Brussels Airport Tests Ultra-Cold Logistics for Precision Medical Therapies
Brussels Airport Tests Ultra-Cold Logistics for Precision Medical Therapies
Brussels Airport Tests Ultra-Cold Logistics for Precision Medical Therapies
A new logistics project is testing how to safely transport highly sensitive medical materials across the Atlantic. Since November 2025, Brussels Airport has been sending cell and blood samples to the Dallas Cowboys' BioLabs Pegasus Park as part of the Precision Therapy Logistics Gateway (PTLG) initiative. The goal is to create a reliable system for moving precision therapies under strict temperature and time controls.
The first test shipments began on November 10, 2025, with representative cell and blood samples flown from Brussels to the Dallas Cowboys' BioLabs Pegasus Park. By February 2, 2026, three additional consignments had been successfully transported. Each shipment undergoes customs clearance and temperature-controlled storage upon arrival in Brussels before being loaded into refrigerated containers for the flight.
In Dallas, the samples are taken to laboratory facilities at the Dallas Cowboys' BioLabs Pegasus Park for inspection. They are then returned to Belgium for further analysis. The project has already identified key challenges, including maintaining ultra-low temperatures of -196°C using liquid nitrogen, complying with EU export rules for biological materials, and avoiding delays caused by winter weather on transatlantic routes.
Brussels Airport, known for its expertise in handling time- and temperature-sensitive pharmaceuticals, is leading the coordination. The PTLG project aims to spot weaknesses in current logistics processes and upgrade air cargo systems to handle these shipments at scale. A total of 50 test shipments are planned as part of the development phase.
The successful transport of these samples marks an early step toward a globally recognised logistics framework for precision therapies. Results from the project are expected in the first half of 2026, with the aim of establishing the first standardised international protocol for air transport of such sensitive medical materials.