BrahMos Supersonic Missile Without Warhead ‘Creates Massive Hole' In Indian Navy's Abandoned Target Ship
BrahMos supersonic cruise missile hit the target with accuracy and
precision, officials said.
BrahMos supersonic cruise missile which was test fired by the Indian Navy
warship INS Delhi. The successful maiden BrahMos firing by INS Delhi from an
upgraded modular launcher once again demonstrated long range strike capability
of BrahMos along with validation of integrated network-centric operations from
frontline platforms.
“A BrahMos supersonic cruise missile was test fired by the Indian Navy warship
INS Delhi on Apr 19. The missile without warhead created a hole in the
abandoned ship. The missile travels at speeds around 3000 kmph and is
difficult to intercept by air defence systems," according to BrahMos officials
as reported by ANI
A BrahMos supersonic cruise missile was testfired by the Indian Navy warship INS Delhi on Apr 19. The missile without warhead created a hole in the abandoned ship. The missile travels at speeds around 3000 kmph & is difficult to intercept by air defence systems: BrahMos officials pic.twitter.com/65J6uUirFE
— ANI (@ANI) April 20, 2022
Earlier in demonstrating its operational preparedness, the Indian Air Force
(IAF) on Tuesday successfully test-fired a BrahMos supersonic cruise missile
from a Sukhoi fighter jet on the Eastern seaboard.
The "live firing" of the missile was carried out in close coordination with
the Indian Navy, the IAF said.
The missile hit the target with accuracy and precision, officials said.
"Today on the Eastern seaboard, #IAF undertook live firing of #BrahMos missile
from a Su-30MKI aircraft. The missile achieved a direct hit on the target, a
decommissioned #IndianNavy ship. The mission was undertaken in close
coordination with @indiannavy," the IAF said in a tweet.
The flight test is a major milestone in the way forward for BrahMos program.
The highly manoeuvrable missile cruised at supersonic speed for its maximum
range and all mission objectives were met.
The missile was equipped with the advanced indigenous technologies and
followed a modified optimal trajectory for enhanced efficiency and improved
performance.
The missile with the modified control system has been fine tuned to achieve an
enhanced capability. This flight test was monitored by all the sensors of the
range instrumentation including telemetry, radar and electro-optical tracking
systems deployed across the eastern coast and the down range ships.
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