Kawasaki EC-1 Electronic Warfare Aircraft: Takeoff and Landing @ Iruma Airbase скачать в хорошем качестве

Kawasaki EC-1 Electronic Warfare Aircraft: Takeoff and Landing @ Iruma Airbase

Mega Rare and Definitely weird looking Aircraft. Japan Self Defend EC-1 Electronic Warfare Departing and Arriving at Iruma Airbase. Hope everyone like this video from my recent trip to Japan. 78-1021 This impressive beast from The Electronic Warfare Squadron Country of Origin Japan Builder Kawasaki Role Transport aircraft Similar Aircraft An-72 Cost Estimated 4.5 billion yen User Countries Japan Crew 5 people (commander, co-pilot, navigator, flight engineer and loading specialist) Passenger capacity 60 soldiers or 45 paratroopers or 36 lying wounded with accompanying Payload 8000 kg Length 29.0 m / 95.1 ft wingspan 30.6 m / 100.4 ft Height 9.99 m / 32.8 ft Wing area 120.5 m2 Wing elongation ratio 7.8 Base chassis 9.33 m Chassis track 4.4 m Mass empty 23 220 kg / 52258 lb empty Curb weight 24 200 kg Maximum takeoff weight 38,700 kg / 85113 lb max takeoff Fuel tank volume 15 200 l Powerplant 2 × turbojet engine Mitsubishi JT8D-M-9 Traction 2 × 64.5 kN (6575 kgf ) Dimensions of the cargo compartment Length 10.8 m Width 3.6 m Height 2.55 m Area 28.6 m2 Volume 73.8 m3 Armament none Capacity 60 troops or 45 paratroopers or 36 stretchers or 11,900 kg of cargo Maximum speed 806 km / h / 506 miles/hour Copyright Epicaviation47 Copyright Epicaviation47 Cruising speed 657 km / h Practical range 1300 km (with maximum load) / 515 miles - maximum payload Ferry range 3353 km (with 2300 kg of cargo and full fuel) / 1310 miles - maximum Service ceiling 11 600 m / 40000 ft Climb rate 17.8 m/s / 39 f/s Wing loading 321.2 kg/m2 Thrust-to-weight ratio 2.94 Takeoff runway Minimum 460 m (1,510 ft) 910 m / 2200 ft Takeoff roll Landing runway Minimum 600 m (2,000 ft) 823 m / 1200 ft Landing roll Variants XC-1 - prototype. Built in 1 copy. C-1 / C-1A - basic modification for the Air Self-Defense Forces. Built 29 copies. Mass production machine. 29 mass-produced aircraft (# 003 to 031) and 5 final-produced aircraft (# 027 to 031) installed a 1250 gallon (4730 liter) drop tank in the central wing for flight to Okinawa . # 021 Unit 1 was remodeled to EC-1. Lost 4 aircraft (# 009 · 010 · 015 · 027) EC-1 is a training modification of an electronic warfare aircraft . The aircraft was upgraded from among the combatants. Built in 1 copy. Large antenna fairings are installed on the nose and the rear of the fuselage, and two small antenna fairings are installed on the left and right sides of the fuselage to transmit jamming radio waves to the surroundings. The front lower portion of the fuselage chaff can be installed pods. Remodeled in 1984 (Showa 59). Development to improve the capacity of J / ALQ-5 was carried out from 2002 ( 2002 ) to 2009 ( 2009 ), and from 2011 ( 2011 ), J / ALQ-5 was revised. C-1FTB is a flying laboratory. The aircraft was upgraded from a prototype. Built in 1 copy. FTB stands for Flying Test Bed. The exterior remains the original silver paint and features a long measuring probe mounted on the nose (hence no weather radar). The cabin has also been refurbished for experimental flight. Use this plane, T-4 moderate exercise machine of F3 , Asuka of FJR710 / 600S , P-1 patrol aircraft of XF7-10 each said that the engine of air test has been performed (this time, the test engine Since it is added to one wing, only one wing looks like a three-engine aircraft with two engines.) In addition to the engine, it is also used for testing missile parts and aircraft equipment. Deployed to the Flight Development Experiment Team ( Gifu Base ). Asuka is an experimental version of a short take-off and landing transport aircraft based on the Kawasaki C-1 airframe, equipped with four turbojet engines and using the Coanda effect. The only one built is in the museum in Gifu, Japan. The major design requirements for ASKA were: Landing approach at 72kts and -6 degrees flight path; Take off and landing distances are less than 3,000ft; and No less than 0.5 Mach for the high speed cpability