U.K  

During NATO's Exercise Steadfast Defender, the British Army employs 3D printing technology to swiftly produce spare parts for vehicles and equipment, marking a pioneering use within NATO exercises. Spearheaded by Spee3d, these printers streamline supply chain operations, reducing costs and enhancing frontline readiness.

In a groundbreaking move, the British Army has incorporated 3D printing technology into its operations during NATO’s Exercise Steadfast Defender in Sennelager, Germany. This marks the first-ever use of such technology by any armed force within a NATO exercise.

The cold metal printers, crafted by Spee3d, have revolutionized the process of producing spare parts and modifications for field vehicles and equipment. Unlike traditional methods that rely on manual craftsmanship, these printers can fabricate batches of mechanical parts within a matter of hours.

This initiative falls under Project Brokkr, which aims to address the demand for spare parts in the field while cutting down on expensive shipping and repair costs. By harnessing printing technologies, the army hopes to streamline supply chain operations and enhance readiness on the frontlines.

During Exercise Steadfast Defender, the printers are being put through their paces, demonstrating their ability to swiftly produce critical components for tanks, vehicles, and artillery systems. The UK’s 9 Battalion Royal Electrical & Mechanical Engineers are overseeing the utilization of these printers, showcasing their potential for real-world applications.

Spee3d’s 3D printers have garnered attention for their effectiveness in enhancing supply chain operations across various military contexts. Notably, the company provided seven WarpSPEE3D printers to Ukraine last year, aiding in the production of repair parts for military equipment. Additionally, Spee3d collaborated with the Australian Army in 2020, deploying tactical printers in remote bushland areas for Exercise Koolendong.

By embracing cutting-edge technologies like 3D printing, the British Army is paving the way for more efficient and cost-effective maintenance practices. As trials progress, the feasibility of integrating these printers into frontline operations becomes increasingly evident, promising a transformative shift in military logistics.