The Indian Air Force has selected Apollo Micro Systems for development of an indigenous Precision Range Extension Kit program, marking a significant step in the service’s effort to enhance the stand-off range and accuracy of its unguided munitions across multiple airframes.
The selection underscores the IAF’s commitment to reducing dependence on imported precision guidance solutions and accelerating the timeline for indigenous systems integration. Apollo Micro Systems, a Hyderabad-based defence electronics and avionics firm, brings proven expertise in guidance systems and aerial platform integration.
Precision range extension kits convert unguided bombs and rockets into semi-autonomous or GPS-aided weapons, enabling aircraft to strike targets from standoff distances while minimizing exposure to enemy air defences. The technology is critical for modern air operations where threat envelopes around targets have expanded significantly.
India’s focus on indigenizing such systems aligns with the broader Make in India initiative within defence procurement. The country currently relies on imported kits for several legacy platforms, creating logistical dependencies and cost burdens. Development of a domestic capability reduces operational vulnerability and supports the growth of the private defence sector.
Apollo Micro Systems has previously delivered avionics upgrades and guidance solutions for Indian military platforms. The company operates within the framework of India’s defence production policy, which prioritizes private sector participation in high-technology programmes alongside DRDO and Ordnance Factory Board (OFB) entities.
Range extension kits serve multiple platforms across the IAF’s inventory, from legacy Jaguar and Mirage 2000 aircraft to newer Tejas light combat aircraft and transport variants. A common, platform-agnostic guidance architecture reduces development risk and accelerates deployment across the fleet.
The programme reflects India’s strategic calculus on precision strike capability. As regional threat perceptions have evolved, the IAF has prioritized standoff munitions that increase pilot survivability and reduce collateral damage risk. Indigenous development also supports India’s position in defence exports, enabling transfer to friendly nations within regulatory frameworks.
Integration timelines for such systems typically span two to four years from contract award to first developmental trials. The IAF’s selection process emphasizes design maturity, component sourcing strategy, and production scalability. Apollo’s selection signals confidence in its technical roadmap and manufacturing readiness.
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