India tests new anti-radiation missile to take out enemy

NEW DELHI — India's Air Force has raised objections to the indigenous new generation anti-radiation missile (NGARM) currently in development.

The future of India's homegrown new generation anti-radiation missile (NGRAM) is likely to face a major roadblock following serious objections by its user, the Indian Air Force (IAF) over its capabilities

The 60-kilometer-range NGARM, developed by state-owned Defence Research and Development Organisation (DRDO), will undertake flight trials in three months but Indian Air Force (IAF) officials say the missile is too bulky.

DRDO is developing NGARM for the service's Mirage-2000H, Jaguar, Su-30 MKI and the upcoming Light Combat Aircraft.

"NGARM being developed by DRDO weighs around 140 kilograms and is too heavy, whereas IAF wants only such missiles that do not weigh over 100 kilograms; this one will not meet our requirement," said a senior Air Force official.

"DRDO has never kept us in the loop about this missile, and we are not sure if we will at all use it," the IAF official said, adding, "infrared radiation seeker technology from Russia will make it too bulky."

However, one DRDO scientist said the missile should meet all Air Force fighter requirements: "We will make sure it is proven successful."

He claimed that NGARM is largely an indigenous missile. But one DRDO source said the agency could not develop the missile on its own and that DRDO has sought help from Russia for seeker technology.

Comments

Renuka Ji dam project : Union minister inks agreement

Renuka Ji dam project : Union minister inks agreement Six states--Haryana, Himachal Pradesh, Uttarakhand, Delhi, Rajasthan and Uttar Pradesh--on Friday signed an agreement for construction of Renukaji Dam Multi-Purpose Project in the presence of Union Water Resources Minister Nitin Gadkari. Chief Ministers ML Khattar, Jairam Thakur, TS Rawat, Arvind Kejriwal, Ashok Gehlot and Yogi Adityanath signed the agreement. Three projects are proposed to be constructed on the Yamuna and two of its tributaries, Tons and Giri, in the hilly regions of Uttarakhand and Himachal Pradesh of the Upper Yamuna Basin. These include Lakhwar project on the Yamuna in Uttarakhand, Kisau on the Tons in Uttarakhand and Himachal, and Renukaji on the Giri in Himachal. The states had already signed an agreement in respect of sharing of cost and benefits of Lakhwar project in August 2018. After signing the agreement, Gadkari said an agreement among the states concerned regarding the Kisau project wou

Undersea Mountain Range explained

What is an underwater mountain range called? Question: What is an underwater mountain range called? Mountain Ranges: Mountain ranges are formed by different geologic processes, tectonic plates being one of them. When these plates move together, they push against each other and move upwards to create mountains. In certain areas, tectonic plates move apart, allowing magma to flow to the surface of the Earth. As it cools, it hardens and can form mountains and volcanoes. Mid-ocean ridges are mountain ranges that are found underwater. Tectonic plates that are underneath the ocean move apart and allow magma to flow through them. As the magma cools, it creates underwater mountains. There are many such underwater mountain ranges. Two of the most well-known are called the Mid-Atlantic Ridge and the East Pacific Rise. Although the majority of mid-ocean ridges are underwater, a small stretch of the mid-ocean ridge near Iceland actually is above sea level. Mid-ocean ridg

India’s heaviest satellite GSAT-11 is aloft in space from Kourou

Weighing about 5,854 kg, the GSAT-11, built by ISRO, is to enable much faster Internet services than now to users down home over the next 15 years. As most of India slept, its heaviest and most advanced communication satellite, GSAT-11, was shot to space from a European spaceport in faraway South America. The mission of the 5,854-kg giant 'bird' is to enable much faster Internet services than now to users down home over the next 15 years. GSAT-11 was launched from the Guiana Space Centre at Kourou in French Guiana at 2.07 a.m. IST on Wednesday, December 5. The large high-throughput satellite (HTS), along with two smaller HTS satellites GSAT-19 and GSAT-29 launched earlier (by ISRO from Srihsrihkota) will kick off effective satellite-based broadband services in remote, hitherto uncovered rural areas of the country. These and a few more upcoming HTS fleet will also innovatively enable the use of the superior and efficient Ka frequency band. The lift off of GSAT-11 a

CURRENT status

Search This Blog