If you’re here looking for accurate, clear, and complete information about DRDO’s STAR Missile, you’re in the right place. In this blog, you’ll learn:
- What DRDO’s STAR Missile is
- Why was it developed
- How does it compare to BrahMos
- Who it benefits (Army, Navy, Air Force)
- All specs, status, and plans
- Why it matters for India’s defence
Let’s dive in.
What is DRDO’s STAR Missile?
DRDO’s STAR Missile (Supersonic Target) is an indigenous, high-speed missile designed to simulate realistic threats for training India’s armed forces. Unlike combat missiles, STAR doesn’t aim to destroy enemy targets—instead, it mimics the enemy, helping our forces practice interception in real-time.
In simple terms, it’s a reusable supersonic target for realistic combat training.
Why Was DRDO’s STAR Missile Developed?
India needed a cost-effective alternative to expensive imported target systems (like BrahMos) for regular training and R&D. That’s where DRDO’s STAR Missile comes in.
Goals of the STAR Missile:
- Simulate real-world aerial & naval threats (like anti-ship or cruise missiles)
- Help the Air Force, Navy, and Army practice interceptions under live conditions
- Support next-gen missile R&D through propulsion and system testing
- Build self-reliance in defence training technology
STAR Missile Technical Specifications
| Feature | Details |
|---|---|
| Max Speed | Mach 1.8 – 2.5 |
| Altitude Range | 100 meters – 10 kilometres |
| Operational Range | 55 – 175 kilometers |
| Flight Time | 50 – 200 seconds |
| Propulsion Type | Liquid Fuel Ramjet |
It’s fast, agile, and tough—just like the real threats our defence forces must counter.
How Does DRDO’s STAR Missile Work?
- Launch Phase: From air or ground-based platforms
- High Manoeuvrability: Simulates zig-zag, evasive enemy movement
- Tracking by Defence Systems: Test radar, missile interception, and tracking systems
- Safe Recovery or Detonation: Depending on mission type
Thanks to its ramjet propulsion, the missile maintains supersonic speeds without the need for oxidisers, increasing its range and efficiency.
Deployment Variants of the STAR Missile
To make it adaptable across the Indian Armed Forces, DRDO is developing two main variants:
1. Air-Launched STAR Missile
- Designed for aircraft like LCA Tejas
- Trains pilots for anti-radiation and anti-AWACS missions
2. Ground-Launched STAR Missile
- Booster-supported launches
- Perfect for surface-to-air drills, mobile setups, and coastal defence
This multi-platform capability makes it unique in its class.
DRDO’s STAR Missile vs BrahMos: A Smart Alternative?
While BrahMos is a battle-tested strike weapon, it’s expensive and not built for daily training.
DRDO’s STAR Missile, on the other hand, is:
| Criteria | DRDO’s STAR Missile | BrahMos |
|---|---|---|
| Purpose | Threat simulation | Combat strike |
| Cost | Lower (Indigenous) | High (Imported + Indo-Russian) |
| Deployment | Modular (Air/Land/Naval) | Naval/Airborne |
| Use Case | Training & R&D | Offensive Operations |
So if the goal is training and testing, STAR is the smarter choice.
STAR Missile’s Technological Edge
Ramjet Engine:
- Air-breathing, efficient propulsion
- Delivers supersonic speeds with high fuel economy
Indigenous Design:
- Entirely built in India
- Reduces import dependence
- Empowers Make in India – Defence
R&D Testing Platform:
- Can support the future development of:
- Anti-Radiation Missiles
- AWACS Killers
- Next-gen Cruise Missiles
Current Status: STAR Missile’s Progress & Upcoming Milestones
As of 2025, DRDO’s STAR Missile is in Phase-III testing, which includes:
- Environmental stress tests
- Full system integration trials
- Launch success rate analysis
- Repeated simulations of supersonic threats
What’s Next?
- Limited production for user trials
- Tri-service deployment after validation
- Future upgrade roadmap based on real-world feedback
Summary: Why DRDO’s STAR Missile Matters
To sum it up, here’s what makes DRDO’s STAR Missile a major step forward:
| Key Feature | Why It Matters |
|---|---|
| Supersonic Simulation | Realistic threat emulation for combat training |
| Modular Design | Fits Air, Land, and Naval operations |
| Ramjet Propulsion | Efficient, high-speed engine for future tech testing |
| Indigenous System | Reduces costs, supports national defence autonomy |
Frequently Asked Questions (FAQs)
Q1: Is DRDO’s STAR Missile a combat weapon?
No, it’s a training & simulation missile, not used in real strikes.
Q2: What platforms can launch the STAR Missile?
Both aircraft (like LCA Tejas) and ground-based launchers.
Q3: What’s the difference between STAR and BrahMos?
BrahMos is for combat, STAR is for training. STAR is cheaper, modular, and reusable.
Q4: What’s the status in 2025?
Currently undergoing Phase-III testing, with limited production expected soon.
Final Thoughts: DRDO’s STAR Missile is the Future of Combat Readiness
DRDO’s STAR Missile isn’t just another project—it’s a strategic force multiplier. By giving India a reliable, reusable, and indigenous platform for supersonic threat simulation, it strengthens both training and next-gen missile development.
As STAR heads into user trials, it’s clear this isn’t just a target—it’s a targeted solution for modern warfare preparedness.
Have questions or insights about the STAR Missile?
Drop your thoughts in the comments below or reach out to us directly — we’re here to discuss and explore India’s cutting-edge defense capabilities with you!