Wednesday, January 29, 2020

SR-71 BLACKBIRD

Faster than a speeding bullet, the retired SR-71 Blackbird can still turn heads as a Cold War spy plane designed for flying high and fast beyond danger. The ultimate flying speed demon not only served the U.S. military's needs for decades, but also shattered speed and altitude records for manned air-breathing jet aircraft.
The SR-71 regularly flew missions at speeds beyond 2,000 mph (Mach 3) and could survey more than 100,000 square miles of the Earth's surface per hour from a height of 80,000 feet (15 miles). Such extreme operating conditions allowed the aircraft to safely avoid interceptor fighter jets or missiles, but also forced the two-person crew to wear astronaut-style suits in case of loss of cabin pressure.
Such extreme performance capabilities allowed an SR-71 to set two world records on July 28, 1976. The aircraft flew at just over 2,193 mph and at a height of about 85,069 feet.
Extreme design
Two turbine engines designed to run constantly in afterburner mode boosted the aircraft to its supersonic speeds. The aircraft manufacturer, Lockheed Martin, initially wanted the SR-71 to use liquid hydrogen as fuel — similar to the space shuttle's main engines — but abandoned the idea because it would have required huge amounts of fuel.
Lockheed Martin's Skunk Works division built stealth technology into the SR-71 by shaping its sleek airframe to reflect very little radar energy. The results proved partially successful.


The aircraft was also covered with a special black paint to absorb radar, radiate excess heat and to camouflage the aircraft against dark skies — a feature that inspired Air Force to give it the official "Blackbird" name.
Titanium skin helped protect the aircraft's aluminum airframe from the intense heat of supersonic flight. Temperatures ranged from 450 degrees F (232 C) near the back part of the aircraft to 950 degrees F (510 C) near the engine exhaust. The cockpit had special heat-resistant glass to withstand surface temperatures of 640 degrees F (338 C).
Birth and retirement
Lockheed Martin first proposed the idea of the SR-71 in the 1950s as a replacement for the slower U-2 spy aircraft. The first version of what would become the Blackbird, the A-12, flew its first surveillance mission with CIA pilots over North Vietnam in 1967.
The U.S. Air Force also wanted an interceptor fighter jet version that led to Lockheed Martin building three YF-12A aircraft, but two crashed during testing. Lockheed Martin eventually proposed a version designed for doing reconnaissance in the aftermath of a nuclear strike — the design that became the SR-71.
The SR-71's first flight test in 1964 eventually led to operational missions in January 1966. Blackbird crews ended up logging 2,801 hours of flight time during the aircraft's 24-year service.
Growing use of satellites for space surveillance and the growing danger of more effective air defenses eventually convinced the Air Force to end SR-71 operations in January 1990. The U.S. Congress attempted to revive the program in 1995 over the protests of military leaders, but budget disputes finally put that idea to rest.
NASA held onto three versions of the SR-71 for high-speed science projects and used them until 1999.

Thursday, January 2, 2020

BEST FIGHTER JETS

These fighter planes developed rapidly after the invention of Wright Brothers and during the WWI and WWII. There are thousands of jet fighter model around the world, but we have selected top 10 best fighters that are currently operational.

Lockheed Martin F-22 Raptor

Lockheed-Martin-F-22-RaptorLockheed Martin F-22 Raptor is a 5th generation and most stealthy spacecraft developed in the United States. This aircraft has excellent maneuverability and can perform operations in all-weather conditions. It was specially designed to gain air superiority among all the available jets of the world. But it is also better in performing air-to-ground attacks.
The exact technology that makes F-22 the most stealthy jet fighter is still classified. This fighter jet became operational for US Air Force since 2005 and is still the king of jet fighters.

Features:

  • Unit cost: US$150 million
  • Speed: 2.25 Mach (2410 km/h)
  • Thrust: 2 × 35,000 Ib (156 KN)
  • Range: 2,960 km
  • Wingspan: 23.56 meters

F35-Lightning II

F35-Lightning-IIF35-Lightning II is a 5th generation jet fighter developed by Lockheed Martin to perform successful ground attacks and achieve the air superiority. The development program for this jet fighter was one of the most expensive programs and due to this reason, it received many criticisms. The development cost for this fighter plane was majorly paid by the U.S. and the additional funding was then paid by NATO members and some U.S. allies. This jet fighter is currently operational in the United Kingdom, United States, South Korea, Netherland, and some other countries.

Features:

  • Unit cost: $2 million
  • Speed: 1.61 Mach (1930 km/h)
  • Thrust: 43,000 Ib (191 KN)
  • Range: 2,220 km
  • Wingspan: 10.7 meters

Eurofighter Typhoon

Eurofighter-TyphoonEurofighter Typhoon is a 5th generation jet fighter developed by many Europeans countries combined to achieve air superiority. It is one of the best fighter jets in Europe with modern technology. It has the ability to supercruise with the powerful twin engine that gives it the maximum speed of 1,852 km/h. Also, it is equipped with modern precision weapon guided system.

Features:

  • Unit cost: €90 million
  • Speed: 1.5 Mach (1,852 km/h)
  • Thrust: 2 × 20,230 Ib (90 KN)
  • Range: 2,900 km
  • Wingspan: 15.96 meters

Dassault Rafale

Dassault-RafaleDassault Rafale is a French jet fighter plane with a twin engine and has the capability to carry a wide range of weapons. It was developed to achieve the multirole in the battlefield to defeat the enemy both in air-to-air combat and air-to-ground combat. Also, it has the ability to take part in nuclear warfare and aerial reconnaissance. This jet fighter enlists itself in the top ten list of fighting jets.

Features:

  • Unit cost: €74 million
  • Speed: 1.8 Mach (1,912 km/h)
  • Thrust: 11,250 Ibf (50 KN)
  • Range: 3,700 km
  • Wingspan: 10.8 meters

Sukhoi Su-35

Sukhoi-Su-35Sukhoi Su-35 is a Russian jet fighter and an improved version of Su-27 jet fighter. This jet fighter has a twin engine with excellent maneuverability. It is designed to accomplish multirole missions and achieve the air-supremacy. The weight carrying capability of Su-35 is much improved than its predecessor Su-27. Many nations including China and Indonesia have shown their interest in this jetfighter and have ordered it from Russia.

Features:

  • Unit cost: US$40-65 million
  • Speed: 2.25 Mach (2,400 km/h)
  • Thrust: 2 × 31,900 Ibf (86.3 KN)
  • Range: 3,600 km
  • Wingspan: 15.3 meters

Chengdu J-10

Chengdu-J-10J-10 is one of the best jet fighter developed by China and was the first Chinese aircraft to challenge the Western and also Russian advanced aircraft. This jet fighter was designed for multirole missions and has the capability to operate in all weather conditions. It is very lightweight and very cheap as compared to its competitor Russian jet fighters.

Features:

  • Unit cost: US$84 million
  • Speed: 1.8 Mach (1912 km/h)
  • Thrust: 29,000 Ibf (130 kN)
  • Combat Radius: 550 km
  • Wingspan: 9.75 meters

Mikoyan MIG-35

Mikoyan-MIG-35MIG-35 is a 4th generation multirole fighter jet developed by Russia. This jet fighter was evolved from several Russian jet fighter designs and has the advanced avionics and precise weapon system with the capability of precision-guided targeting. This jet fighter has several other features which make it independent from ground-controlled interception for conducting multirole operations. One of those features that make it independent is a redesigned optical locator system.

Features:

  • Unit cost: US$40 million
  • Speed: 2.2 Mach (2,400 km/h)
  • Thrust: 19,840 Ibf (88.3 kN)
  • Range: 2,000 meters
  • Wingspan: 12 meters

Saab JAS 39 Gripen

Saab-JAS-39-GripenJAS 39 Gripen is a multirole jet fighter developed by Sweden. The development and manufacturing of this jet fighter is done by Saab – a Swedish aerospace company. It is designed with a lightweight frame and an advanced aerodynamic layout to reduces fuel consumption. It is very fuel efficient yet a powerful jet fighter with a top speed of 2 Mach (2470 km/h). The company, Saab, claims that the operating cost of this jet fighter is the lowest of all the fighter jets that are operational around the world.

Features:

  • Unit cost: US$30-60 million
  • Speed: 2 Mach (2470 km/h)
  • Thrust: 18,100 Ibf (80.5 KN)
  • Range: 3,200 km
  • Wingspan: 8.4 meters

F-15 Eagle

F-15-EagleF-15 Eagle is an American jet fighter designed by McDonnell Douglas for aerial supremacy. It is the most successful fighter jet that was used by Israel for attacking Arabs nations and consolidating its occupied land. This fighter jet is specifically designed for air-to-air combat, but it also has the capability for ground-attacking. The flexibility in the design of aircraft inspired engineer to develop its improved version, named F-15E Strike Eagle which is a more powerful jet fighter.

Features:

  • Unit cost: US$29.9 million
  • Speed: 2.5+ Mach (2665+ km/h)
  • Thrust: 2 × 23.920 Ibf (106.4 KN)
  • Combat Radius: 1967 km
  • Wingspan: 13.05 meters

F-16 Fighting Falcon

F-16-Fighting-FalconF-16 Fighting Falcon is one of the most popular jet fighters among all the jet fighters of the world. It has many variants that were developed over time as the technology progressed. This fighter jet was developed by the U.S. in 1970 to gain the air-superiority but now it a multirole fighter jet.
This fighter jet has been produced in very large scale and more than 4,500 jets are currently operating under United States Air Force. Currently, U.S. Air Force has stopped purchasing this jet, but this jet is still famous is many countries and is being exported to them with many improvements.

Features:

  • Unit cost: US$18.8 million
  • Speed: 2 Mach (2,120 km/h)
  • Thrust: 28,000 Ibf (127 KN)
  • Range: 4,220 km
  • Wingspan: 9.96 meters

Monday, December 30, 2019

WHY RAFALE

Lets see what were India's other alternatives
America's F-16 super viper F/A-18 super hornet
Swedish SAAB Gripen
The Eurofighter Typhoon
The Dasault Rafale
The Russia Mikoyan MiG35
What Indian air force needs is MMRCA , india ruled out F-16 , Gripen because Indian air force doesn't need single engine jets
About F/A-18 i would say that , one of the best jets in the world . Is twin engine . So why didn't Indian air force consider it ? BVR ( Beyond Visual Range ) radar technology . It cannot compete the Eurofighter , and rafale in that matter . And many other fields
Next up , MiG35 ! new bird in the sky . But it is based on the old MIG29 which we all ready have . MiG29 is , was never as impressive as our pride SU30MKI . Who takes a step back ? Not atleast Indians . However new media reports suggest that india still may buy MiG35 or Su35s( 5th gen jointly being developed) ( I wish india should but SU35s , really awsm jet )
Whats left is Typhoon and Rafale .
Both Eurofighter and Rafale are 4.5-generation twin-engined fighters with delta wings and are mostly made up of carbon fibre composites, which make the fighter light and increase fuel efficiency.
In power game, Rafale’s engine has dry thrust of 50kN, whereas Eurofighter’s is a notch higher (69kN). Eurofighter has a mechanically steered pulse doppler radar called CAPTOR whereas Rafale has a PESA radar which is completely automated and technologically superior to the European fighter’s. Rafale’s radar is able to track up to 40 aircraft and can engage eight of them.
Rafale is an ‘omni-fighter’ as it could be tasked for suppression of enemy air defences, recce and deep strike missions. Eurofighter is the best in air-to-air combat but has limited air-to-ground combat capabilities.
Rafale can be used as an aircraft carrier-based fighter and has a nuclear strike role like Sukhois whereas Eurofighter’s naval version is still in development stage. Rafale has the advantage of being logistically and operationally similar to Mirage 2000, which the IAF already operates. This would require fewer changes in the existing infrastructure of the IAF, which, in turn, will reduce cost. If India had opted for Eurofighter, it would have been a totally new edition in the IAF fleet, compelling the force to build new infrastructure and start a series of training for its pilots to familiarize them with a new technology.
Being 100% French, Rafale provides Dassault a distinct edge over its competitors on the issue of technology transfer. In the case of Eurofighter, India would have to deal with four countries (UK, Germany, Italy and Spain) for sorting out even a minor issue related to acquisition or technology transfer. Last but not the least, Rafale with $84.48 million price tag (2009 figures) is cheaper than Eurofighter ($108 million).
Rafale, a medium multi-role combat aircraft, will easily fill the gap between India’s high-end Sukhois and low-end Tejas aircraft and can protect our borders till the time India’s fifth-generation fighter, being jointly developed with Russia, becomes a reality. Thus, the IAF’s decision is a safe bet.