F6F-5N

This page is about the American naval fighter F6F-5N. For the French version, see F6F-5N (France). For other versions, see F6F (Family).

F6F-5N

F8F-1

F4U-1C

360://https://wiki.warthunder.com/images/1/17/Cockpit_f6f-5n.jpg

F6F-5N

F8F-1

F4U-1C

USA

III Rank

Battle rating:

AB	RB	SB
5.0	4.3	4.3

Class:

Fighter

Naval aircraft

Torpedo bomber

Research:33 000

Purchase:105 000

Show in game

Description

The F6F-5N Hellcat is a rank III American naval fighter with a battle rating of 5.0 (AB) and 4.3 (RB/SB). It was introduced in Update 1.65 "Way of the Samurai".

The F6F-5N (N stands for Night fighter variant) is the late variant of the Grumman F6F-5 Hellcat. Despite being a somewhat less agile and fast variant, this F6F is distinctly capable thanks to the combination of cannons, heavy machine guns, and the addition of a search radar while keeping the ability to provide ground and sea support with highly menacing payloads. It can defend itself admirably against no matter what; in skilful hands of course. An efficient jack-of-all-trades!

General info

Flight performance

Arrestor gear

Accelerates braking by grabbing the brake cable on the deck of the aircraft carrier

Max speed

at 5 730 m629 km/h

Turn time21 s

Max altitude11 000 m

EnginePratt & Whitney R-2800-10w

TypeRadial

Cooling systemAir

Take-off weight7 t

The main drawback of this fighter is the powerful but often overloaded engine. This means that after all the weight added with the twin 20 mm cannons, radar, and payload, the plane becomes much slower compared to the previous F6F-5 in US service. This may be an indication to avoid engaging in air supremacy battles with other more dedicated air superiority fighters. Instead, these variants excel at ground strike and interception, leaving the pure fighter role to other more fast and agile fighters.

Once spaded, the F6F-5N feels similar to the F6F-5, but all of the main flight characteristics are slightly reduced, such as the top speed, rate of climb, and turn rate. When equipping payloads is a good idea to avoid extended combat, this is due to the fact the plane gets even slower and less manoeuvrable. American pilots should consider learning (MEC) manual engine controls to boost flight performance. Its details are explained below!

Characteristics	Max Speed (km/h at 5,730 m)		Max altitude (metres)	Turn time (seconds)		Rate of climb (metres/second)		Take-off run (metres)
	AB	RB		AB	RB	AB	RB
Stock	602	581	11000	22.2	23.1	8.1	8.1	399
Upgraded	661	629		19.8	21.0	16.7	11.8

Details

Features
Combat flaps	Take-off flaps	Landing flaps	Air brakes	Arrestor gear
✓	✓	✓	X	✓

Limits
Wings (km/h)	Gear (km/h)	Flaps (km/h)			Max Static G
		Combat	Take-off	Landing	+	-
0	375	510	510	310	~11	~4

Optimal velocities (km/h)
Ailerons	Rudder	Elevators	Radiator
< 432	< 420	< 420	> 420

Survivability and armour

Crew1 person

Speed of destruction

Structural0 km/h

Gear375 km/h

A page from the F63/F6F pilots manual detailing protective angles against enemy weapons.

• 3 mm steel - below the engine and above cooling system
• 6.35 mm steel - behind the pilot
• 38 mm bulletproof glass - armoured windscreen

The F6F-5N is a considerably robust and armoured aircraft, a usual trait of American-made fighters. This armour will enable pilots to survive several hits if they end up tailed by some more agile enemy aircraft; like the Japanese Ki-61-II or the Bf 109 G-2/trop. Nonetheless, avoid being targeted and attacked!

The F6F-5N can take a lot of hits and the armour will be there to provide an important defence to the pilot against 7.62 mm up to some long-range 20 mm HE shells. But the airframe and the wide wing spars will start to weaken after heavy enemy damage, thus also compromising the flight performance and ultimately leading to the breakdown of the aircraft itself.

American pilots can take advantage of the adequate armoured glass, the armour around the nose, and the engine for head-on attacks or low bombing runs. To increase survivability, pilots should attempt to engage frontally the more agile enemies. There is the majority of the armour, along with all the heavy machine guns and powerful cannons. Contrary to holding from behind, where the average top speed and turn rate won't provide the F6F-5N with any major advantage.

Modifications and economy

Repair costBasic → Reference

AB1 202 → 1 530

RB2 615 → 3 328

SB3 830 → 4 875

Total cost of modifications29 700

57 700

Talisman cost1 200

Crew training30 000

Experts105 000

Aces590

Research Aces360 000

Reward for battleAB / RB / SB

70 / 160 / 340 %

148 / 148 / 148 %

Modifications

Flight performance	Survivability	Weaponry
Fuselage repair Research: 1 500 Cost: 2 900 155 Radiator Research: 1 500 Cost: 2 900 155 Airframe Research: 1 300 Cost: 2 500 135 Compressor Research: 1 300 Cost: 2 500 135 Wings repair Research: 1 900 Cost: 3 700 200 Engine Research: 1 900 Cost: 3 700 200 Cover Research: 2 400 Cost: 4 700 250 Engine injection Research: 2 400 Cost: 4 700 250		bmg50_belt_pack Research: 1 500 Cost: 2 900 155 ITC mk.III Research: 1 500 Cost: 2 900 155 bmg50_new_gun Research: 1 300 Cost: 2 500 135 FRC mk.2 Research: 1 300 Cost: 2 500 135 500 LB Research: 1 300 Cost: 2 500 135 anm2_belt_pack Research: 1 900 Cost: 3 700 200 LFRC mk.12 Research: 1 900 Cost: 3 700 200 anm2_new_gun Research: 2 400 Cost: 4 700 250 FLBC mk.1 Research: 2 400 Cost: 4 700 250

A slow F6F is a certainly doomed F6F. Attempt to go for some flight performance modules and then some weaponry modules. This will help to keep research while not suffering from a below-average aircraft. The additional payload can bring more research points, depending on the pilot's favourite role and gamemode with the aircraft.

Payload modules unlock the following:

• ITC mk.III: One torpedo
• FRC mk.2: Six HVAR rockets
• LFRC mk.12: Two Tiny Tims
• FLBC mk.1: Two 1,000 lb AN-M65A1 bombs

Armaments

In the offensive department, the F6F-5N is devastating!

There are a plethora of choices on armaments that truly bring a lot of power to the US pilots. The 20 mm cannons and 12.7 mm machine guns are capable of devastating, if not destroying, light and medium tanks, even from the sides. This is accompanying the already lethal available explosive payloads.

Offensive armament

The F6F-5N is armed with:

• 2 x 20 mm AN/M2 cannons, wing-mounted (231 rpg = 462 total)
• 4 x 12.7 mm M2 Browning machine guns, wing-mounted (400 rpg = 1,600 total)

The familiar American M2 Browning provides quick-firing, adequate damage, and high penetration capacities. Not many aircraft can withstand a prolonged burst from these machine guns. However, they lack the fast, decisive punch of a large-calibre cannon. This could lead to the F6F-5N often staying in combat more than it should; something detrimental to its survival.

• The Ground targets belt is notably good to bypass the enemy's armour plates and also good for head-ons attacks. Works for some medium tanks, armoured cars and light tanks. (Side or top armour)

• The Tracers belt is handy to burst your enemies into flames. Mainly, the light and nimble planes with poor durability.

In this variant, the F6F-5N also receives two new powerful 20 mm AN/M2 cannons.

The 20 mm AN/M2 cannons will dramatically increase the firepower and lethality of the F6F. Their penetration and decent fire rate enable pilots to utilize them proactively during air combats. The good ammo count also extends their time on combat if the pilot has trigger discipline. The penetration of these cannons allows the F6F-5N to perform in a strike fighter role against soft-skinned ground vehicles. Various tanks on rank IV don't have enough top-turret protection for stopping this cannon.

Suspended armament

The F6F-5N can be outfitted with the following ordnance:

• Without load
• 6 x HVAR rockets
• 2 x Tiny Tim rockets
• 2 x 1,000 lb AN-M65A1 bombs (2,000 lb total)
• 2 x 1,000 lb AN-M65A1 bombs + 6 x HVAR rockets (2,000 lb total)
• 1 x 1,927 lb Mk.13-1 Case torpedo

Usage in battles

Once a good understanding of the abilities and inabilities of the F6F-5N is gained, players can use this plane on all game modes without major trouble.

The F6F-5N was a versatile fighter during World War II and it proves this with both the capabilities of the airframe along with the varied ordnance it can carry. The powerful weapons that the F6F-5N has on-board can make short work of enemy aircraft and some ground targets, and the sizeable amount of suspended weapons allows the aircraft to be used in support roles when attacking critical ground targets. In addition, employment of the radar can make the F6F-5N a deadly fighter in night combat or in adverse weather condition

Realistic battles

Air battles

The principle of playing with the F6F-5N is to keep your speed, always. This F6F-5N has a powerful engine and a relatively heavy airframe, which allows it to perform well in diving and manoeuvring attacks. Against aircraft that are less manoeuvrable or are unable to maintain speed during combat the F6F-5N can easily take them out. When fighting lighter and more nimble enemies, it pays to be cautious and not commit into a fight without having superior energy to escape if it becomes necessary. The F6F-5N can also meet opponents way faster than him; some planes reaching up to 700 km/h while the F6F stays around the 629 km/h at level flight.

It is here when the Manual Engine Controls provide the pilot with a meaningful increase in performance. That leads to utilizing the altitude to survive, as this plane is heavy and won't perform excellently on low-level dogfights with tight turns. The way of the F6F is to go low, do the work then climb back to the safer territory; achievable because of the powerful supercharged engine.

Ground battles

The F6F is a well-fitted strike/night fighter. Nonetheless, the rather small battlefields on tank battles can become a big safety concern. If situational awareness is lost, pilots are likely to be engaged by surprise. To avoid this, American pilots should consider the following roles:

Air defence/Interception

There will usually be some enemy air force incoming to the combat zone; fighters, strike fighters, or even bombers. With an anticipated climb and the highly useful radar, the F5F-5N can take the control of the battle. Avoid any additional payload because now the relevant job is to defend ground forces and pester enemy aviation. Once in the air, check the immediate surroundings (check six first) also with the help of the radar, then proceed to gain altitude. This altitude is key to counter any faster or more agile enemy arriving to combat.

Once a target has been spotted, pilots must remember this might not be the only enemy plane arriving. Planning must be made to perform dive attacks against them and retreat again to altitude. The Hellcat loves these dives, so pilots can confidently approach to their preys, let the guns roar, then leave.

The Hellcat can't be shot down if it can't be seen. Consider using a combination of machine guns' stealth belt to range and lead the shots. Once the stealth fire reaches the target (hit marks), rapidly fire the cannons. This is useful because it helps to engage a plane without the noticeable tracers and generally provides a fast elimination because of the powerful cannons. Oftentimes, the enemy will react too late. A recommended convergence for this role is 600-300 m. This is of course, always to pilot's discretion.

Ground strike

A more closer-to-action role; it will use the payloads available to annihilate enemy armoured forces. This role is very dependent on allied aerial superiority, so pay attention to the air before spawning heavily loaded.

The Hellcat will be in great danger during these attacks. It will fly below the coming enemy aircrafts, so time is key. Drop the bombs first since they are the heaviest yet deadliest ordnance. Then resort to your rockets, heavy machine-guns and cannons if necessary. The combination of 2 x 1,000 lb AN-M65A1 bombs + 6 x HVAR rockets proves to be more than suitable for the task. Pilots can also go for the Tiny Tim rockets when powerful and directed firepower is needed. Pilots can freely choose individual payloads situationally and performance-wise.

Once the ordnance has been dropped, pilots are highly advised to return to base for rearming. Staying around patrolling the air is not the duty; this is because the Hellcat will often meet a lot of powerful enemies that outmatch it on speed and turn-time. Only those highly skilled and confident pilots can attempt to stay around dogfighting their way out.

Equipping ground target belt on both the cannons and machine-guns allows the Hellcat to destroy even more armour, resembling a true attack aircraft. A recommended convergence to attack with the mounted guns is 600-800 m because it provides sufficient distance to fire safely.

The Tiny Tims can even be used to finish off an enemy base that has very little health remaining.

Naval battles

The F6F is an extremely capable naval fighter. The immense naval maps really suit him well. The armament of the Hellcat allows engaging many ships or boats. Larger ships as destroyers or cruisers will have a hard time seeing how this almost unstoppable plane dives straight to them; knowing the danger of torpedoes, bombs or the formidable Tiny Tim rockets.

Returning to base for more payload is a possibility, but on some large maps, it might be wiser to remain nearby allied shipping into a fighter role.

Similarly to ground battles, the F6F can turn into an interception and naval striking role.

Naval strike

An utmost task is to destroy enemy ships. The F6F-5N just like the earlier F6F-5 is packed with lots of payloads option. The HVAR rockets and the Tiny Tim rockets are notably useful for long-distance salvos; this is beneficial if the pilot does not want to risk the aircraft. The F6F-5N can carry a single Mk.13/44 torpedo which will prove deadly against any naval enemy. Using it effectively requires planning ahead of time, as simply charging straight at a ship will likely end up in a lost aircraft. Working around terrain such as islands and hills to sneak in close and dropping the torpedo at the latest possible time can result in a sunken ship and a living aircraft.

All the payloads the F6F-5N can carry are able to be used against naval targets, but they can place the aircraft into dangerous situations when attacking ships.

With the bombs, the pilot can perform several naval tactics for bombing:

• Skip bombing
• Toss bombing
• Glide bombing
• Dive bombing

Skip Bombing/Top-mast bombing

This is the lowest flying to the sea. Pilots are advised to fly as low and fast as possible, in a tactic is known as sea-skimming. Pilots must maintain top speed all the time (Remember MEC). This speed will be crucial to later allow the bomb to bounce like a rock in the water. Once a target is spotted, the pilot must find a good attack angle, where the Hellcat can close in, bounce the bombs and then retreat in a safe direction. Is equally important the bomb fuzing. Set a time around 4-6s.

This tactic is highly useful when the map's geography provides natural or solid cover. Using mountains, valleys or even allied ships to cover your harmful intentions.

Toss bombing

Here the Hellcat will fly higher from the target ship (600-900 m). The intention is not to fly over it but obtain enough speed before reaching it so when closing at high speed, the Hellcat will pitch the plane's nose in the sky, releasing the bombs during this manoeuvre and back in the opposite direction.

The bombs will follow a parabolic trajectory and drop near or in the target.

Glide bombing

This is a high altitude (2,000-3,500 m) approach in which the Hellcat will dive for its target in a not very steep attacking angle (shouldn't be more than 45° angle). This tactic offers more controls since it is not needed to pull up as hard when compared to a full 90° dive-bombing. Time the drop, the moving of the ship and keep in mind the desired exit altitude. During this shallow dive, the plane must gather enough speed to exit the danger zone immediately. The Hellcat can withstand some outstanding 800 km/h, so do not exceed that limit.

Dive bombing

This is another high altitude approach in which you will need to enter the target's ship airspace, endure any anti-aircraft fire and perform a 90-75° pitch down aiming to the trajectory of the targeted ship. Due to the lack of any air brakes, this tactic is dangerous. Pilots should time their drop and exit the dive before it becomes too late for the F6F. This tactic offers the advantage of being one of the most precise bombings, especially against battleships. But is one of the riskier since it also exposes you to anti-aircraft fire during the dive.

Pilots are encouraged to practice these bombings and to choose wisely during different combat situations.

Coordinate aerial attacks with allied aircrafts; many ships possess dozens of AA guns aiming right at you!

Air defence/Interception

Here the use of radar is remarkably important. Just like in real life, it helps the pilot with navigation and enemy early detection. Use it to anticipate targets and intercept them before they reach allied ships. On encounter mode and enduring confrontation, this is highly regarded due to the immensity of airspace and the vulnerable formation of cargo ships. Be the guarding eye for those merchant ships!

Pilots should fly really high; away from ships' computerized artillery predictors and flak fire. Speed and altitude are the first means of defence, so if attacked at such altitudes, pilots can choose to go into steep dive towards allied vessels or an allied base. Otherwise, they can rely on air manoeuvres. A good understanding of the enemy aircraft is beneficial to understand what to do.

Arcade battles

Here the Hellcat will only feel more powerful and faster but beware, the enemy planes too. The flight characteristics are well suited for smart dogfights and baiting. Firing with the guns become even more precise and lethal. Quite a lot of entertainment.

Air battles

The F6F can produce havoc on ground strike modes with the constant reload of bombs and rockets. They are useful to interdict enemy forces advancing to airfields. The 1,000 lb bombs have a devastating effect on ships and hardened structures, and especially on vehicles which are clustered in a compact area. Use your superior payloads to destroy them with ease while your team fights for the airfield. The agility of the aircraft makes it ideal to outfit rockets, which can be dropped if not needed.

The larger Tiny Tim rockets will pack a huge punch against heavily armoured vehicles or static defenses (such as heavy tanks or pillboxes) and ships. On ground strike/frontline mode, make those a priority target to help the team. HVAR rockets work best when reserved for lighter armoured vehicles some hardened concrete structures and bombers.

Oppositely, the Hellcat can be played without bombs and really high in the sky. Baiting enemies into a vertical stall then diving for them.

Naval battles

The Hellcat can serve both as a low-level fighter bomber and a high altitude fighter. With the bombsight allowing the F6F to predict the bomb drop, pilots can use that to top-attack big ships from really high altitudes (3-4 km). Diving then climbing back, the constant bombing will eventually land a fatal blow to enemy shipping.

Low-level fly is also effective while torpedoing or rocketing enemy shipping. Keep in mind the dangerous anti-air defences and the enemy fighter planes.

Radars

A page from the F6F Hellcat Pilot's Manual showing the differences found in the F6F-5N cockpit, with the radio altimeter indicator and radar scope being pointed out.

The F6F-5N is equipped with an AN/APS-6 search and tracking radar. The radar is mounted in a pod under the right wing tip.

During the night, the radar becomes an invaluable tool to seek out and destroy enemy aircraft. It is best to position the aircraft where targets can be detected from the side or rear aspect which allows the F6F-5N to follow them and shoot them down. Take note of the limited range of the radar and that targets may only be visible up to a few kilometers away. A helpful range setting for the radar is the 9.25 km (5.75 mi) scan distance, as further options can make it difficult to properly find and chase down targets. When moving in closer, switching to the 1.85 km (1.15 mi) scan distance can make it easier to stay on a target from behind as well as transition to the radar track mode.

AN/APS-6 - Target Detection Radar
Maximum Detection Range	Guaranteed Detection Range	Max Azimuth Scan Angle	Max Elevation Scan Angle
60,000 m (theoretical)	7,200 m	±60°	±60°
AN/APS-6 - Target Tracking Radar
Maximum Tracking Range	Minimum Tracking Range	Azimuth Tracking Angle	Elevation Tracking Angle
1,000 m	150 m	±15°	±15°

Manual Engine Control

MEC elements
Mixer	Pitch	Radiator			Supercharger	Turbocharger
		Oil	Water	Type
Not controllable	Controllable Not auto controlled	Controllable Not auto controlled	Controllable Not auto controlled	Separate	Controllable 3 gears	Not controllable

It is highly rewarding to learn and constantly apply MEC during Simulator and Realistic battles. The main instruments beneficial for the F6F are: propeller pitch, radiators, and superchargers.

• The propeller pitch will enable the F6F to reach higher top speeds. This is vital during pursuits or diving away; something in which the F6F is great at. They also provide increased thrust/lift and less speed when needed; for example during vertical slow speed dogfights

• The radiators lets the F6F cool down the engine and components during hot weather maps. While if closed, they reduce aerodynamic drag and increase the top speed. Watch out, prolonged closing of the radiators leads to overheating and ultimately, to engine damage.

• Superchargers are an important piece of the MEC (even more for American planes), they will let the F6F reach superior high altitudes with a decent amount of speed even when fully loaded. They should only be used while climbing not during low altitude flights. Stage 1 is activated by default, stage 2 should be activated around 3-4 km of altitude. Stage 3 should be activated above 5-6 km of altitude. The hotter the temperature, the sooner this should be activated. If cold, it should be activated later at these altitudes. Pilots should maintain their eyes out to confirm their input affects performance positively and not negatively.

Once in combat, some pilots can choose whether to keep controlling everything manually and multitask, or they can set things back to automatic mode. Having manual control of the engine while on battle allows controlling the plane for the exact needs and desired pilot's tactics. While on auto mode, the pilot can focus efficiently only on the work outside the cabin without additional workload.

Pros and cons

Pros:

• Great variety of weapons for any map and mode; aerial combat, ground attack and maps with naval ships
• Decent climb rate and manoeuvrability
• Has a search and tracking radar with an excellent range
• Capable of operating from an aircraft carrier
• Competent high-altitude performance (3 Stage supercharger)
• High durability and efficient armour protection for the engine and the pilot

Cons:

• Not as energy-efficient in a climb as other American aircraft (such as the P-47)
• Overall worse fighter performance than F6F-5; playstyle varies
• Hopelessly outmatched on speed by enemy planes on the same BR, as the Bf 109 (Family)
• Turn rate is significantly higher than enemies it faces
• All manoeuvrability is drastically decreased by payloads

History

USS Ticonderoga (CV-14). Grumman F6F "Hellcat" fighters prepare to take off for strikes against targets in Manila Bay. The two leading planes are F6F-5N night fighters, with wing-mounted radar.

The F6F-5N was a modification of the standard F6F-5 for use as a night fighter. This variant became available on the final phase of World war II (1944-1945). The United States' Marines and US NAVY used these variants along the F6F-5 in the Pacific Theater on a wide variety of roles such as air interception, ground strike and night patrolling.

The F6F-5N was the highest produced US night fighter during WWII; exactly, 1,600 built

Technical specifications

The F6F-5N was a modification of the standard F6F-5 for use as a night fighter. These aircraft were fitted with additional equipment in the form of a radio altimeter and radar. The Westinghouse AN/APS-6 radar was installed on the starboard wing of the F6F-5N, with units being completed in middle and late 1944. The APS-6 served as a method to search and destroy hostile aircraft in conditions with zero visibility, with data being displayed in a standard B-scope view of the target azimuth on the x-axis and target range on the y-axis. Aside from target search and tracking, the APS-6 could also be used in a navigation role by tracking a radar emitter or beacon with a search range of up to 100 miles.

Due to the simplifications from the earlier AN/APS-4 radar, the APS-6 was small enough to be installed in single-engine aircraft which allowed for independent action among night fighters. Another feature of the F6F-5N was the Type GR-1 automatic pilot, which gave pilots the ability to maintain a stable flight attitude with minimal input.

Just as with the F6F-5, the -5N used the Pratt & Whitney R-2800-10W and had provisions to used a mixed armament of 2x 20 mm M2 cannons and 4x .50 cal Browning machine guns. The F6F-5N is noted as being one of the better American night fighters during World War II and was chosen to be a night fighter over other aircraft such as the F4U Corsair.

World War II Service

U.S. Marine Corps Grumman F6F-5N Hellcats of Marine Night Fighting Squadron 541 (VMF(N)-541) take off from Peleliu, in 1944.

The F5F-5N performed as an improved version of the F5F-5. It was widely used on defensive patrols over bases within the range of Japanese bombers and during night patrols guarding the Pacific's shipping routes.

One of the undeniably uses of the F5F-5N was by the; Marine Night Fighting Squadron 541 (VMF(N)-541) also known as the Bat-eye Squadron.

This squadron performed dozens of missions and night patrols over the whole Pacific; notably during the Philippines campaign. It was during the beginning of the campaign (Oct, 1944) where they had flown the 602 miles from their base on Peleliu in the Palau Islands. Their first mission provided cover for U.S. Navy PT-boats operating in the Surigao Strait.

The called presence of the Marines F6F-5N fighters was to provide necessary support against the weakened but still-resisting Japanese forces. One of their first tasks was to provide airstrikes over the Leyte Gulf during the climactic Battle of Leyte Gulf. Over these times, the foul weather and tropical storms complicated the air wars but even through that, Japanese bombers performed bombings damaging the ongoing operations. The Japanese night fighter, Nakajima Ki 43 Hayabusa known as "Oscar" by the Americans, also proved to be a serious threat. This was because it turned to be too fast for the available Army's P-61 Black Widow night fighters. Swift one-way dives by Japanese fighters performing Kamikaze attacks were also a concern

Around November, the general MacArthur ordered a switch. The F6F-5N of the Bat-eye squadron were to be transferred to Leyte where their high top-speed and good high-altitude performance was needed. It was here where the Marines saw combat against many enemies, both from Japanese Navy and Army air forces, even facing head-to-head versus the "Zero" themselves; Japanese forces commanded by the Vice Admiral, Shigeru Fukudome.

The Hellcats proved to be extremely effective due to many experiences at Peleliu. Around December, the Bat-eye squadron of Hellcats was busy performing dawn and even daylight patrols, ensuring safety to ships under their care. Achieving 12 air victories on a single day, (12 Dec) during the Battle of Ormoc Bay.

Lieutenant Paul Martinelli recollects:

"During our brief deployment to the Philippines, we were constantly tasked with protecting our troops and ships. Early on the morning of December 12th, we took off in total darkness in what we figured would be another routine patrol. The division was led by Captain Thomson and during the early part of the patrol, one of our pilots developed engine trouble and returned to base." "That left three of us, and a few minutes later we were informed by radio that Japanese bombers were approaching the convoy of our Naval re-supply ships which were located off the southwest coast of Leyte. They were very vulnerable because the ships had only minimal anti-aircraft protection. We dropped our external fuel tanks and proceeded to the area. We quickly spotted the formation which consisted of about fifteen planes and they were below us, in the process of diving down on our ships. At that time, we heard our controller vector our other division toward the action."

"As soon as we saw the Jap planes, our 3-ship formation formed up into single file so each pilot could concentrate on a bogey to attack. We plowed into them and some were either in the process of pulling out of their dives or had their noses down in the midst of their bomb runs. I had already charged my six .50 caliber guns and switched on my gun sight, illuminating it on the small, flat, extra thick protective glass that was situated directly in front of my cockpit Plexiglas. All of the enemy aircraft appeared to be single-engine types (either Zeros or Vals)."

"I focused on the nearest enemy plane which was a Zero. He had spotted me and made an effort to turn sharp to evade my rapid closure. Using water injection, I overtook him before he could execute any effective evasive moves. I was easily able to turn inside of the Zero gradually narrowing the angle to where I thought I had him. I kept fire one." was already at a low altitude over the water. Strangely, when he got down to about 1500 feet, he suddenly performed a slow barrel roll to the left. Such a maneuver would reduce his speed, allowing me to move closer to the range of my guns. Seconds later, he did another roll and by this time, I was close enough to fire a burst. I hit him before he had completed his roll and my rounds probably struck the pilot because his plane, now down to about 500 feet, did a descending roll to the left and plunged into the water. I made a low pass and saw no debris or fire."

By the end of December 1944, the Army considered Leyte was efficiently in its control, thus the campaign to recapture the Philippines shifted into a second phase. At this time, VMF(N)-541 was released to return on 11 January 1945 to Peleliu.

Despite numerous adverse conditions and setbacks, such as foul weather, precarious airfields and many long-serving hours in days and night; two years after its Philippine operations, the Hellcat squadron received the Army's Distinguished Unit Citation, the only Marine aviation unit to be so honoured during the war:

The Marine Night Fighter Squadron 541 is cited for extraordinary performance of duty in action against the enemy at Leyte, Philippine Islands, from 3 to 15 December 1944. During a critical period in the fight for the control of the Philippine Islands, the pilots and ground crews of this unit signally distinguished themselves by the intrepidity and unyielding determination with which they overcame exceptionally adverse weather conditions and operational difficulties engendered by lack of facilities and incomplete radar directional coverage.

Their superb airmanship and daring resourcefulness displayed in outstanding night patrol and interception work, which forestalled destruction of airfield facilities, and in the completeness of cover provided for numerous vital convoys and Patrol Torpedo boat patrols, effectively thwarted enemy attempts to prevent consolidation and further expansion of the foothold gained by United States forces in the Philippines.

A Grumman F6F-5N Hellcat night fighter assigned to the Naval Air Station Jacksonville, Florida (USA), in 1944/45.

Achieving a record unparalleled at that time, the unit, composed of but 15 aircraft and 22 pilots, flew 136 sorties totalling 298.6 combat hours, destroyed 18 enemy aircraft in aerial combat without unit loss or damage, and on numerous occasions pitted consummate skill and accuracy against overwhelming numerically superior enemy strength. The extraordinary performance of the air and ground personnel of the Marine Fighter Squadron 541 in overcoming the greatest of aerial hazards and maintenance difficulties reflects the highest credit on themselves and the military service of the United States.

BY ORDER OF THE SECRETARY OF WAR , Dwight D. Eisenhower ,Chief of Staff

Post-war use

As the United States started to focus on Jet fighter technologies. The Hellcats in the US navy service outlasted pretty much entirely as the night-fighter variant; most of the other Hellcats variants became target tugs or controlled drones loaded with explosives. The Hellcat F6F-5N variant survived this decommissioning because it proved to be superior on flight performance to the newer F8F-2N night fighter. The F6F-5N was also sold to France.

Consequently, the F6F-5N remained in US service up to the Korean war in 1950, where it got replaced by the F4U-5N to fill the night fighter role.

Media

Skins

• Skins and camouflages for the F6F-5N from live.warthunder.com.

Images

• 

  An underside view of a F6F-5N carrying two Tiny Tim rockets. These rockets had to be released before igniting so to clear the propeller arc.

• 

  A view of a F6F-5N firing off a Tiny Tim rocket at an enemy target.

• 

  A side view of the shackle connection of the Tiny Tim rocket to the external pylon of the F6F-5N.

Videos

This World War 2 Aircraft Had Targeting Radar - F6F-5N Night Fighter - PhlyDaily

F6F 5N - HOW TO RUSH - Guide and tutorial - Green Fury

WWII's F6F HellCat - Smithsonian National Air and Space Museum

See also

Shared operational history during World War II

• F6F-5
• F4U-4B
• F4U-4

Similar variants of this aircraft

• ▄F6F-5
• F6F-5
• ▄Hellcat Mk II

Related development

• F4F

• F8F-1
• F8F-1B

External links

• Official data sheet - more details about the performance
• AviationShoppe - Grumman F6F Hellcat Pilot's Manual

Bibliography

• Aircraft Carriers: A History of Carrier Aviation and Its Influence on World Events, Volume II: 1946-2006, Norman Polmar, 2007
• And A Few Marines - Marines in the Liberation of the Philippines, PCN 19000314300, Captain John C. Chapin, USMCR (Ret), 2002

Grumman Aircraft Engineering Corporation
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