New Delhi (ABC Live): On 11 January 2026, the Defence Research and Development Organisation (DRDO) flight-tested the Man Portable Anti-Tank Guided Missile (MPATGM) against a moving target using a top-attack profile.

This test matters because MPATGM has an edge over imported anti-tank systems such as Javelin, Spike and HJ-12 in the conditions India is most likely to fight in.

That edge does not rest on brochure range or brand value. Instead, it comes from cost-per-kill discipline, scale of deployment, supply certainty and suitability for India’s terrain and doctrine.

🔗 PIB: https://www.pib.gov.in/PressReleasePage.aspx?PRID=2213690
🔗 DRDO: https://drdo.gov.in/drdo/en

At first glance, this may appear to be a routine trial. However, when viewed in context, the test marks a clear shift in how India plans to arm its infantry against modern armour on two very different fronts.

Why This Test Matters Beyond One Missile

Modern wars rarely hinge on a single weapon. Instead, they turn on numbers, endurance, and a steady supply. Therefore, infantry anti-tank systems must perform reliably not once, but repeatedly, under stress.

For years, India relied on imported anti-tank missiles. As a result, capability came with high costs, fragile supply chains, and political limits. Consequently, large-scale use during prolonged crises remained difficult.

MPATGM changes that equation. By contrast, India designed it for wide infantry use, not narrow elite deployment. In other words, the focus now rests on scale, simplicity, and assured supply rather than on niche performance alone.

What the MPATGM Test Proved

According to the PIB release, MPATGM integrates several key features. First, it uses an Imaging Infrared (IIR) seeker. Second, it follows a fire-and-forget path after launch. Third, it employs a top-attack trajectory. Finally, it carries a tandem warhead to defeat modern armour.

Most importantly, the missile hit a moving target. Because of this, the test crossed a higher bar than static trials. Moreover, the IIR seeker allows day-night operations, which soldiers need in real combat.

In parallel, DRDO named Bharat Dynamics Limited (BDL) and Bharat Electronics Limited (BEL) as Development-cum-Production Partners. As a result, the programme now moves from testing toward production and induction.

Global Comparison: Where MPATGM Fits

In pure capability terms, MPATGM now sits alongside leading global ATGMs. However, its real advantage lies elsewhere. Specifically, India controls its supply, upgrades, and scale.

Cost-per-Kill: Why This Metric Matters More Than Range

Military planners rarely fight wars on brochure numbers. Instead, they calculate how many targets they can stop with the stock they can sustain. Therefore, cost-per-kill matters more than headline range.

ABC Live uses a simple, open method:

Cost-per-Kill = (missile cost + launcher cost per shot) ÷ Probability of Kill (Pk)

For clarity, we model Pk between 0.70 (hard conditions) and 0.85 (good conditions). Importantly, these figures aid comparison; they do not claim battlefield certainty.

What This Means in Practice

• Javelin (USA):
  FMS packages bundle missiles, launchers, training, and support. Consequently, the cost per ready shot stays high, even though the system performs well.

• Spike LR (Israel):
  Missile prices often appear lower. However, total system cost rises with configuration, training, and data-link needs.

• HJ-12 (China):
  Open sources cite low prices. Yet, public data on cold-weather use, counter-measures, and long-term reliability remains limited.

• MPATGM (India):
  The government has not released unit prices. Therefore, ABC Live avoids guesswork. Instead, MPATGM’s strength lies in assured supply, local support, and lower long-term risk.

Battlefield Fit: Two Fronts, Two Needs

India–China (LAC)

This theatre features high altitude, extreme cold, and fragile logistics. As a result, infantry units must fire quickly and relocate fast.

MPATGM suits this environment well. Because it is fire-and-forget, exposure time drops. Additionally, the IIR seeker works day and night. Finally, domestic supply reduces risk during long standoffs.

Imported systems still add value in niche roles. Nevertheless, they raise sustainment concerns when supply lines stretch.

India–Pakistan (Plains and Semi-Urban Areas)

Here, the pace is faster, and armour density is higher. Moreover, the terrain shifts from open plains to canals and towns.

Under these conditions, armies need many shots, fast reloads, and simple use. Accordingly, MPATGM fits best as the core infantry layer, while premium imports support selective precision tasks.

MPATGM in India’s Wider DRDO Push

MPATGM does not stand alone. Rather, it forms part of a broader move toward indigenous, linked combat systems. In parallel, DRDO advances work on sensors, rockets, and data links.

Related ABC Live explainers show this clearly:

• Indigenous rocket and standoff systems:
  https://abclive.in/2025/07/09/erasr-indias-asw-rocket/

• Sensor and radio architecture for modern warfare:
  https://abclive.in/2025/10/08/drdo-irsa-1-0-india-sdr-architecture/

Together, these efforts point toward self-reliant combat networks, not isolated imports.

How We Verified This Report

ABC Live followed a clear process. First, we sourced all verified facts from the PIB release and cross-checked roles on DRDO’s official portal. Second, we compiled comparative data on Javelin, Spike, and HJ-12 from public procurement records and defence references. Third, we applied a transparent cost-per-kill model with stated assumptions. Finally, we clearly separated verified facts from analysis.

Editorial Takeaway

MPATGM does not try to outshine every imported missile on range or brand value. Instead, it answers a harder question: how to arm Indian infantry at scale, for long wars, without outside control.

Ultimately, in future conflicts, that answer may matter more than any single technical edge.