Pioneering Indian UV Solution
Founded in Pune in 2020, Aeronica Advance Technologies is a DGCA authorised UAV manufacturer building drone technology made for India, by India. We design, engineer, and manufacture advanced drone platforms, intelligent automation, and AI-powered geospatial solutions entirely in-house.
Innovation, quality and durability drive us to build India’s drone ecosystem with technology suited for India’s conditions.
Pioneering Indian UV Solution
Aeronica Advance Technologies Pvt Ltd, Pune is one of the MSME, Start-up UAV/Drone manufacturing company in India (Authorized by DGCA), incorporated in 2020.
Our Products & Solutions
R&D & Academic Partnerships
We have our own Research & Development center at Pune (Khed Shivapur) with highly skilled manpower, State-of-the-art Manufacturing and GIS Data Processing facilities to cater the needs of the Drone eco-system.
Partnering with MIT-ADT University and PICT Engineering College for Sponsored Research and Development projects in Aeronautical, Defence and Electronic Devices areas.
Make in India Initiative
We aim expansion toward manufacturing and broader service deployment across agriculture, defense and industrial domains.
We are recognized under various central agencies and actively contribute to the government’s “Make in India” and “Drone Shakti” initiatives.
Vision & Mission
Vision
A future where Made-in-India drones lead global innovation — powering safer, smarter, and more efficient operations at scale.
Mission
To be India's most trusted provider of indigenous drone technology — building reliable, mission-ready UAV systems that create real value for industries, governments, and communities.
Built by engineers,
for engineers
Our team brings together decades of combined experience across aerospace engineering, embedded electronics, GIS analytics, and cloud infrastructure—all under one roof in Pune, Maharashtra.
Aerospace & Design
Aeronautical engineers, composite specialists, and structural simulation experts.
Embedded Systems
Firmware engineers building our indigenous Nitya flight controller and sensor fusion stacks.
GIS & Data Science
Spatial analysts and ML engineers processing terabytes of aerial data into actionable intelligence.
Field Operations
DGCA-certified pilots and ground support crews running missions across 12 Indian states.
Engineered End-to-End
Unlike most drone companies that assemble off-the-shelf components, we own the entire technology chain—from the carbon fiber airframe to the cloud analytics dashboard. This vertical integration is the foundation of our reliability.
Nitya Flight Controller
STM32H7 @ 480MHz, triple-redundant IMUs, multi-constellation GNSS, and encrypted telemetry. Built for uncompromising reliability, precision, and mission-critical performance in the sky.
DGCA Type-Certified
Certified. Compliant. Combat-ready for the skies. The Samrudhhi-10LH holds full DGCA type certification, meeting the strictest airworthiness standards in the industry.
Composite Airframes
Our high-modulus carbon fiber airframes are designed in-house using advanced FEA simulation, giving every platform the strength and durability real-world missions demand.
Aeroni.AI
Aeronica's secure, enterprise-grade AI platform. Powered by deep learning and Intelligent Video Analytics, it delivers real-time intelligence with unmatched performance and effortless scalability.
Proven in the field, backed by the best
DGCA Certified
Trusted where it matters most in the field. The Samrudhhi-10LH, our flagship agriculture drone, is fully type-certified by DGCA, meeting the strictest airworthiness standards in Indian aviation.
View Certifications ?Trusted Clients
Trusted by Central Railway, JSW Steel, BASF, and IOCL for high-stakes spatial campaigns. Also partnered with leading IITs for composite research.
Our Partners ?Made in India
DIPP-recognized startup. All R&D, manufacturing, and flight operations based in Pune, Maharashtra—supporting missions across 12 Indian states.
Company Profile ?Be part of India’s drone story
We’re building the future of Indian aerospace—and we need the best engineers, designers, and operators to make it happen. If you want to work on technology that actually flies, we want to hear from you.