> ## Content Index > Fetch the complete content index at: https://hive.behindrobotics.com/llms.txt > Use this file to discover other available public pages before exploring further. # Apollyon Dynamics: How India’s Hostel-room Startup closes the gap between FPVs and hypersonic missiles - URL: https://hive.behindrobotics.com/test-post-robot-headline/ - Published: 2026-08-10T01:49:37.000Z - Updated: 2026-08-10T04:42:30.000Z - Author: Christian Connolly - Tags: news, drones, defense In May 2025, two third-year engineering students at BITS Pilani Hyderabad — **Jayant Khatri** (mechanical engineering) and **Sourya Choudhury** (electrical engineering) — founded Apollyon Dynamics out of a hostel room. Within two months they were supplying combat drones to the Indian Army. By early 2026 the company had delivered a mobile drone manufacturing lab to the front, secured interest from the Border Security Force, and raised significant early funding. Today it stands as one of the clearest examples of how India is turning student-led innovation into operational military capability. **Funding and Early Traction** In May 2026 Apollyon Dynamics closed a **$420,000** pre-seed round at a **$2.63 million** valuation. The round was led by Naandi Ventures and included participation from three of India’s leading private space companies: Skyroot Aerospace, Dhruva Space, and Agnikul Cosmos. The capital is being directed toward research and development, manufacturing infrastructure, and talent. The company has grown from two founders plus interns to a roughly 20-person team, with an office on the BITS campus and manufacturing units nearby. **Contracts and Operational Impact** Apollyon’s first major breakthrough came in July 2025 when the Indian Army requested high-speed kamikaze drones capable of exceeding 300 km/h while carrying a roughly 1 kg payload. The company delivered. Units have been supplied to Army formations in Jammu, Chandimandir (Haryana), Panagarh (West Bengal), and Arunachal Pradesh. The Border Security Force has also shown strong interest after live demonstrations in which the drone exceeded 300 km/h (verified at 308 km/h in one public trial). Perhaps more transformative is the Mobile Drone Lab. Mounted on an Army truck and already operational in Jammu, the lab can produce more than 100 first-person-view (FPV) drones per month near the front line. It includes 3D printers for frames, assembly stations, and a ground control capability. Soldiers are trained to build, maintain, and modify drones themselves, dramatically shortening the feedback loop between battlefield experience and new hardware. **Main Products** Apollyon’s portfolio spans several categories: • Trainer drones for skill development • Multi-role and tactical platforms with waypoint navigation • Long-range endurance UAVs • High-speed kamikaze systems (flagship early product often referred to as Ahuti) The kamikaze drones are radar-evading, single-use, carbon-fibre platforms with 20–25 minutes of flight time (loiter plus terminal sprint), roughly 10 km line-of-sight range in basic configuration, and a sub-1 kg warhead option. Cost is reported in the **$4,200–$6,300** range per unit — significantly lower than many imported equivalents. **The Jet-Powered Leap: Nightshade ADX and the Gap Between FPVs and Hypersonics** Standard FPV and propeller-driven loitering munitions excel at short-range, low-cost, highly agile strikes, but they are relatively slow (often 70–200 km/h class) and increasingly vulnerable to modern air defences and interceptors. True hypersonic systems operate at extreme speeds and cost, making them strategic rather than tactical weapons. Apollyon’s jet-powered platforms — most prominently the **Nightshade ADX-1** — are designed to occupy the middle ground. Powered by a compact turbojet, these drones target operational speeds of 600–700 km/h, with claims of roughly 100–150 km range, a maximum take-off weight around 70 kg, and modular payloads (including several kilograms of explosives). They feature autonomous navigation, terrain-following capability, and GPS-denied operation using inertial systems. Launch methods include pneumatic rails and even release from a moving vehicle, enabling rapid tactical deployment without runways. This speed band makes interception far harder than with conventional propeller drones while remaining far more affordable and flexible than hypersonic weapons. The result is a practical, high-speed strike and penetration tool suited to contested airspace — exactly the capability many modern forces now prioritise. **India as an Emerging Innovator in Drone Warfare** Apollyon Dynamics is part of a broader shift. India is no longer only a buyer of foreign drone systems; it is generating indigenous, operationally relevant solutions at speed. Student founders, campus incubators, rapid iteration with the armed forces, and capital from both traditional investors and space-tech entrepreneurs are combining to produce real hardware that reaches units in months rather than years. The mobile manufacturing concept further decentralises production, reducing logistical vulnerability and allowing real-time adaptation. Challenges remain — scaling production, maturing jet propulsion reliability, and competing in a crowded global market — but the trajectory is clear. Companies like Apollyon demonstrate that India can move from concept to combat-relevant systems with unusual speed. In doing so, they are helping close critical capability gaps and positioning the country as a serious innovator in the evolving domain of drone warfare.