Speed
Is
Deterrence.
Designing high-speed UAV systems for aerial targets, loitering munitions, and supersonic strike missions.
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Designing high-speed UAV systems for aerial targets, loitering munitions, and supersonic strike missions.
A modular, high-speed architecture designed to operate across the full spectrum of modern aerial operations.
High-speed aerial target systems for live-fire training and weapon system evaluation. Replicates the kinematic profile of advanced threat platforms.
Autonomous loitering munition variant for precision engagement. Designed with abort and re-acquire capability.
Purpose-built supersonic airframe for missions where conventional UAVs cannot operate. Built from the ground up for speed-critical roles.
We develop our own flight control stack - from autopilot algorithms to simulation infrastructure. NaveriaSim provides a full-fidelity environment for software-in-the-loop and hardware-in-the-loop testing, enabling rapid iteration without leaving the lab.
From simulation to finished part - every component is designed, analysed, and manufactured in-house. Structural FEA, CFD, aerodynamic design, and composite fabrication all under one roof.
IIT Kharagpur '25. Building the flight software stack and simulation infrastructure at Naveria - from physics-accurate SIL pipelines to full HITL integration in NaveriaSim.
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IIT Kharagpur '28. Building high-speed UAV systems and hypersonic platforms for the next generation of aerial defence.
LinkedIn →We're open to conversations with defence programmes, research establishments, and mission partners.
Book a Meeting aman@naveria.space