Zero-Retrofit Robotic Ammunition Handling for the MK 45 Mod 4, 5-Inch Gun Magazine
U.S. Department of Defense – Navy (SBIR)
See all 29 calls from U.S. Department of Defense – Navy →- Funder
- U.S. Department of Defense – Navy (SBIR)
- Award amount
- Not specified
- Deadline
- January 6, 2027
- Eligible countries
- United States
Summary
SBIR topic DON27BZ02-NV024 (U.S. Department of Defense – Navy), Phase I and II. Open to U.S. small businesses. Opens: December 2, 2026. Closes: January 6, 2027. The tight confines of a DDG 51 5-Inch ammunition magazine present a difficult challenge for automation. Traditional robotic arms require fixed mounting and large clearance envelopes, requiring complete compartment redesigns. To avoid extensive shipyard work, the robotic prototype must adapt to the ship. The prototype must navigate narrow aisles, step over "knee-knocker" coamings, and load ammunition into the existing hoists and stowage racks alongside or in place of human sailors. The robotic prototype must execute capture and lift of 70-pound projectiles and their propelling charges, change their orientations while captured (i.e., pivot), move ammunition between stowage racks and hoists, and safely place the projectiles into the stowage racks and hoists in the proper orientation. Furthermore, the prototype must keep kinematic stability in high sea states (up to Sea State 5) while being able to continue to complete its tasking. The prototype must be resilient to electromagnetic interference (EMI)/electromagnetic pulse (EMP), and have a power supply architecture that enables sustained fire missions without the need for recharge or obstructive cables, and ability to rapidly swap power supplies without substantial downtime. KEY PARAMETERS FOR ZERO-RETORFIT INTEGRATION: • Payload Capacity: Continuous capability to lift, pivot, and load 70-pound projectiles and associated propelling charges. System must meet a minimum Threshold of 6 rounds per minute, with an Objective of 12 rounds per minute. • Form Factor: Must fit within standard 24-inch shipboard aisles and maneuver in confined magazine spaces. • Locomotion: Able to traverse standard deck plating, step over 6-inch coamings, and brace against ship motion. • Stability: Maintain balance and load control up to and during Sea State 5 conditions (significant…
Summary as listed by the funder. Always read the full announcement for eligibility, limits and how to apply.
Read the full announcement →See how this call matches your research
Build a free research profile and Lantern Grants scores every open call against your work, tracks your deadlines and reminds you before they pass.
Get matched free