美军在布利斯堡开建10栋3D打印营房

The U.S. Army has embarked on its most ambitious additive construction project to date, breaking ground on ten 3D printed barracks at Fort Bliss in El Paso, Texas. This landmark initiative, described as the Department of Defense’s largest 3D printed construction project, signals a major shift in how military infrastructure is built. Once completed, the new facilities are expected to house over 500 soldiers, providing modern and resilient living quarters.

美国陆军已启动其迄今为止最具雄力的增材建造项目，在德克萨斯州埃尔帕索的布利斯堡破土动工，建造十栋3D打印营房。这一里程碑式的举措被描述为美国国防部最大的3D打印建筑项目，标志着军事基础设施建造方式的重大转变。一旦完工，这些新设施预计将为超过500名士兵提供住所，提供现代化且坚固耐用的生活营区。

In late March 2026, Army leaders, soldiers, and community partners gathered for a ceremonial “bead laying” to mark the project’s commencement. Officials emphasized that this effort reflects a deep commitment to innovation and improving the quality of life for service members. By leveraging large-scale 3D printing, the Army aims to construct these “Life Support Areas” faster and more efficiently than traditional methods, while delivering superior housing.

2026年3月下旬，陆军领导人、士兵和社区合作伙伴齐聚一堂，举行了象征项目启动的”珠链铺设”仪式。官员们强调，这项努力体现了对创新和改善军人生活质量的坚定承诺。通过利用大规模3D打印技术，陆军旨在比传统方法更快、更高效地建造这些”生活保障区”，同时提供更优质的住房。

The construction is being carried out in partnership with Austin-based company ICON, a leader in large-scale additive manufacturing. The project utilizes ICON’s massive “Vulcan” robotic printers to deposit concrete layer by layer, forming the walls and structures of the barracks. This method offers significant advantages:

该建造项目是与总部位于奥斯汀的大型增材制造领军企业ICON公司合作进行的。项目利用ICON庞大的”火神”机器人打印机，逐层沉积混凝土，形成营房的墙壁和结构。这种方法具有显著优势：

The Army has awarded ICON a contract worth approximately $62.8 million for this groundbreaking work, moving the technology from a testing phase into a large-scale, practical deployment.

陆军已授予ICON一份价值约6280万美元的合同用于这项开创性工作，标志着该技术从测试阶段进入大规模实际部署。

This is not the Army’s first foray into 3D printed barracks at Fort Bliss. A successful pilot program in 2025 resulted in three 8,000-square-foot buildings, which served to validate the technology’s viability for military use. The new project, scaling up to ten structures, represents a decisive leap from validation to full-scale implementation. While the military has explored 3D printing for smaller structures in the past, the Fort Bliss project stands out for its sheer scale and ambition, positioning it as a flagship example of additive construction within the U.S. armed forces.

这并非陆军在布利斯堡首次涉足3D打印营房。2025年一项成功的试点项目建造了三栋面积达8000平方英尺的建筑，验证了该技术用于军事用途的可行性。这个新项目扩大到十栋结构，代表着从验证到全面实施的决定性飞跃。虽然军方过去曾探索过用于较小结构的3D打印，但布利斯堡项目因其庞大的规模和雄心而脱颖而出，使其成为美国武装部队内部增材建造的旗舰范例。

This push for innovation mirrors the constant evolution we see in the broader 3D printing world, where precision and efficiency are key—whether building a barracks or sourcing the perfect premium STL files for a detailed model.

这种对创新的推动，反映了我们在更广泛的3D打印世界中看到的持续演进，其中精确性和效率是关键——无论是建造营房，还是为精细模型寻找完美的优质STL文件。

Army officials have identified clear strategic benefits to adopting 3D printing for infrastructure. Traditional barracks projects are often plagued by lengthy timelines and high costs, sometimes without fully meeting soldiers’ needs. The additive approach directly addresses these challenges:

陆军官员已经明确了采用3D打印技术建设基础设施的清晰战略优势。传统的营房项目常常受到工期漫长和成本高昂的困扰，有时还不能完全满足士兵的需求。增材建造方法直接应对了这些挑战：

This project is more than just building barracks; it’s a foundational step toward reimagining military construction and logistics. The lessons learned here could eventually influence broader infrastructure projects, both within the government and in the commercial sector. For creators and engineers inspired by such large-scale applications, exploring advanced 3D printing models can be the first step in understanding the principles behind this transformative technology.

这个项目不仅仅是建造营房；它是朝着重新构想军…

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