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Homegrown Nishant Drone's Perfect Crash Record

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Homegrown Nishant Drone's Perfect Crash Record
All India | Written by Vishnu Som | Updated: November 19, 2015 23:24 IST
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Army sources said the UAV, the last of the four inducted in 2011, crashed near Pokhran in Jaisalmer district of Rajasthan.

New Delhi: There were meant to be the eyes and ears of the Indian Army - a state of the art unmanned aerial vehicle (UAV) meant to give Army commanders high definition images of a battlefield, help designate targets, and provide Electronic and Signal Intelligence information.

Instead, the home-grown Nishant UAV, developed by the Defence Research and Development Organisation (DRDO) is a flop with all four aircraft in service with the Indian Army having crashed. And now, the Army has had enough. They want no more Nishant drones from the DRDO. Each drone had cost the Army Rs 22 crore.


The last of the four Nishants in service with the Army went down near the Pokhran range in Rajasthan today. According to Army sources, "Today's crash is due to a technical glitch." Just 15 days back, another Nishant had gone down, also for a technical reason. Earlier in April, two other Nishant drones had crash landed near the India-Pakistan border near Jaisalmer.

Under development for two decades, the Nishant, designed to fly for four and a half hours, was first inducted into the Indian Army in 2011 after successfully completing confirmatory trials. Launched by a catapult system, the Nishant is recovered after it deploys a parachute at the end of the each mission.

For their part, the DRDO has blamed the user for poor handling of the system, a point categorically denied by the Army.

The DRDO was banking on the success of the Nishant drone and was also developed a wheeled version of the system called the Panchi. The future of this programme now remains unclear.

India's armed forces uses a variety of UAVs including Israeli built Heron and Searcher aircraft which are larger and significantly more capable that the Nishant in its present state of development. A smaller drone, called the Nethra which was developed by graduates of the Indian Institute of Technology is also in use with the forces and is widely used by police and paramiltiary forces and the National Disaster Relief Force.
Story First Published: November 19, 2015 21:06 IST
 
After crashes, Army set to junk Nishant UAVs
TNN | Nov 20, 2015, 06.37 AM IST
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Nishant surveillance UAV
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NEW DELHI: The Army is set to cancel any further induction of the Nishant surveillance UAV (unmanned aerial vehicle) developed by the DRDO after yet another of the drones crashed in the deserts of Rajasthan on Thursday.

With all four Nishant drones supplied to the Army in May 2013 for "user exploitation" having crashed, the last two within a fortnight, the Army has put on hold the Phase-II induction of eight more such drones.

DRDO had launched the Rs 90 crore Nishant UAV project way back in 1995, on which there is now a big question mark, even though it has other drone projects like Rustom. "There are technical problems with the Nishant drones, especially in their take-off and parachute-recovery phases. Their technology is two decades old," said a source.

As reported by TOI earlier, the armed forces have well over 200 drones, with the bulk of them being inducted from Israel since the 1999 Kargil conflict. Apart from the Israeli Searcher-II and Heron drones for long-range surveillance and precision-targeting, the IAF also has the Israeli Harop "killer drones" that detect and then hit specific targets and radars in Kamikaze mode. They also want to induct UCAVs (combat UAVs), which act as fighter jets by firing missiles and then returning to their home bases, in the years ahead.
After crashes, Army set to junk Nishant UAVs - The Times of India
 
We cannot make a drone work.........



Yes its miles and miles to go.........


But then again something is better than nothing.
 
Any Chinese tier-3 technical college can make better drones than this one with much less time and money。
 
that's a bloody stupid drone design. It doesn't even look sophisticated. It's size was huge for a such low capability
 
that's a bloody stupid drone design. It doesn't even look sophisticated. It's size was huge for a such low capability
The main problem with Indian development is slow process the consieve they design back in 25 years still under development, bieng an engineer i know that after 5 to 10 years design & Tech become absolute no wonder what you observe a complete old bulky design even they fail to perfect the parachute recovery system.
 

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