We specialize in indigenous innovation through advanced testing and simulation infrastructure tailored for drone, UAV, and aerospace industries.
Advanced testing facilities operational now
Largest Fan-Array Wind Tunnel
Precision Robotic Test Benches
Simulation Configurations
Government Grants Received
We provide cutting-edge testing and simulation infrastructure for the aerospace industry, addressing the critical challenges of high R&D costs and limited access to quality test environments.
India's largest fan-array wind tunnel (5m x 5m) for accurate aerodynamic testing of drones and UAVs.
Learn morePrecision 6DOF robotic drone test benches for comprehensive performance evaluation and validation.
Learn moreCustomizable multiphysics simulation software for advanced aerodynamic and structural analysis.
Learn moreImmersive VR-based flight simulators for pilot training and realistic flight experience.
Learn moreFounded in 2023
BITS Pilani Incubated
Applied Aero Labs Pvt. Ltd. is a tech-driven R&D company committed to empowering India's aerospace ecosystem. We specialize in indigenous innovation through advanced testing and simulation infrastructure tailored for drone, UAV, and aerospace industries.
Our modular services are designed to support startups and large enterprises alike, with flexible options for both facility use and hardware/software acquisition. We have received government grants (NIDHI PRAYAS, SISF) to build cutting-edge tools like a 6DOF drone test arm and portable wind tunnels.
Our customer base spans drone manufacturers, defense contractors, research institutions, and civil engineering firms. Backed by domain experts from BITS Pilani, we bridge academia and industry to accelerate India's aerospace capabilities.
Years of Experience
Clients Served
Research Partners
Our journey has been marked by significant milestones and recognition from industry partners and government institutions.
Received Purchase Order for custom-designed Wind Tunnel Facility for drone/UAV testing. Facility inaugurated in March.
Developed a 3DOF load cell-based thrust stand for propellor and motor testing, enabling precise thrust measurement and performance analysis.
Simulated hip implant performance across three phases using AAL’s proprietary software to evaluate behavior under varying conditions and materials.
For the development of a robotic arm system enabling safe and repeatable drone testing, integrated with HIL setups for control validation and pilot training in realistic yet risk-free environments.
For the development of a portable fan array wind tunnel for drone testing, capable of generating variable wind velocities and controlled gusts for accurate performance evaluation and integration with hardware-in-the-loop (HIL) systems.
Contact us today to explore collaboration opportunities.
Our core team consists of engineers, researchers, and PhDs from premier institutions with expertise in aerospace systems, AI/ML in scientific computing, and autonomous systems.
Reach out to discuss how our solutions can accelerate your aerospace R&D capabilities.
Join the growing list of organizations transforming their aerospace capabilities with Applied Aero Labs