Time Technoplast Completes Successful Trials of India's First Hydrogen-Powered Drone
Time Technoplast has successfully completed trials of India's first hydrogen-powered drone integrated with Type-III composite cylinders and fuel-cell systems, meeting all performance parameters. The technology offers 3-5x longer flight endurance compared to battery systems with rapid refueling capabilities, positioning the company to capture opportunities in the global drone market projected to reach USD 70 billion by 2033.

*this image is generated using AI for illustrative purposes only.
Time Technoplast has officially announced the successful completion of trials for India's first hydrogen-powered drone, integrated with Type-III fully wrapped composite hydrogen cylinders and hydrogen fuel-cell systems. The company made this announcement on December 22, 2025, through a regulatory filing, marking a significant technological and commercial milestone in clean aviation technology.
Official Trial Completion and Validation
The hydrogen-powered drone has successfully completed initial performance trials and validation tests, meeting all targeted endurance, payload, and operational parameters. This represents the first successful integration in India of composite hydrogen cylinders made in India with fuel-cell-powered unmanned aerial platforms.
| Trial Achievement | Details |
|---|---|
| Technology Integration | Type-III composite cylinders with fuel cells |
| Performance Status | All targets met for endurance and payload |
| Validation Scope | Initial performance trials completed |
| Commercial Readiness | Foundation established for deployment |
Technological Advantages Over Battery Systems
The hydrogen-powered drone technology delivers compelling operational advantages over battery-based systems. These include 3-5 times longer flight endurance, rapid refueling capabilities within minutes, higher payload capacity, consistent power output, lower lifecycle operating costs, and zero-emission operation.
| Performance Comparison | Hydrogen vs Battery Drones |
|---|---|
| Flight Endurance | 3-5x longer than battery systems |
| Refueling Time | Minutes vs hours for charging |
| Payload Capacity | Higher weight carrying capability |
| Environmental Impact | Zero-emission operation |
| Operating Costs | Lower lifecycle expenses |
Market Opportunities and Commercial Implications
The successful trials materially expand the company's addressable market within the rapidly growing global drone ecosystem. With the global drone market estimated at USD 30.00 billion currently and projected to reach USD 70.00 billion by 2033, demand is accelerating for high-performance, long-endurance, and sustainable propulsion solutions.
Hydrogen-powered drones are expected to see increasing adoption across agriculture, surveillance, defence, logistics, emergency response, infrastructure inspection, and environmental monitoring applications. This initiative aligns with the Government of India's Green Hydrogen Mission and the Make-in-India vision.
Strategic Foundation and Future Outlook
This development follows Time Technoplast becoming the first Indian manufacturer to receive Petroleum and Explosives Safety Organization (PESO) approval for Type-III hydrogen composite cylinders. The project has been executed and validated within the committed timeline, reinforcing the company's ability to translate advanced clean-energy technologies into deployable solutions.
The successful demonstration establishes Time Technoplast as a pioneer in India's emerging hydrogen economy and positions the company at the forefront of next-generation clean-energy aviation platforms, unlocking a high-growth applications segment for composite hydrogen storage solutions.
Historical Stock Returns for Time Technoplast
| 1 Day | 5 Days | 1 Month | 6 Months | 1 Year | 5 Years |
|---|---|---|---|---|---|
| +0.59% | -0.10% | -6.50% | -18.17% | -23.90% | +689.19% |















































