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07. November 2025

A groundbreaking achievement in medical logistics has been reached with the development of an insulated carrier designed specifically for drone-based transport of pathology specimens. Solent Transport, Versapak International Ltd., and the University of Southampton have collaborated to earn the coveted air transport certification from the International Civil Aviation Organization (ICAO), paving the way for routine delivery of patient samples via drone within the National Health Service (NHS).
The partnership marks an exciting milestone in the integration of drones into medical supply chains. The University of Southampton’s expertise in research and development has been instrumental in designing and testing the carrier, which has successfully passed rigorous tests to meet ICAO’s Packing Instruction 650 (PI650) requirements.
For many remote or island communities, accessing timely pathology specimen transportation can be a significant challenge. The drone-based solution offers a promising answer to this problem, enabling rapid transport of sensitive samples while maintaining sample integrity. This development is part of Solent Transport’s ambitious Drones for Medical Logistics (DfML) initiative, which aims to transform the way medical supplies are delivered across the Solent region.
The significance of this achievement lies in its potential to improve patient outcomes and reduce healthcare costs. By streamlining logistics and reducing delivery times, drones can help facilitate faster diagnosis and treatment. According to Tim Forrester, FTZ Programme Manager for Solent Transport, “As the primary supplier to the NHS, Versapak International was the natural partner to help redesign and certify a carrier fit for drone delivery.” This collaboration exemplifies the power of public-private-academic partnerships in driving innovation in healthcare logistics.
The certified carrier is the result of meticulous design and testing. Versapak International Ltd.’s expertise in creating secure containers has been adapted to meet the unique requirements of drone-based transport. The carrier underwent two critical tests in accredited UK laboratories:
These tests demonstrate the carrier’s ability to withstand the rigors of drone transport, aligning with ICAO’s PI650 requirements for biological cargo.
The certified carrier will be put to the test through live drone trials across the region. These trials will assess the feasibility of integrating drone logistics into NHS supply chains, particularly outside traditional transport networks. By building upon prior work under the FTZ programme and the DfML project, these trials will help establish a comprehensive understanding of end-to-end operations, including loading, flight, landing, hand-off, and sample integrity.
The ultimate goal is to scale drone logistics in NHS supply chains, reducing delivery times and improving patient outcomes. As Tim Forrester noted, “This milestone demonstrates how public, private, and academic collaboration is driving innovation in healthcare logistics.” By embracing drone technology and regulatory advancements, the Solent region – and the NHS more broadly – is poised to become a leader in medical logistics.
As drones continue to evolve and regulatory frameworks advance, this project serves as a beacon of innovation. The certified carrier represents a tangible asset in this shift toward drone-enabled medical delivery, demonstrating the potential for speed, safety, and reliability in healthcare logistics.
With ongoing research and development, it is likely that we will see further advancements in drone technology and their application in medical supply chains. The future of healthcare logistics is unfolding, with drones playing an increasingly significant role. As this technology continues to mature, we can expect to see more innovative solutions like the certified carrier emerge, transforming the way medical supplies are delivered and improving patient outcomes across the globe.
The development of drone-based logistics has the potential to revolutionize the way medical supplies are transported, making it faster, safer, and more reliable. By leveraging cutting-edge technology and public-private-academic partnerships, healthcare organizations can improve patient outcomes and reduce costs, ultimately leading to better healthcare services for patients worldwide.