Founder, CEO & CTO of Agam Robotics
Indian IDDM
Indian IDDM designs, develops, and manufactures drone components in India, including flight controllers with locally produced PCBs and chassis plastics. The company supplies ready‑to‑order parts and provides reference schematics on request, supporting open‑source development for organizations and individuals. By focusing on domestic production, Indian IDDM aims to offer affordable, locally sourced hardware for the global drone market.
- Hardware
- Robotics
Updated 4 months ago
Funding
Funding rounds are not available yet.
Founders
Product
Problem
Drone developers in India face limited access to locally manufactured, repairable hardware components, often relying on imported parts that increase cost, lead times, and waste. The lack of open‑source schematics further hampers customization and community-driven innovation.
Solution
Indian IDDM designs, develops, and manufactures drone components—including flight controllers with locally produced PCBs and chassis plastics—to provide a domestically sourced hardware ecosystem. By offering reference schematics on request, the company enables engineers and hobbyists to modify, repair, and extend the hardware for their specific UAV applications. The “Make‑In‑India” approach reduces dependence on foreign supply chains, lowers procurement costs, and supports a sustainable, open‑source drone community. Products are built for durability and ease of repair, aligning with the company’s focus on accessibility and environmental responsibility.
Target Audience
Primary customers are Indian drone manufacturers, hobbyist builders, and research teams seeking locally produced, customizable, and repairable hardware for UAV projects.
Features
- Flight controllers with fully indigenously manufactured PCBs and assembled in India
- Chassis and structural parts produced from locally sourced plastics for robust, repairable designs
- Open‑source reference schematics provided on a case‑by‑case basis to facilitate customization and community contributions
- Emphasis on durability and modularity to extend product lifespan and reduce electronic waste
- Compatibility with standard UAV platforms and open‑source software stacks