Raghava Aerospace opens advanced defence manufacturing and test facility in Hyderabad

On September 2, 2026, Raghava Aerospace & Defence Pvt Ltd officially inaugurated its new integrated manufacturing and testing complex in Kokapet, a major industrial technology corridor near Hyderabad, Telangana. The inauguration ceremony was attended by prominent leaders from India's defence and aerospace ecosystem, including former Defence Research and Development Organisation (DRDO) Chairman and current President of the Aeronautical Society of India Dr. G. Satheesh Reddy, alongside state government officials and company executives headed by Likhit Reddy Ponguleti. The new facility represents a major private sector investment designed to transition advanced military technologies from prototype concepts into scalable, series-production hardware. Speaking at the launch event, Dr. Satheesh Reddy stated that India's domestic defence manufacturing ecosystem has matured significantly, evolving from an era heavily dependent on foreign imports into a self-reliant manufacturing hub capable of engineering complex guided weapons, unmanned aerial systems, and precision electronic suites. He highlighted that private enterprises now account for approximately 40 percent of industrial manufacturing partners participating in national defence programs, sustained by the Ministry of Defence's allocation of ₹1.39 lakh crore toward domestic capital procurement under the Atmanirbhar Bharat policy framework.

Inauguration of Kokapet facility marks private aerospace milestone

The establishment of the Kokapet plant reflects a strategic transformation in how Indian private enterprises approach defence engineering. Rather than operating purely as tier-three component suppliers or build-to-print sub-contractors for state-owned enterprises, private entities are increasingly establishing complete, end-to-end development, manufacturing, and qualification platforms. The new Raghava Aerospace & Defence complex brings together specialized capabilities in R&D, electronic warfare systems, embedded software, high-frequency RF modules, power electronics, and advanced composite airframe fabrication under a single roof. This consolidation aims to eliminate supply chain bottlenecks, accelerate qualification cycles, and ensure that indigenous aerospace hardware satisfies strict military airworthiness standards before delivery to end users.

High-frequency RF testing and composite processing infrastructure

To support high-precision manufacturing and stringent qualification requirements, the Kokapet complex integrates specialized environmental and testing infrastructure tailored for military aerospace applications. Central to its electronic assembly operations is a Class 100,000 cleanroom environment specifically configured for high-density microwave circuit integration and sensitive optical assembly. To validate modern sensor payloads and communications systems, the facility features a comprehensive radio frequency (RF) and microwave testing laboratory operating at frequencies up to 40 GHz. This high-frequency test capability enables engineers to conduct rigorous electromagnetic characterization, signal integrity analysis, and antenna pattern measurements for airborne radomes, seeker heads, and electronic warfare receivers.

The manufacturing floor also incorporates dedicated electrostatic discharge (ESD)-controlled assembly zones designed to safeguard sensitive solid-state microelectronics during mechanical integration. Complementing its electronic fabrication capabilities, the Kokapet plant houses an advanced composite structural processing line. Key hardware installed on this line includes:

• High-pressure autoclaves: Specialized pressure vessels designed for curing structural carbon-fiber and glass-fiber composite airframe components under precise pressure and temperature cycles.
• Automated CNC tape winding machinery: High-precision automated filament and tape placement machines used to fabricate lightweight cylindrical structures, missile bodies, and radomes with high repeatability.
• Heavy-duty hydraulic presses: High-tonnage hydraulic press equipment utilized for compression molding of complex structural composites and high-density material laminates.
• Non-destructive testing (NDT) suites: Advanced structural inspection platforms, including ultrasonic testing setups, used to detect internal delamination, voids, or material flaws without damaging fabricated components.

Flagship MALE-300 drone and tactical subsystem portfolio

Coinciding with the facility opening, Raghava Aerospace unveiled its flagship platform project: the MALE-300 Unmanned Aerial Vehicle (UAV). Developed in collaboration with joint venture partner Peridot Advanced Materials, the MALE-300 is an indigenously designed Medium-Altitude Long-Endurance platform optimized for long-range intelligence, surveillance, and reconnaissance (ISR) operations. The aircraft is engineered to carry a multi-sensor operational payload of up to 300 kilograms and is capable of reaching service ceilings of 30,000 feet. With a maximum flight endurance of 30 hours, the platform offers persistent wide-area surveillance capabilities suitable for border monitoring, maritime reconnaissance, and tactical battlefield management.

In addition to complete unmanned aerial platforms, the company's manufacturing and testing roadmap encompasses critical aerospace subsystems. These include micro turbojet propulsion units for tactical drones and aerial targets, high-performance aircraft hydraulic pumps, missile RF seeker heads, flight-control actuators, and military-grade power conversion units. The firm's technological capability is backed by the strategic acquisition and integration of five specialized technology firms, bringing together more than 200 man-years of cumulative engineering experience across 10 major national defence programs. By combining these capabilities into a single accredited facility, the company aims to serve domestic defense requirements while expanding into global aerospace supply chains.

Expanding role of private industry in defence capital acquisition

The deployment of private testing and production facilities in industrial hubs like Hyderabad highlights a fundamental shift in India's defence acquisition strategy. For decades, state-run Defence Public Sector Undertakings (DPSUs) served as the default prime integrators for government-funded aerospace programs. Recent policy reforms—including expanded transfer of technology frameworks, open access to government patents, and fee-for-service access to national test ranges—have opened major avenues for private sector participation. As defense procurement transitions toward competitive bidding and development-cum-production partner (DcPP) models, private enterprises must demonstrate robust, verifiable quality assurance and environmental testing infrastructure to qualify for bulk production orders.

Crucial role of ground support and test infrastructure in modern aerospace

As private aerospace manufacturers in India scale up operations to build complex flight hardware, ground support equipment and turnkey test benches have become indispensable components of the manufacturing ecosystem. High-performance airborne hardware—including hydraulic flight control actuators, high-pressure gas regulation units, micro turbojet fuel delivery systems, and structural airframes—requires extensive ground testing before integration onto live aircraft or missile platforms. Automated test benches, hydraulic pulse rigs, high-pressure gas test systems, and environmental simulation chambers allow engineers to subject components to extreme operating pressures, dynamic fluid flows, thermal shocks, and mechanical vibrations. Rigorous ground validation ensures that every hydraulic pump, valve assembly, and structural composite component complies with strict aerospace airworthiness standards, minimizing failure risks during flight testing and operational deployment.

The steady expansion of high-tech manufacturing complexes, such as the newly inaugurated facility in Kokapet, underscores the vital necessity for reliable, high-precision test infrastructure across India's growing aerospace and defence sector. Engineering leaders like Neometrix Defence Limited support this national self-reliance effort by designing and manufacturing custom hydraulic test benches, high-pressure gas handling systems, and ground support equipment that enable domestic defense enterprises to validate critical aerospace hardware with complete confidence.