery timetables to shift, sometimes significantly. We do our best to estimate timeframes and keep you up to date, but please understand that the numbers below are estimates and are subject to change at any time.

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When you order a kit(s) from us, you're creating an order which will be produced and delivered to you as soon as we are able. You must take delivery of the order as soon as it is ready, and any customer initiated delays in delivery will result in prices being adjusted to current rates as of the date of the changed delivery schedule.

In the table below, we indicate either an estimated lead time (example: 12 months est.) or a specific estimated kit-ready window (example: February – March 2023) within which we anticipate we will be able to pack your kit.

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These dates are subject to change. Fuselage and Wing Quick Build customers may experience extended lead times due to external delays in shipping parts to and from our QB assembly facilities in the Philippines and Brazil.

Lead times may also vary depending on our current factory stock and/or stock of available parts at the assembly facilities. Since containers are shipped to the quick-build facilities approximately every 2-3 months, it is possible that QuickBuild kit orders placed only days apart could have significantly different lead/completion times.

2-Person Private Plane - Rv–14A - Vans Aircraft, Inc. - Single-Engine /  Piston Engine / Kit

Variability in international shipping services can also significantly affect delivery timeframes. Note that preview plans must be ordered with or before the purchase of the first kit. The "kit total" price listed below includes the empennage, wing, fuselage, and finishing kits.

For the RV-12iS model only, the "kit total" price listed also includes the power plant and avionics kits. The QuickBuild price includes the empennage kit, QB wing, and fuselage kits, and the finishing kit. The prices below (except preview plans) are for will-call pickup from Van's and do not include crating or shipping charges.

Please visit the Order a Kit page to access our kit order forms. Various aspects of the business and industry can affect pricing and availability; while we work hard to make things predictable for you, prices and lead times are subject to change at any time and without notice.

IMPORTANT: The lead times displayed below are updated regularly to reflect available kit allocations, so orders received since the last update are not accounted for in this list until the next day's update. Therefore, there is always a chance the available kits in a batch have already been allocated on any given day, in which kits new orders are assigned to the next production batch.

Your order's individual lead time will be confirmed upon receipt of your order and deposit, when we enter your order into our system.

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Vietnam Aircraft Carrier

Vietnam Aircraft Carrier

Vietnam Aircraft Carrier - While operating in the Atlantic in October 1965, Shangri-La was accidentally rammed by the Destroyer USS Newman K. Perry. Although the carrier was not badly damaged, the Destroyer suffered one fatality. Re-designated an anti-submarine carrier (CVS-38) on June 30, 1969, Shangri-La received orders early the following year to join the US Navy's efforts during the Vietnam War.

Sailing via the Indian Ocean, the carrier reached the Philippines on April 4, 1970. Operating from Yankee Station, Shangri-La's aircraft began combat missions over Southeast Asia. Remaining active in the region for the next seven months, it then departed for Mayport via Australia, New Zealand, and Brazil.

Vietnam Aircraft Carrier

What Does A Second U.s. Aircraft Carrier Visit Mean For U.s.-Vietnam  Relations? | Asia Maritime Transparency Initiative

When the Forrestal was decommissioned, there were plans to use it as a floating museum or artificial reef, but nothing came of them. The ship was sold for 1 cent in 2013 and cut for scrap in 2015.

Postwar Years

In May 1981, during night operations off the Florida coast, a Prowler landed on the Nimitz off-center, clipped a parked helicopter and plowed into six other aircraft on the deck, creating a fire. The flames were contained and extinguished in 28 minutes.

However, as deck crews moved in to clean up, four air-to-air missiles engulfed in the fire detonated in succession, Killing 14 sailors. Total damage amounted to over $58 million. The Forrestal lost 21 aircraft destroyed, 134 men dead and 161 injured.

Repairs over the winter of 1967-68 cost $72 million ($545 million today). An Investigative board stated: "Poor and outdated doctrinal and technical documentation of Ordnance and aircraft equipment and procedures, evident at all levels of command, was a contributing cause of the Accidental Rocket firing."

Returning to Ulithi, the carrier embarked Vice Admiral John S. McCain, Sr. in late May when he relieved Mitscher. Becoming Flagship of the task force, Shangri-La led the American carriers north in early June and began a series of raids against the Japanese home islands.

A New Design

The next several days saw Shangri-La evade a Typhoon while shuttling between strikes on Okinawa and Japan. On June 13, the carrier departed for Leyte where it spent the remainder of the month engaged in maintenance.

Resuming combat operations on July 1, Shangri-La returned to Japanese waters and began a series of attacks across the length of the country. Transferred to the Atlantic in 1960, Shangri-La participated in NATO exercises as well as moved to the Caribbean in response to troubles in Guatemala and Nicaragua.

Based at Mayport, FL, the carrier spent the next nine years operating in the western Atlantic and Mediterranean. Following a Deployment with the US Sixth Fleet in 1962, Shangri-La underwent an overhaul at New York which saw installation of new arrestor gear and Radar systems as well as removal of four 5" gun mounts.

India's Indigenous Aircraft Carrier Ins Vikrant Begins Sea Trials

With the Collapse of the treaty, the US Navy moved forward with efforts to create a new, larger class of aircraft carrier and one which made use of the experiences gained from the Yorktown-class. The resulting ship was wider and longer as well as possessed a deck-edge elevator system.

Cold War

This had been incorporated earlier on the USS Wasp (CV-7). The new class would normally embark an air group of 36 fighters, 36 dive bombers, and 18 Torpedo planes. This included the F6F Hellcats, SB2C Helldivers, and TBF Avengers.

In addition to embarking a larger air group, the new design mounted a more powerful anti-aircraft armament. Water proved useless against the fire itself. Water breaks down into oxygen and flammable hydrogen in a heat of over 3,000 degrees.

Magnesium Burns at up to 5,600 degrees. Due to hydrogen in the air, the hoses of firefighters and automatic sprinklers literally fed the flames. Iarrobino headed Oriskany into the wind to blow the smoke clear, while trying not to feed the fire.

They flooded the carrier's magazines to prevent Ordnance from exploding. After the water mains were repaired and hose pressure restored, the Enterprise crew was able to fight the flames. The Sailors poured foam through the holes in the deck to chase the burning fuel.

The Standard Design

The Destroyer USS Rodgers and nuclear-powered guided Missile Destroyer USS Bainbridge came alongside to lend their hoses. By 10 a.m., helicopters from Pearl Harbor landed on deck to medevac wounded. By 11:30, just three hours after the fire started, the Enterprise was free of flames.

"Big E" put back in to Pearl for 51 days of repairs before returning to duty. On the morning of Oct. 26, two apprentice airmen—George James, 18, and James Sider, 17—stowed 117 3-foot-long, 25-pound, cylindrical Mark 24 Mod 3 parachute flares.

Neither man had been trained in the procedure nor supervised. Suddenly a flare's safety Lanyard snagged and detached, igniting the bright flare. Panicking and blinded by the in-tense, dazzling light of the Burning Mark 24, Sider flung the flare into his storage locker, possibly hoping the lack of air in the case would smother the fire.

"We started hearing explosions and we saw the fantail of the ship was black with smoke and orange flames shooting out," recalled Seaman Apprentice Jim Girafalco, on deck as a lookout. "I thought I was in a vortex of hell."

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World War Ii

The carrier, conducting flight exercises about 70 miles Southwest of Pearl Harbor, had a crowded deck of F-4 Phantoms and A-7 Corsair II bombers, each loaded with Zuni Rocket pods and 500-pound Mk-82 bombs. At 8:18 a.m.

an MD-3A "Huffer" aircraft engine starter was parked with its exhaust outlet only 2 feet from a Rocket pod under a Phantom's wing. At this short distance, the Huffer's exhaust heat—at least 326 degrees and possibly as high as 590 degrees—was a fire hazard.

The 15 pounds of Composition B in a Mk-32 Zuni Rocket Warhead detonates at 358 degrees. The blast not only killed most of the lead firefighting crew and spattered blazing fuel across the deck but also blew a hole into the hangar bay.

Within five minutes, nine major explosions shook the Forrestal, each spraying rescuers and aircraft with flames and fragments. Rockets and 20 mm cannon shells raked the deck. Ejection seats fired themselves. Skyhawk pilot Lt. Cmdr. Herb Hope escaped his plane and rolled off the flight deck into a safety net, then joined a damage control party below.

"The port quarter of the flight deck, where I was," he told them, "is no longer there." The first ship to move forward with the altered Essex-class design was USS Hancock (CV-14) which was later re-named Ticonderoga.

This was followed by additional ships including USS Shangri-La (CV-38). Construction began January 15, 1943, at the Norfolk Naval Shipyard. A significant departure from US Navy naming conventions, Shangri-La referenced a distant land in James Hilton's Lost Horizons.

In November 1952, the carrier arrived at Puget Sound Naval Shipyard for a major overhaul. This saw Shangri-La receive both SCB-27C and SCB-125 upgrades. While the former included major alteration's to the carrier's island, relocation of several facilities within the ship, and the addition of steam catapults, the later saw the installation of an angled flight deck, an enclosed Hurricane bow, and a mirror Landing system.

Vietnamese envoys had been working for months to ease the concerns of their Giant Chinese neighbor over the visit and the prospect of broader security cooperation between Hanoi and Washington, according to diplomats and others familiar with the talks.

[nL4N1QL0AG] There were two collisions involving U.S. Destroyers running into civilian ships in June and August 2017, resulting in the deaths of 17 sailors. Those incidents, attributed to fatigue and crew errors, led the Navy to re-examine its safety procedures again.

A U.s, Aircraft Carrier Will Visit Vietnam For The First Time Since The Vietnam  War

V To ignore Murphy's Law—"anything that can go wrong will go wrong"—while conducting flight operations on an aircraft carrier is a capital offense. As 30-ton jets hurtle off the bow, controlled-crash landings are made on the stern and exhausts blaze, the slightest misstep or malfunction can be fatal.

The exploding Rocket ruptured the aluminum external fuel tanks on the Phantom carrying it, along with the tanks on several aircraft parked nearby. With the carrier moving at a speed of 10 knots (about 12 mph) into a 19-knot headwind (22 mph), the spilled JP-5 whisked into vapor and immediately burst into flame.

The 15 nearest aircraft had a total fuel load of 15,000 gallons. They had a combined weapons load of 30,500-pound bombs and 40 Zuni rockets, which began heating up as burning fuel flooded the flight deck.

The damage, in money and men, sustained by the three carriers was very costly. Repairs to the Oriskany took five months and tallied about $13 million ($103 million today). One crewman died of burns and 43, including 25 pilots, of smoke inhalation.

An additional 156 were injured. Two helicopters and an A-4E Skyhawk were destroyed, and three more Skyhawks were badly damaged. The Navy charged five sailors, including James, Sider and their supervisor with manslaughter, but all were acquitted when investigators found that a Mark 24 flare could, if jarred, ignite itself.

SPECIAL NOTE: At 1741 on 21 June, Shangri-la entered the Republic of South Viet Nam territorial waters and stood into the harbor of Danang. Vitally needed parts for the number 3 elevator were received via helo.

The ship returned to Yankee Station the same day. This is an excerpt from Shangri-la's 1970 Command History Report. It is also the only incident known of a U.S. aircraft carrier (CVA, CVAN or CVS) that entered a port area in South Vietnam.

It should be noted that this visit was for the purpose of obtaining supply parts and not for liberty. In November 1988, a 20 mm cannon in a jet parked on the Nimitz's flight deck went off, killing one sailor and igniting six other aircraft, including a KA-6 air-to-air refueling tanker.

A second sailor died of burns that covered more than 70 percent of his body. The crew extinguished the flames, and the Nimitz did not leave the station. DANANG, Vietnam (Reuters) - A U.S. aircraft carrier arrived in Vietnam on Monday for the first time since the end of the Vietnam War, dramatically underscoring the growing strategic ties between the former foes at a time when China's regional influence is rising.

Us Navy's Uss Theodore Roosevelt Supercarrier Docks In Vietnam ! - Youtube

The imposing gray silhouette of the USS Carl Vinson could be seen from the Cliff Tops just outside the central Vietnamese city of Danang, where the 103,000-tonne carrier and two other U.S. ships begin a five-day visit.

In normal circumstances, a lit match will not ignite the Navy's primary jet fuel, JP-5, basically kerosene with a higher Flashpoint than the JP-4 fuel used by the Air Force. Rocket and jet exhaust, however, are hot enough to set off JP-5, and once ignited the fuel can burn at up to 1,800 degrees Fahrenheit.

With the carrier headed straight into the wind—standard launch procedure—the flames quickly spread to 10 nearby Skyhawks. The Enterprise's crew created a firebreak, Rolling undamaged aircraft forward where they were clear of the flames. "We were trying to protect the island," recalled Warrant Officer Jim Helton, the carrier's crash salvage officer.

"If those [bombs on the planes] had gone, everybody in the island—the Captain on the bridge, the air boss, all of those people—would have been trapped, and probably killed." An Essex-class aircraft carrier, USS Shangri-La (CV-38) entered service in 1944. One of over 20 Essex-class carriers built for the US Navy during World War II, it joined the US Pacific Fleet and supported Allied operations during

the final phases of the island-hopping campaign across the Pacific. Modernized in the 1950s, Shangri-La later served extensively in the Atlantic and Mediterranean before taking part in the Vietnam War. Completing its time off Southeast Asia, the carrier was decommissioned in 1971.

Cmdr. Richard Bellinger, leader of fighter Squadron VF-162 and Survivor of two dogfights with MiG fighters, ripped out his stateroom's air conditioning unit mounted on the skin of the ship to get outside and Escape the inferno, but then discovered that he had to Strip naked

before he could Squeeze through the 18-inch opening onto the catwalk. According to some reports, they borrowed a flight suit or uniform and helped put out the fire. During the Oriskany's second cruise off the coast of Vietnam, which began in July 1966, the carrier launched its five combat squadrons on nearly 8,000 sorties over four months.

When Defense Secretary Robert McNamara noted after an Oct. 1 visit that crew members were exceeding Pentagon guidelines designed to prevent fatigue, Capt. John Iarrobino replied that mission demands forced him to disregard the guidelines. Just a few weeks later, the ship was about to sail for Hong Kong to give its crew a rest when the effects of overwork caught up with the Oriskany.

Trapped in his quarters, Lt. Cmdr. Marvin Reynolds wrapped a wet blanket around himself and fumbled in the noxious dark for a wrench to open his porthole. "Now just take it easy," he said to himself.

During The Vietnam War, Commandos Sunk A U.s. Aircraft Carrier | The  National Interest

"If you let this wrench slip and lose it in the smoke, you've bought the farm." He put his head through the porthole for air until a sailor above passed a breathing mask and fire hose to him.

In October 1966, the USS Oriskany in the Gulf of Tonkin off the North Vietnamese coast met disaster when a Burning magnesium flare was tossed into a Locker filled with flares and Rocket warheads. Misfortune befell the USS Forrestal, also in the Gulf, in July 1967, when a Rocket under the wing of a parked fighter burst on a crowded flight deck.

In January 1969, a Rocket aboard the nuclear-powered USS Enterprise off the coast of Pearl Harbor, Hawaii, was subjected to the heat of a jet engine starter, cooked off and sparked a chain reaction of explosions.

In those three incidents, 206 American Sailors died and 631 others were injured. Eight months later in the Gulf of Tonkin, the Forrestal, the first supercarrier designed specifically for jet aircraft, met a similar fate. Its flight crews Flew 700 sorties in four days—so many that they ran low on streamlined modern low-drag bombs that packed huge explosive power.

Capt. John Beling reluctantly accepted a load of decade-old AN-M65 "fat boy" thousand-pounders, blunt old bombs thin-skinned and rusty with age. They leaked Composition B, an explosive that becomes up to 50 percent more potent with age and is highly sensitive to shock and heat.

Today a Nimitz-class supercarrier has 22 fire hose stations around the perimeter of its flight deck, a firefighting truck with a high-pressure hose turret and a 750-gallon Onboard tank, and a wash-down system that can pump up to 27,000 gallons

per minute. Successive explosions scattered Burning magnesium everywhere, filling the hangar bay with toxic smoke. Two parked helicopters caught fire as the 20 mm cannon Ammunition in a nearby A-4 Skyhawk fighter started to burn. A Looming Threat was the multitude of bombs staged for loading around the hangar.

As the fire intensified, the paint on the bombs blistered and peeled, and their fuze inlets started smoking. Firemen poured water over the bombs until they could be rolled overboard. "If the bombs had gone off," an Officer later told Life magazine, "we would have lost the ship."

Only 20 seconds after the first explosion, three additional Rockets in the Phantom's Rocket pod fired into the deck. After three minutes in an open flame, the first Bomb exploded and blew an 8-foot hole in the 2½-inch-thick Armored flight deck.

Worse, the explosion knocked out two pumps supplying a foam extinguisher and cut the hoses.

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