Missile, Nag, DRDO - GS questions based on daily current affairs

ANSWER: Defence System

Explanation:

• Advanced Towed Artillery Gun System (ATAGS) is fully indigenous towed artillery gun system project undertaken in mission mode by DRDO as a part of artillery modernisation programme of Indian Army. Armament Research & Development Establishment (ARDE), Pune is the nodal laboratory of DRDO for design & development of ATAGS along with other DRDO laboratories.
• ATAGS is configured with all electric drive to ensure maintenance free and reliable operation over a longer period of time. It will have a firing range of 40 Kms with advanced features in terms of high mobility, quick deployability, auxiliary power mode, advanced communication system, automatic command and control system with night firing capability in direct fire mode.
• The development trajectory of ATAGS aims at establishing indigenous critical defence manufacturing technologies. This is important from the point of view of indigenisation of defence.

ANSWER: Banshee

Explanation:
The Surface to Air Missile AKASH with indigenous radio frequency seeker against target Banshee, has been successfully launched from the Launch Complex-III at ITR Chandipur at 1338 hrs on Dec 5, 2017.

The Radars, telemetry and electro-optical systems along the coast have tracked and monitored all the health parameters of the missile.

This missile is being inducted into Army as Short Range Surface to Air Missile (SRSAM).

This is the first Surface to Air Missile with indigenous seeker that has been test fired.

With this success, India has achieved the capability of making any type of Surface to Air Missile.

AKASH: Know More

• Akash (Sanskrit for Akasa "Sky") is a medium-range mobile surface-to-air missile defense system developed by the Defence Research and Development Organisation (DRDO) and produced by Bharat Dynamics Limited (BDL) for Missile Systems and Bharat Electronics (BEL) for other radars, control centers in India.
• The missile system can target aircraft up to 30 km away, at altitudes up to 18,000 m.
• It has the capability to "neutralise aerial targets like fighter jets, cruise missiles and air-to-surface missiles" as well as ballistic missiles.
• It is in operational service with the Indian Army and the Indian Air Force.

ANSWER: Nirbhay

Explanation:
India on Nov 7, 2017 successfully flight-tested its indigenous Nirbhay (the fearless) land-attack cruise missile, which can deliver nuclear warheads to a strike range of 1,000-km, after a string of failures since March 2013.

The development is significant because the armed forces have long been demanding nuclear land-attack cruise missiles (LACMs), with ranges over 1,000-km and versatile enough to be fired from land, air and sea.

Often brandished as India's answer to the famed American Tomahawk missiles, as also an effective counter to Pakistan's Babur LACM, the Nirbhay had been in the making for a decade without much success till now.

The sub-sonic missile, designed to carry a 300-kg nuclear warhead, had failed during its first test in March 2013.

Though the second test in October 2014 was a partial success, the third and fourth tests in October 2015 and December 2016 also flopped, leading to talk that the project may have to be scrapped.

The missile has the capability to loiter and cruise at 0.7 Mach, at altitudes as low as 100 m.

The flight test achieved all the mission objectives completely from lift-off till the final splash, boosting the confidence of all scientists associated with the trial.

The guidance, control and navigation system of the missile is configured around the indigenously designed Ring Laser Gyroscope (RLG) and MEMS based Inertial Navigation System (INS) along with GPS system.

The missile majestically cruised for a total time duration of 50 minutes, achieving the range of 647 km.

The fifth test from the Integrated Test Range at Chandipur off Odisha coast, was dubbed a "complete success" by DRDO.

A series of successful tests of this ground-launched version of Nirbhay will pave the way for its induction into the armed forces, though its sea-based variant capable of being fired from nuclear-powered submarines will be the real game-changer.

Difference Between Ballistic and Cruise Missiles

• Ballistic missiles like the Agni follow a parabolic trajectory, leaving and re-entering the earth's atmosphere before hitting their targets.
• Cruise missiles like Nirbhay, in turn, are designed to fly at low-altitudes, almost hugging the terrain, to evade enemy radars and missile defence systems.
• Nirbhay has the capability to loiter and cruise at Mach 0.7 at altitudes as low as 100-metre.
• After an initial blast off with a solid-propellant booster rocket engine to gain speed and altitude, Nirbhay deploys its smallish wings and tail fins in the second-stage to thereafter fly like an unmanned aircraft.
• It's designed to be highly manoeuvrable with "loitering capabilities" to first identify and then hit the intended target with precision.

• The supersonic BrahMos missiles, produced jointly with Russia, have already been inducted into the armed forces.
• But the BrahMos, which flies almost three times the speed of sound at Mach 2.8, is meant to carry only conventional warheads and currently has a strike range of only 290-km.
• At least three tests of the extended range (450-km) BrahMos have been conducted after India joined the 34-nation Missile Technology Control Regime (MTCR) in June 2016.
• India, of course, has come a long way in developing nuclear-capable ballistic missiles like the Agni series, which have strike ranges from 700-km to over 5,000-km.

ANSWER: Israel

Explanation:
India’s first private sector missile sub-systems manufacturing facility, a joint venture between the $2.5 billion Kalyani Group and Israel’s Rafael Advanced Defence Systems Ltd., was inaugurated near Hyderabad on Aug 3.

To begin with, the Kalyani Rafael Advanced Systems (KRAS) plant will make anti-tank guided missile (ATGM) Spike and the production is expected to begin in a few weeks,

Formed in line with the ‘Make in India’ initiative of the Centre and the policy to encourage private sector participation in defence production, the 51:49 joint venture will develop a wide range of advanced capabilities.

These include command control and guidance, electro-optics, remote weapon systems, precision guided munitions and system engineering for system integration. The plant would employ more than 300 engineers and provide indirect employment to 1,000 people.

The localisation content is 90% and most of the vendors are in and around Hyderabad.

KRAS, which aims to be a one-stop solution provider to locally re-design, develop, re-engineer and manufacture various land and airborne products and systems in India, has plans for expansion.

ANSWER: Muntra

Explanation:
Government agency Defence Research and Development Organisation (DRDO) has developed India's first unmanned tank that can remotely operate and has named it ‘Muntra’.

The agency has developed the tank in three different variants to tackle any kind of situation- for surveillance, another for mine detection and a third variant for reconnaissance in areas with nuclear and bio threats.

The tank which is a first of its kind in the country has been developed and tested by Combat Vehicles Research and Development Establishment (CVRDE) in Avadi for the army.

The paramilitary has expressed its interest in using them in the areas that have been affected by the Naxals.

Recently two vehicles that have been designed like an armoured tank were recently displayed at the Science for Soldiers exhibition that was organised by DRDO as a tribute to former President APJ Abdul Kalam, who was also known as the Missile Man of India.

During the testing of the vehicle, it was found that its surveillance radar that includes an integrated camera can be used to spy on targets that are 15 km away.

More about the variants of the unmanned tank ‘Muntra’-

Muntra S – This variant has been developed to carry out unmanned surveillance missions.

Muntra M – This variant has been developed for detecting mines.

Muntra N – This variant will be deployed in areas where nuclear radiation or the risk of bio weapons is high.

The tanks have been tested and validated at Mahajan field firing range in Rajasthan.

The Muntra tanks have surveillance radar, an integrated camera along with laser range finder, which can be used to spy on ground target about 15 kilometres away.

Besides heavy weights, the DRDO also showcased a few inventions like a handheld wall penetration radar which if placed on a wall will project on a screen the presence of people inside a building.

DRDO is now working on installing AWAC (Airborne Early Warning and Control System) on an A330 aircraft.

The system is now perfected for use on a smaller Embraer plane.

ANSWER: Iran

Explanation:
The Trump administration on 18th July 2017 unveiled new economic sanctions against Iran over its ballistic missile program and for contributing to regional tensions.

This comes one day after warning Tehran that it was not following the spirit of its nuclear agreement with world powers.

The US Department of Treasury, in a statement, said it was targeting 16 entities and individuals for supporting what is said was “illicit Iranian actors or transnational criminal activity.”

Those sanctioned had backed Iran’s military or Iran’s Islamic Revolutionary Guard Corps (IRGC) by developing drones and military equipment, producing and maintaining boats, and procuring electronic components, the U.S. said.

Others have also ‘orchestrated the theft of US and Western software programs’ sold to Iran’s government, the Treasury Department said.

The US State Department had also designated two Iranian organizations involved in Iran’s ballistic missile program, according to the Treasury Department.

2015 Nuclear Deal: Know More

• The 2015 Nuclear Deal was a preliminary framework agreement signed between Iran and P5+1 countries (United States, United Kingdom, Russia, France, China- plus Germany) and the European Union in July 2015.
• The deal is also called as Joint Comprehensive Plan of Action (JCPA) or Vienna agreement.
• The deal aims to stop Iran from acquiring a nuclear weapon in return for lifting international oil and financial sanctions.
• Under it, Iran has agreed to give up its most advanced centrifuges and use only its oldest models.
• But it still allows Iran to continue enrichment in lower quantities for civilian purposes such as power plants. As part of the deal Iran has agreed to reduce its stockpile of uranium by 98%.
• Under this deal, Iran could keep 300 kg enriched uranium for the next 15 years and it will get rid of extra uranium by shipping it to Russia.

ANSWER: Missile

Explanation:
India successfully test-fired its indigenously developed quick reaction surface-to-air short range missile (QR-SAM).

The sophisticated missile was test fired from a truck-mounted canister launcher from launch complex-3 at the Integrated Test Range (ITR) at Chandipur.

It was the second successful developmental trial of the state-of-the-art missile with an aerial target.

The first test launch of the missile was conducted in June 2017 from the same base.

Features of the missile

• The QR-SAM has been developed by the Defence Research and Development Organisation (DRDO) and other establishments.
• It has been designed to be a quick reaction missile.
• It is an all-weather weapon system capable of tracking and firing.
• The missile has a strike range of 25 to 30 km.
• It can engage multiple targets.

ANSWER: Quick Reaction Surface-to-Air Missile

Explanation:
India on 4 June 2017 effectively test-fired indigenous first all weather tracked-chassis Quick Reaction Surface-to-Air Missile (QR-SAM).

The QR-SAM was test-fired from a mobile launcher at Integrated Test Range (ITR) at Chandipur in Odisha at around 12:39 p.m. local time.

This test of the QR-SAM was the first test of the indigenously developed sophisticated high-speed missile that is capable of destroying aerial targets, tanks, bunkers and short range missiles.

Official sources said the test was carried out for validating various parameters of the sophisticated weapon system to further strengthen its air defence system.

QR-SAM: Know More

• The QR-SAM was jointly developed by the Defence Research Development Organisation (DRDO) and Bharat Electronics Limited.
• Reports suggest that this missile system has the potential to engage multiple targets within a range of approximate 30 kilometres, with the configuration of two vehicles for area air defence.
• It is equipped for quick reaction and the system is all weather enabled, a network-centric one, which is also capable of search-on-the-move.
• It is a truck-mounted missile and is 360 degree rotatable, electronic-mechanically operated, turret-based launch unit.
• The missile, which is a highly mobile air defence system, can also deceive enemy radars making it to be detected.
• It can also be used as an anti-sea skimmer from a ship against low flying attacking missiles.
• It employs dual thrust propulsion stage using high-energy solid propellant.

ANSWER: Chitradurga Karnataka

Explanation:
Aeronautical Test Range (ATR) is the first of its kind range that has been set up by the Aeronautical Development Establishment (ADE), one of the premier laboratories of the DRDO.

ADE works on a range of UAVs (unmanned air vehicles). The facility will be an integrated test centre for a cluster of DRDO’s aeronautical laboratories.

The following labs will make use of the testing facility: the Centre for Air Borne Systems, the Gas Turbine Research Establishment, the Defence Avionics Research Establishment, the Centre for Military Airworthiness & Certification, all of which are based in Bengaluru, and finally the Aerial Delivery Research & Development Establishment, which is based in Agra.

The facility is meant to conduct flight-tests of indigenous unmanned and manned aircrafts such as naval and trainer versions of the Light Combat Aircraft, the unmanned air vehicles- Rustom-I and Rustom-II (Tapas); the Airborne Early Warning & Control Systems (AEW&C), Air-to-Ground weapons, parachutes and aerostats, etc.

Karnataka, especially Bengaluru, and its tech ecosystem not only leads India, but is a leader on the global horizon.

Technology companies and their facilities located in Bengaluru are helping us create new facilities in other places in the country.

DRDO indicated the ATR, sprawling 4,090 acres, was built at a cost of INR 290 crore.

The ATR campus has 31 buildings and a 2.2km runway that can be expanded to 3km to help larger aircraft land and take off.

It has two hangers to house UAVs, radar centre, fibre-optic network, and a separate residential complex on 200 acres.

ANSWER: Both a and b

Explanation:
North Korea indicated the missile it launched over the weekend was a new type of “medium long-range” ballistic rocket that can carry a heavy nuclear warhead.

North Korean propaganda must be considered with wariness as Pyongyang has threatened for decades to reduce Seoul to a “sea of fire.”

This missile launch may mark another big advance toward the North’s goal of fielding a nuclear-tipped missile capable of reaching the US mainland.

This launch tested a new type of missile in Pyongyang’s arsenal.

The test is also an immediate challenge to South Korea’s new leader, Moon Jae-in, a liberal elected last week who expressed a desire to reach out to North Korea.

Pyongyang’s aggressive push to boost its weapons program also makes it one of the Trump administration’s most urgent foreign policy worries, though Washington has struggled to settle on a policy.

North Korea’s official Korean Central News Agency called the missile a “new ground-to-ground medium long-range strategic ballistic rocket,” and indicated the “Hwasong-12” was “capable of carrying a large, heavy nuclear warhead.”

The missile flew for half-an-hour and reached an unusually high altitude before landing in the Sea of Japan, the South Korean, Japanese and US militaries said.

The rocket, “newly designed in a Korean-style,” flew 787 kilometers (490 miles) and reached a maximum altitude of 2,111.5 kilometers (1,310 miles).

North Korea “verified the homing feature of the warhead under the worst re-entry situation and accurate performance of detonation system.”

North Korea is not thought to be able yet to make a nuclear warhead small enough to mount on a long-range missile.