‘Virtually undamaged’ HIMARS missile to be studied in Moscow

An American missile, emanating from the HIMARS [High Mobility Artillery Rocket System], was intercepted and neutralized by an air defense system over Donetsk on October 21. According to Yan Gagin, an advisor to the leader of the Donetsk People’s Republic, this missile is slated to be dispatched to Moscow where defense industry experts will conduct an in-depth analysis. He revealed this information in a discussion with TASS

Photo credit: Twitter

As per the adviser, the HIMARS missile, which was intercepted over Donetsk’s Budennovsky district, will be dispatched to Moscow for detailed examination. The adviser elaborated, adding that the missile remained essentially intact, with the core structure of the rocket body enduring no damage.

On the previous Saturday, Donetsk bore the brunt of a heavy artillery attack by Ukrainian forces deploying HIMARS MLRS. The offensive notably targeted two key districts of the city – Kalininsky and Budennovsky, resulting in the injuries of three non-combatants.

Finding a way

Studying an enemy missile can provide valuable insights into its design, capabilities, and vulnerabilities. By thoroughly analyzing its components, propulsion systems, guidance mechanisms, and warhead technologies, experts can gain a deep understanding of how the missile operates.

For example, if the enemy missile relies on a specific type of guidance system, studying its weaknesses can help researchers design jamming techniques or develop advanced interception systems that can disrupt or disable the missile’s guidance system.

Additionally, studying an enemy missile can reveal valuable information about its launch platforms and operational tactics. By analyzing the missile’s trajectory, range, and speed, experts can determine the launch site and potential targets.

For instance, if the enemy missile has a limited range, intercepting it closer to its launch site may be more feasible and efficient. Understanding the enemy’s operational tactics can also help in predicting future missile launches and planning proactive interception measures.

Furthermore, studying an enemy missile can aid in identifying its weaknesses and vulnerabilities. By conducting detailed post-interception analysis of captured or intercepted missiles, experts can identify any flaws in their design, manufacturing, or deployment.

For example, if a specific type of enemy missile is found to be susceptible to certain countermeasures, such as decoys or directed energy weapons, researchers can focus on enhancing these technologies to improve interception success rates.

Russia showed GMLRS rockets from HIMARS, their scan is pending
Photo credit: Telegram

In summary, studying an enemy missile provides a wealth of information that can be used to develop effective interception strategies. By understanding the missile’s design, capabilities, launch platforms, and vulnerabilities, experts can devise countermeasures, interception techniques, and defensive technologies to neutralize the threat. This knowledge is crucial for enhancing national security and protecting against future missile attacks.

Interesting to study

One such component is the propulsion system. Understanding how the rocket generates thrust and propels itself through the atmosphere is crucial for optimizing its performance and range.

Russia showed GMLRS rockets from HIMARS, their scan is pending
Photo credit: Telegram

Another important component to study is the guidance and control system. HIMARS rockets are equipped with sophisticated navigation and targeting systems that allow them to accurately hit their intended targets. Exploring the guidance system involves understanding the sensors, such as GPS and inertial measurement units, that provide data for precise positioning and trajectory calculations.

The structural design of the rocket is also worth investigating. Rockets launched by HIMARS need to withstand the extreme forces experienced during launch and flight. This requires a careful analysis of the materials used, such as lightweight yet strong alloys, and the structural integrity of the rocket’s body.

HIMARS rockets can carry different types of payloads, including conventional warheads or specialized munitions. Understanding the payload system involves examining how the warhead or munition is integrated into the rocket, as well as the mechanisms for arming and deploying the payload.


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