Key Highlights
- ₹67,000 crore worth of high‑value acquisitions approved by DAC chaired by Defence Minister Rajnath Singh.
- Upgrades span ten flagship systems—thermal night‑vision for BMPs, autonomous surface craft, BrahMos and BARAK‑1 modernisations, mountain radars, and SAKSHAM/SPYDER integration.
- Tri‑service MALE RPAs equipped with multi‑payloads introduced for long‑range surveillance, reconnaissance and precision strikes.
- Strategic sustainment contracts secured for C‑17, C‑130J airlifters and the S‑400 long‑range missile system.
Detailed Insights
Army Modernisation: The Thermal Imager‑Based Driver Night Sight (TIDNS) will enable BMP infantry‑fighting vehicles to manoeuvre safely in darkness, substantially elevating night‑time operational mobility.
Navy Enhancements: Acquisition of Compact Autonomous Surface Craft (CASC) adds an autonomous anti‑submarine capability. Concurrent upgrades to BrahMos launchers and BARAK‑1 point‑defence missiles sharpen strike and close‑range air‑defence efficacy.
Air Force Strengthening: Mountain radars extend aerial surveillance into rugged frontier zones, while SAKSHAM and SPYDER systems gain real‑time data links via the Integrated Air Command and Control System (IACCS), bolstering interception response.
Tri‑Service RPA Capability: Medium Altitude Long Endurance (MALE) remotely piloted aircraft, now standardised across Army, Navy and Air Force, will operate multi‑payload missions—surveillance, reconnaissance, and precision strikes—for extended periods.
Sustainability & Readiness: Annual maintenance contracts for the C‑17 and C‑130J fleets as well as a comprehensive S‑400 upkeep plan guarantee continuous combat readiness for these strategic platforms.
Key Concepts
- Acceptance of Necessity (AoN): A military procurement approval allowing procurement of systems deemed essential for operational capability.
- Medium Altitude Long Endurance (MALE) RPA: A remotely piloted aircraft capable of sustained flight at medium altitudes, suitable for extended maritime and land missions.
- Integrated Air Command and Control System (IACCS): A command architecture that consolidates sensor data and weapon integrations for real‑time airborne threat detection and response.