• Beschrijving
  • Meer

 ESM Grumman F6F Hellcat, optional retract system
 Wing span     (spanwijdte)  1829 mm   72"
 Length  1365 mm  54"
 Flying weight  6.5 kg                           14.3 lbs                    
 Radio  6 channels, 8 servos       
 Engine Gas       (benzine)  26 - 30cc
 Engine Glow     (gloeiplug)  20cc 4-cycle (1.20)

 Detailed specification continued:

 Wing area  64.8 dm2  6.99 sq.ft
 Wing loading  100.3  gr/dm2      32.9 oz/sq.ft    

 6 channels, 7-9 servos (throttle, rudder,

 elevator, 2 aileron, 2 flaps, optional retract,

 optional choke)

 Options  Two wheel retract system
 Documentation  Instruction Manual
 Manufacturers website     ESM-Website


Fiberglass fuse and balsa built -up wing. Wing Covering Material: Covering, painted, decals applied and clear coated. The aircraft has a beautiful flat, non-glossy finish. This is superior to glossy covering materials. It is scratch, tear and wrinkle resistant. The covering material is a brand name covering which has a special paint adherant layer. The covering goes on clear, and is then primed and painted, then clearcoated. 

Hardware package and illustrated instruction manual included.



Rotating retracts: including wheels, oleo struts and electric retract system. Incorporate all of the latest design improvements. 




Though the Hellcat bore a superficial resemblance to its earlier cousin, the F4F Wildcat, the Hellcat was a completely different aircraft. Its Pratt and Whitney R-2800 put out 2000 hp (the Wildcat's engine put out 1200 hp), and the result was one of the most successful military aircraft of all time, scoring 5200 kills, most of which occurred in the pacific theatre (though 8 kills were recorded during the invasion of southern France).

The Hellcat was already in development by the time of the attack on Pearl Harbour, but subsequent air battles revealed that the need for a replacement for the Wildcat was urgent. The A6M Zero could out turn and out climb the Wildcat. The only advantages the Wildcat had were the ability to absorb more damage, heavier armament and the ability to dive faster. Building on these existing advantages, the engineers at Grumman sought to build an aircraft which would outclass the Zero in every category. Besides the combat capabilities, the Hellcat was also easy to produce and maintain, making it a perfect wartime aircraft.

The first production versions were activated for combat duty in February 1943, and began to see combat in September. The first major engagement was over Rabaul on 11 November 1943, they ed with F4U Corsairs in a day long dogfight with Zeros, scoring nearly 50 kills. Over Tarawa atoll on 23 November 1943, they scored 30 kills for one loss. From that point on, the Hellcat saw combat in virtually every action in the Pacific theatre, including the Battle of the Phillipine sea, which the pilots nicknamed the 'Great Marianas Turkey Shoot'. The F6F aced for 75% of aerial kills in the pacific theatre. By the end of the war there were 350 Hellcat aces, though this can be attributed as much to the inexperience of Japanese pilots as to the skill of Hellcat pilots, or the capability of the airframe.

The Hellcat also saw service with the Royal Navy, who recieved over 1200 as part of the lend lease act. The aircraft saw duty against Messerscht's and FW-190's in this context and proved itself very capable in that role. After the war the Hellcat saw use by the French Navy who used it in the French-IndoChina war, and the Uruguayan navy used the Hellcat into the 1960's. In the US Navy the Hellcat was replaced by the F8F Bearcat.

This model is based on an aircraft from VF-27, operating from the USS Princeton in October 1944 during the Great Marianas Turkey Shoot. It was flown by Rid Stambook, who claimed 10 kills in his F6F-3 Hellcat.

Gerelateerde Producten