710: SHAHEEN-3 MISSILE TEST FAILURE: A WAKE-UP CALL FOR PAKISTAN’S MISSILE PROGRAM

 

My article was published on “The EurasianTimes” website

on 24 Jul 25.

 

On July 22, 2025, Pakistan’s ambitious ballistic missile program experienced a notable setback and its strategic defence landscape was jolted, by the high-profile failure of its Shaheen-3 ballistic missile test. The incident, occurring near civilian settlements and in dangerously proximity to a primary nuclear site, has drawn national and international attention, not only over the technical reliability of Pakistan’s missile program but also concerning the safety of local populations and the geopolitical stability of South Asia.

 

The Missile. The Shaheen-III, developed by Pakistan’s National Development Complex (NDC) in collaboration with the National Engineering and Scientific Commission (NESCOM), constitutes a fundamental component of the nation’s strategic defence capabilities. With an asserted range of 2,750 kilometers, this missile is engineered to carry both conventional and nuclear warheads, thereby ranking among Pakistan’s most sophisticated systems. Its development is regarded as a strategic response to India’s expanding missile capabilities, including the Agni series, and aims to maintain deterrence within the volatile security environment of South Asia. The missile’s capacity to reach targets over an extensive geographical area highlights its strategic importance.

 

The Incident. The Shaheen-3 was launched from the Dera Ghazi Khan region in Punjab. According to multiple credible reports, the missile deviated from its planned trajectory shortly after launch and crashed in the Matt area of Dera Bugti district in Balochistan. The impact site was alarmingly close, approximately 500 meters, to civilian settlements and within the vicinity of a significant nuclear facility. Residents reported a powerful explosion near the Loop Seharani Levies Station, which was heard 20–50 kilometers away. Shockwaves of concern rippled through nearby communities, leading to scenes of panic and evacuation as locals rushed to distance themselves from a potential disaster. Social media platforms circulated videos and messages depicting the chaos.

 

Local Reaction. Pakistan’s Inter-Services Public Relations (ISPR) issued a brief statement acknowledging the test but maintained that all safety standards were followed. The statement, however, lacked specifics about the cause of the failure or the environmental impact of the crash. This opacity has fuelled speculation and criticism, both domestically and internationally. Analysts point out that the absence of transparent reporting on such incidents undermines public confidence in Pakistan’s missile program and raises questions about the technical reliability of the Shaheen-III.

 

Safety and Security Concerns. The close call between the missile crash and a densely populated area, combined with the proximity to critical nuclear infrastructure, has highlighted serious safety and security vulnerabilities. Given Balochistan’s historical sensitivity due to both its restive population and strategic assets, the event stoked local and national anxieties about the risks associated with missile tests conducted in such areas. While there were no immediate reports of casualties, the potential for significant harm was evident. The magnitude of the blast, the risk of radioactive contamination, and the psychological fear instilled in the local population have all contributed to widespread condemnation and calls for more responsible test protocols.

 

Technical Reliability and Pattern of Failures. What makes this incident particularly concerning is its apparent repeat of past failures. Reports indicate that previous Shaheen-3 tests, including those in 2023, also resulted in accidents near nuclear or sensitive military infrastructure. This pattern of technical shortcomings raises fundamental questions over the actual operational reliability of Pakistan’s most far-reaching missile.

 

Reinforcement of US concerns. The timing of the failure is notably significant, occurring merely months after the United States imposed sanctions in December 2024 on entities associated with Pakistan’s ballistic missile program. The United States expressed concerns regarding proliferation risks and the potential for missile technology to destabilise the region. This unsuccessful test is likely to intensify these concerns, supplying additional argumentation to critics who contend that Pakistan’s missile development suffers from insufficient oversight and technical maturity.

 

Strategic Significance. The Shaheen-3 is considered a central pillar of Pakistan’s deterrence strategy, designed to ensure that all major cities in India and beyond are within striking distance. The reliability of such a strategic asset is therefore crucial, not merely for defence planners in Islamabad but also for regional actors who closely monitor each development as part of a delicate balance of power. Its recent failures have reignited debate over the safety of ongoing missile development and testing in densely inhabited or strategically sensitive regions. The risk of sparking a larger geopolitical crisis, either by accident or escalation, is heightened whenever flaws in command, control, or technical functioning come to light.  The failure of the Shaheen-3 test not only undermines the credibility of this deterrence strategy but also raises questions about the effectiveness of Pakistan’s missile program.

 

The Shaheen-III test failure is likely to have far-reaching consequences. For Pakistan, it represents a setback in its quest for a credible deterrent against regional rivals. For the international community, it underscores the challenges of managing proliferation risks in a region marked by intense strategic competition. It serves as a stark reminder of the serious risks associated with the testing and deployment of advanced ballistic missile technology in volatile environments. It exposes both persistent technical challenges and deep-rooted concerns over transparency and public safety. The incident has reignited discussion on the necessity of responsible stewardship over strategic assets, especially those capable of influencing the delicate balance of peace and security in the region, highlighting the importance of the issue.

 

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Link to the article on the website:-

“Shockwaves” In Balochistan As Pakistan’s Nuclear-Capable Missile Crashes Near Nuclear Site; Shaheen-III Failure Sparks Concerns

 

References and credits

To all the online sites and channels.

Pics Courtesy: Internet

Disclaimer:

Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to respective owners and is provided only for wider dissemination.

 

References:-

1.News Reports & Regional Media Coverage, The Balochistan Post (July 23, 2025), “Missile crash incident near Dera Bugti triggers panic among locals”

2.Associated Press. (2024, December 20). U.S. Imposes Sanctions on Entities Linked to Pakistan’s Ballistic Missile Program.

3.Dawn News. (2025, July 23). Shaheen-III Missile Test Fails, Crashes in Dera Bugti. Dawn.

4.Inter-Services Public Relations (ISPR). (2025, July 22). Official Statement on Shaheen-III Test Launch.

5.Khan, A. (2025, July 23). Local Residents Report Tremors, Debris from Missile Crash in Balochistan. The News International.

709: Goodbye Mig 21

 

Chat with Vishnu Som on NDTV

on 22 Jul 25

 

 

 

Chat with Parikshit Luthra on CNBC TV 18

on 22 Jul 25

 

 

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700: INDIA EYES AIR-LAUNCHED LORA MISSILE: TO ENHANCE LONG-RANGE PRECISION CAPABILITY

 

My article published on “The EurasianTimes” website on 10 Jul 25

 

Recent news reports suggest that the Indian Air Force (IAF) is considering the acquisition of the Israeli Air-Launched Long-Range Artillery (LORA) missile. The interest in AIR LORA, reported in early July 2025, follows the IAF’s successful deployment of the Rampage missile during Operation Sindoor in May 2025, which underscored the need for advanced stand-off weapons capable of penetrating sophisticated enemy air defences.

Designed by Israel Aerospace Industries (IAI), Air LORA, which can strike targets up to 400–430 kilometers away, would enable Indian combat aircraft to launch high-impact strikes from well beyond the range of most enemy air defence systems. This capability is crucial for maintaining safety while degrading enemy targets within hostile territory.

 

The AIR LORA Missile: Capabilities and Specifications

Air LORA is not just a rehashed missile placed under a jet’s wing. It represents a marriage of ballistic missile technology and air-launched precision warfare. It is a quasi-ballistic missile that follows a depressed trajectory compared to traditional ballistic missiles. This makes it harder to intercept and allows for greater flexibility in targeting. One of its most attractive features is its fire-and-forget capability, which enables a pilot to disengage immediately after launch. Additionally, the missile can receive mid-course updates, allowing operators to redirect it mid-flight, a significant advantage in dynamic combat situations.

The AIR LORA, a derivative of the ground-launched Long-Range Artillery (LORA) missile, is a supersonic air-launched ballistic missile designed to deliver precision strikes against high-value targets at extended ranges. Its Key features include:-

      • Range: 400–430 kilometers.
      • Speed: Supersonic, travelling at approximately Mach 5.
      • Accuracy: Circular Error Probable (CEP) of less than 10 meters.
      • Warheads: Both blast-fragmentation and deep-penetration types, with a total weight of up to 570 kilograms.
      • Weight and Dimensions: 1,600 kg total missile weight; 5.2 meters in length.

The missile’s navigation system relies on a combination of GPS and Inertial Navigation System (INS), augmented by anti-jamming technology to ensure accuracy even in contested environments. Unlike some precision-guided munitions that require active seekers, AIR LORA’s seeker-less design reduces complexity and cost while maintaining a high degree of accuracy. It can be equipped with either blast fragmentation or deep-penetration warheads, making it versatile for targeting a range of assets, from airbases and command centers to naval vessels and hardened bunkers.

 

Analytical Perspective

Deep-Strike Capability. With the LORA missile integrated into its air combat platforms, India could reach deep into enemy territory without entering contested airspace. Targets that would traditionally require multi-aircraft sorties or high-risk approaches could be neutralised with a single long-range missile fired from safe standoff distances. This capability is particularly significant given India’s border challenges. Being able to strike enemy military infrastructure from Indian airspace would drastically reduce operational risks and improve the tempo of offensive operations.

Flexibility. The missile is compatible with several IAF platforms. This cross-platform flexibility means the IAF could potentially integrate the system into multiple platforms, ensuring distributed lethality and redundancy across its fleet. A single Su-30 MKI can carry up to four AIR LORA missiles, enabling a single sortie to deliver devastating strikes against multiple targets.

Complementing India’s Missile Arsenal. India already possesses an array of precision-guided long-range strike systems, such as BrahMos (Supersonic cruise missile with 300–500 km range), SCALP-EG (Used with Rafale, range of ~500 km), Pralay (Short-range ballistic missile (~500 km), and Rampage (Air-to-ground missile used successfully in recent operations). Air LORA would not replace these systems but augment them, filling a critical capability gap, specifically in air-launched ballistic precision strikes.

Industrial Impact. One of the defining features of this potential procurement is the Make in India element. IAI and Bharat Electronics Limited (BEL) signed a Memorandum of Understanding (MoU) in 2023 for joint production and technology transfer related to LORA and other defence systems. This partnership not only facilitates technology transfer but also positions India as a potential exporter of advanced missile systems in the future. If the Air LORA deal moves forward, it could be manufactured in India under license, aligning with the country’s goals of defence indigenisation and strategic autonomy. Local production of AIR LORA could reduce costs, enhance supply chain resilience, and create jobs, further boosting India’s defence manufacturing ecosystem.

Cost Effectiveness. The estimated unit cost of Air LORA ranges from $1 1million to $5 million, depending on the configuration and payload. While not inexpensive, it is competitively priced compared to similar long-range missile systems, particularly when factoring in its precision and survivability.

Challenges and Concerns. Air LORA marks a significant advancement in capability, but it faces certain operational and logistical hurdles. Integrating and testing it on Indian platforms will demand extensive flight trials. Its resistance to electronic warfare and survivability in contested environments still need thorough evaluation. Additionally, its cost-effectiveness compared to other indigenous systems, such as BrahMos or the developing Long-Range Land-Attack Cruise Missile (LRLACM), warrants careful consideration. Despite these challenges, Air LORA’s operational advantages appear to outweigh the potential risks.

 

Conclusion

With its range, speed, and accuracy, Air LORA is not just another missile; it is a tool for deterrence, rapid escalation dominance, and strategic messaging. India is exploring the LORA (Long-Range Artillery) missile to complement its BrahMos missile, thereby enhancing its strategic and tactical capabilities. Unlike BrahMos, a supersonic cruise missile with a low-altitude, high-speed trajectory, LORA is a quasi-ballistic missile with a lofted trajectory, offering greater flexibility in targeting and evading defences. LORA’s lower cost makes it an economical option for mass deployment. It has potential for export under India’s “Make in India” initiative, thereby fostering domestic production and enhancing global market competitiveness. Additionally, LORA’s larger payload capacity enables it to deliver heavier warheads, increasing its destructive power. Integrating LORA into Indian Air Force jets diversifies the missile arsenal, providing a versatile, high-impact option for various combat scenarios. This strategic addition would strengthen India’s defence capabilities, ensuring a balanced mix of speed, cost-efficiency, and firepower alongside BrahMos. The potential induction of the air-launched LORA missile into India’s arsenal could significantly enhance its strategic depth and offensive precision.

 

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Despite BrahMos, India Explores LORA Missile For Its Fighters Like Su-30 MKI; Why LORA When IAF Has BrahMos?

 

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References and credits

To all the online sites and channels.

Pics Courtesy: Internet

Disclaimer:

Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to respective owners and is provided only for wider dissemination.

 

References:-

  1. “Indian Air Force Eyes Israeli Air LORA Ballistic Missile for Enhanced Strike Capabilities: Report.” Moneycontrol, 4 July 2025.
  1. “India Eyes Israeli Air LORA Missile After Rampage Strikes: Deep-Strike Capability Gets Boost.” Defence Security Asia, 4 July 2025.
  1. “IAF Plans Supersonic Firepower Upgrade: Eyes Israeli Air LORA Missile after Rampage Success.” The Times of India, 3 July 2025.
  1. “IAF Eyes Supersonic LORA Missiles from Israel to Hit High-Value Targets Deep Inside Enemy Territory.” The Economic Times, 5 July 2025.
  1. “What Are Game-Changer Air LORA Missiles? Report Claims Indian Air Force Planning to Procure These from Israel.” The Week, 3 July 2025.
  1. Indian Defence Review. (2025). Regional Security Dynamics and India’s Missile Capabilities.
  1. Israel Aerospace Industries. (2025). LORA missile system: Technical specifications.
  1. Swarajya Magazine. (2025, July). IAF wants Israel’s AIR LORA missile after the Rampage missile’s success in Operation Sindoor against Pakistan.
  1. The Print (2025, July). Indo-Israeli defence ties bolstered by talks on the AIR LORA missile deal.
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