STORM SHADOW AND ORESHNIK MISSILES-
DEFENCE
NEWS: Ukraine deployed British-made Storm Shadow
missiles and US-provided Army Tactical Missile System (ATACMS) against targets
in Russia, while Russia retaliated with a hypersonic intermediate-range
ballistic missile (IRBM) called “Oreshnik” targeting Dnipro.
WHAT’S IN THE NEWS?
Ukraine's Use of Western-Supplied Missiles
·
Western Aid Request:
Kyiv’s persistent calls for long-range weaponry from Western allies led to the
deployment of Storm Shadow missiles, marking a pivotal moment in the conflict.
·
Confirmed Use:
Russian sources reported intercepted fragments of the Storm Shadow near Marino,
Kursk, with Kyiv cryptically acknowledging the incident.
·
Design & Capabilities:
A long-range, air-launched, deep-strike cruise missile developed by the UK and
France, capable of reaching up to 250 km (155 miles).
·
Special Features:
Stealth characteristics through a combination of long-range, low altitude, and
supersonic speed, enhanced by "fire-and-forget" technology.
· Targeting: Optimized for high-value stationary targets like bunkers, airbases, communication hubs, and port facilities.
Warhead
Technology: Equipped with the BROACH warhead, which penetrates
the surface before detonation, enhancing its effectiveness against fortified
targets.
·
Deployment:
Authorized by President Joe Biden, these surface-to-surface ballistic missiles
have now been utilized against Russian territories.
·
Range & Capabilities:
ATACMS missiles can strike targets up to 300 km (186 miles), potentially
reaching deep into Russian territory, including sensitive regions like Crimea.
·
Intercept Challenges:
These missiles utilize solid rocket propellant and follow a ballistic
trajectory, making them harder to intercept due to their high speed and steep
descent.
Russian Retaliatory Response
·
Initial Confusion:
Ukraine initially claimed an ICBM strike, which was later corrected to an IRBM,
specifically the experimental “Oreshnik.”
·
Missile Features:
The Oreshnik, reportedly based on the RS-26 Rubezh ICBM, is capable of
hypersonic speeds, complicating interception efforts.
·
Target Impact:
The missile struck a factory in Dnipro, and the wreckage was displayed by
Ukraine’s Security Service, though Western analysis is still pending.
·
Range:
Western estimates suggest the missile can reach up to 5,500 km, making it
capable of targeting every European city from Russian launch points.
·
Technological Showcase:
Alongside the Oreshnik, Russia employed Kinzhal hypersonic missiles and several
cruise missiles, indicating a diverse arsenal.
Comparative Analysis of Missile
Technologies
·
Cruise Missiles:
Such as Storm Shadow, fly at low altitudes and use jet engines, making them
more challenging to detect due to their maneuverability.
·
Ballistic Missiles:
Like ATACMS and Oreshnik, follow a parabolic trajectory, easier to track but
challenging to intercept due to high re-entry speeds and steep angles.
·
Storm Shadow:
Leverages stealth technology through low altitude, long-range, and advanced
navigation systems (INS, GPS, and terrain reference).
·
ATACMS:
Prioritizes rapid, high-altitude travel with ballistic descent, focusing on
direct impact and payload delivery without prolonged exposure to defenses.
Strategic Implications of Advanced
Weaponry Usage
·
Deeper Strikes:
Ukraine’s acquisition and use of long-range Western missiles signify a shift
from defensive to offensive capabilities, targeting Russian mainland areas.
·
Russian Retaliation:
Russia's response with hypersonic and intermediate-range ballistic missiles
demonstrates a readiness to deploy new missile technology.
·
Broader Military Aid:
The provision of sophisticated weaponry like Storm Shadow and ATACMS
underscores Western commitment to Ukraine’s military capacity.
·
Symbolic Impact:
The authorization of strikes within Russian territory signals a shift in
Western policy, moving from defensive assistance to supporting limited
offensive actions.
·
Air Defense Adaptation:
The use of cruise missiles challenges traditional air defense due to their
unpredictable flight paths, necessitating advanced radar and interception
technology.
·
Missile Defense Enhancements:
The hypersonic nature of Russia’s Oreshnik IRBM requires robust missile defense
systems capable of countering high-speed threats.
·
Non-Proliferation Challenges:
The conflict's technological advancements may impact global arms control and
non-proliferation efforts, setting precedents for future conflicts.