AoI Advanced Cannon Technology

Federal Agency: U.S. Army Combat Capabilities Development Command (DEVCOM-AC), Benet Labs Contracting Office: Army Contracting Command-Watervliet Arsenal (ACC-WVA) Area of Interest (AoI) Title: Advanced Cannon Technology CSO AoI Number: W911PT26SC001-A001
AoI Release Date: 16 April 2026
Responses: See W911PT26SC001 for Procedure Details

General Information

Introduction

This announcement is for an Advanced Cannon Technology (ACT)/Area of Interest (AoI) under the ACC-WVA Commercial Solutions Opening (CSO) W911PT26SC001. Interested parties are highly encouraged to visit the Government Point of Entry (www.sam.gov) to review the ACC-WVA special posting in its entirety to obtain more information on the process for submission and evaluation of the CSO AoI Responses.

This CSO AoI seeks to solicit solutions that meet the objectives detailed in Section 1.2 and 1.3 below. The authority to issue this CSO AoI is derived from ACC-WVA Commercial Solutions Opening W911PT26CS001 dated 16 April 2026. The CSO authority is per Section 1823 of the National Defense Authorization Act for Fiscal Year 2026, which amended Section 3458 of Title 10, as codified by Public Law 119-60.

AoI Background

U.S. Army Combat Capabilities Development Command (DEVCOM) is seeking ACTs for manufacturing technologies in order to eliminate the generation of hexavalent chromium, decrease life cycle costs, and increase readiness.

Advanced Cannon Technology

DEVCOM is interested in advanced manufacturing methods to compliment or replace the existing technologies and associated manufacturing processes for large caliber cannon production. The use of novel, environmentally friendly, and carcinogenic free technologies is encouraged. Applications of these technologies should be proven and scalable for mass manufacturing. Suggested methodologies are noted below:

Enhanced manufacturing methods related to lathe and mill work, cutting/sawing and honing and grinding. New technologies shall be environmentally friendly and applicable across a variety of materials (high strength low alloy steels, ultra-high steel steels, superalloys, composites and polymers). Additive manufacturing applications. The process of adding material to an existing structure for the purpose of rebuilding worn or damaged areas or adding engineered performance materials to provide corrosion protection or enhanced wear protection. Process monitoring applications. Processes that allow for improved monitoring of new and existing manufacturing technology that would enhance large caliber cannon production.