Project Kusha: India’s indigenous 350 km SAM

kusha

Project Kusha: India’s Indigenous Long-Range SAM to Redefine Air Defence by 2028

As regional tensions simmer along the Line of Actual Control (LAC) and Line of Control (LoC), the Defence Research and Development Organisation (DRDO) is accelerating Project Kusha, India’s indigenous long-range surface-to-air missile (SAM) system, slated for induction by 2028. Designed to counter stealth aircraft, hypersonic missiles, and drones at ranges up to 350 km, Kusha aims to rival Russia’s S-400 and China’s HQ-19, with 80% indigenous content. Building on lessons from Operation Sindoor—where IAF’s S-400 thwarted Pakistan’s SEAD attempts—this ₹21,000 crore program integrates with the Integrated Air Command and Control System (IACCS) and DRDO’s LODN, creating a multi-layered shield under Atmanirbhar Bharat.

Genesis of Project Kusha: A Strategic Necessity

Launched in 2019 under DRDO’s Ballistic Missile Defence (BMD) Phase-II, Project Kusha addresses gaps in India’s air defence against evolving threats: China’s J-20 stealth fighters (200+ deployed along LAC) and Pakistan’s potential Turkish TF Kaan acquisitions. The system’s three-tier missile suite—covering 150 km, 250 km, and 350 km—offers flexibility against fighters, cruise missiles, and hypersonics, unlike the S-400’s 400 km single-tier focus. Successful warhead tests at Pokhran in September 2025, intercepting simulated J-20 profiles at 200 km, signal readiness for production by Bharat Dynamics Limited (BDL) in Hyderabad.

Technical Prowess: A Homegrown Triad

Kusha’s architecture centers on a mobile, canister-launched missile system with AESA-based Long Range Tracking Radar (LRTR-II), co-developed with Bharat Electronics Limited (BEL). Its hit-to-kill warheads, guided by dual-mode seekers (RF/IR), achieve 98% accuracy against low-RCS targets. Integration with LODN’s optical sensors ensures jamming resistance, while AI-driven fire control, developed with IIT Bombay, enables autonomous target prioritization.

Feature Specification/Details
Range 150 km, 250 km, 350 km (three missile variants)
Targets Stealth fighters, hypersonic missiles, drones
Radar LRTR-II AESA (400 km detection, 0.3 m² RCS)
Guidance RF/IR dual-mode seekers, AI-driven fire control
Indigenous Content 80% (BDL, BEL, private MSMEs)
Launch Platform Mobile, canister-based (8 missiles/launcher)
Deployment 5 regiments by 2028 (LAC, LoC, coastal)
Cost ₹21,000 Cr for Phase 1

Kusha’s edge lies in its modularity: a single battery engages 24 targets simultaneously, surpassing Pakistan’s HQ-9 (200 km) and complementing S-400’s 36-target capacity. Its passive optical backup via LODN proved critical in simulations mimicking Sindoor’s EW-heavy environment.

Strategic Impact: LAC and LoC Deterrence

Post-Sindoor, where IAF’s S-400 and Rafales neutralized PAF assets without losses, Kusha strengthens India’s deterrence. Planned deployments in Ladakh, Arunachal, and Sir Creek by 2028 counter China’s PL-15-armed J-20s and Pakistan’s drone swarms. Defence Minister Rajnath Singh, in his October 2 Bhuj speech, called Kusha “India’s iron dome for the skies,” signaling robust response to LoC provocations. The system’s export potential to ASEAN/QUAD allies, backed by 15,000 jobs in Telangana and Karnataka, amplifies India’s defence industry.

Challenges and Future Horizons

While Kusha’s indigenous supply chain—leveraging MSMEs like Alpha Design—reduces foreign dependency, delays in high-thrust motor development and hypersonic intercept tests remain hurdles. DRDO aims for 2026 trials integrating Kusha with S-400 and Akashteer, eyeing full IACCS synergy by 2028. As IAF transitions from MiG-21s to Tejas Mk-1A, Kusha ensures aerial dominance, paving the way for BMD Phase-III against ICBMs.

Sources: IDRW, Indian Defence News, DRDO updates as of October 11, 2025.

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