Examine the role of the DRDO–DPSU–certification-agency ecosystem in achieving Aatmanirbharta in defence. What bottlenecks remain?

Self-reliance in defence needs a full chain: a lab that designs, a factory that builds, a certifier that checks and a force that inducts. DRDO's maiden live jump of the Advanced High-Altitude Parachute (AHAP) at Nyoma, Ladakh (Oct 2026) shows this chain working end to end [1]. However, gaps in moving from prototype to induction persist.

Role of the ecosystem

• DRDO labs (design): ADRDE, Agra designed AHAP, a static-line parachute for mass drop of troops at up to 18,000 ft [1]. With DEBEL, Bengaluru, it also developed MCPS, the only Indian service parachute that can be deployed above 25,000 ft [2].
• DPSUs (production): Ordnance Parachute Factory, Kanpur makes AHAP [1]. It now works under Gliders India Limited, one of the companies formed when the OFB was corporatised in 2021 to bring autonomy and accountability [4].
• Certification agencies (independent checks): DGAQA inspects and CEMILAC certifies airworthiness [1]. Keeping these roles separate builds checks into the process.
• Technology handover: after the lab handed over the AHSP for the P-7 heavy-drop parachute, the Army ordered 146 systems [3]. This is the template for going from design to induction.

ADRDE (design) → OPF/GIL (build) → DGAQA (inspect) → CEMILAC (certify) → AHSP → Army order

Fig.: Indigenous lab-to-field chain

Bottlenecks that remain

• Delays: the Standing Committee on Defence found that 23 of 55 DRDO projects were not completed on time. It cited technical difficulties, denial of foreign technology and rising costs [5].
• Funding squeeze: DRDO's share of defence spending keeps falling, and R&D allocations fell short of what was asked for [5]. This hurts the costly phase of repeated trials.
• Gap between prototype and induction: AHAP's first jump was from 16,000 ft, below its 18,000 ft ceiling, and it was a single jump, not a mass drop. No AHSP handover or order has been announced yet [1].
• Scaling up production: GIL still has to show it can produce at battalion scale, to the prototype's standard, at a cost the Army will pay [4].
• Weak reviews: delays continued despite reviews at several stages [5].

The DRDO–DPSU–certifier chain has given India fully domestic designs, manufacturing and certification, as AHAP and MCPS show. The way forward is time-bound user-trial and induction roadmaps, more money for trials, and standard review benchmarks, as the Standing Committee recommended [5]. These steps would turn proofs of concept into equipment the forces actually use, and make Aatmanirbhar Bharat real along the frontiers.