ISS Aerospace, a UK-based SME, has developed a groundbreaking 600kg heavy-lift unmanned aerial system (UAS) capable of carrying 250kg payloads, thanks to funding from the Defence and Security Accelerator’s Defence Technology Exploitation Programme.
This innovation promises to revolutionize military logistics by enhancing supply chain efficiency and reducing operational costs.
Revolutionizing Military Logistics
The development of this heavy-lift UAS marks a significant advancement in military logistics, particularly for ship-to-shore operations.
By autonomously loading cargo without human intervention, the drone drastically speeds up logistics processes.
This capability is crucial for naval supply chains where quick and efficient delivery of supplies can enhance mission readiness and reduce reliance on costly helicopters or manual labor.
Technological Innovations
- The UAS features a unique hybrid turbine generator that uses aviation fuel instead of batteries, allowing longer flight times.
- It can autonomously load cargo by landing on pallets and securing them without human intervention.
- The system is designed to keep flying even if all turbines or batteries fail, demonstrating exceptional resilience.
Effects on UK Defence Sector
This project highlights the UK government’s commitment to fostering innovation within the defence sector.
The £500,000 funding from DTEP was instrumental in enabling ISS Aerospace to achieve technological breakthroughs that would have been otherwise unaffordable for a small company.
This support not only aids in advancing military capabilities but also contributes to job growth within the UK aerospace industry.
Industry Perspectives
Ryan Kempley, CEO of ISS Aerospace, emphasized the uniqueness of their heavy-lift UAS and its hybrid turbine power system. He noted that such innovations are crucial for maintaining reliability and resilience in flight operations.
Kempley also highlighted the importance of government support through DTEP funding, which made this project feasible for their small company.
“The innovation is three-pronged. First, it is a super heavy-lift UAS, which itself is quite unique.
Second, we’ve brought across our heritage of super reliable, super safe systems.
Third, and the main reason DTEP funded this project was because of our unique turbine power plant that powers the system”.
He also went on to say:
“If we charge the battery too fast, problems happen. If we deplete the battery too fast, problems happen. But we came out with something that essentially means if all the turbines die, we still keep flying.
If the battery dies and the turbines are running, we still keep flying. If one or two turbines die, we still keep flying. It’s very robust in terms of resilience.”
Civilian Applications and Future Prospects
The hybrid turbine generator’s design could inspire similar solutions in civilian sectors such as emergency services or remote logistics.
By reducing costs and weight while ensuring robust performance even under failure conditions, this technology holds potential beyond military use.
As ISS Aerospace continues to innovate, there are plans to extend flight times further with new supporting turbines.
Additional Reading
A Parting Shot
This innovative project by ISS Aerospace exemplifies how government support can drive technological advancements within SMEs.
By enhancing military logistics efficiency and offering potential civilian applications, this development underscores the importance of continued investment in defence innovation for national security and economic growth.
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Sources: UK Government, Army Technology, Defence and Security Accelerator, and ISS Aerospace.
Prepared by Ivan Alexander Golden, Founder of THX News™, an independent news organization delivering timely insights from global official sources. Combines AI-analyzed research with human-edited accuracy and context.
