Source record

SPEE3D EMU (Expeditionary Manufacturing Unit)

Method: Programme analysis

Validation of the expeditionary metal AM system in extreme heat and sub-zero cold, including Australian Army field trials. It establishes hardware robustness in temperature extremes, though not a feedstock management protocol for those conditions.

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment: Supply Chain Security, Material Selection, Storage, and Resupply Doctrine for Forward-Deployed AM Operations

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment: Supply Chain Security, Material Selection, Storage, and Resupply Doctrine for Forward-Deployed AM Operations

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment: Supply Chain Security, Material Selection, Storage, and Resupply Doctrine for Forward-Deployed AM Operations

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force

State Traffic Records Integration for National Safety Performance Management

Managing Feedstocks for Additive Manufacturing in a Tactical Environment: Supply Chain Security, Material Selection, Storage, and Resupply Doctrine for Forward-Deployed AM Operations

Armor in the Drone Age: Integrating C-UAS Training Into Combined Arms Doctrine, Formation Design, and Crew Standards for the Armored Force