USD R&E UAS Payload Container System
Challenge ended
Description
OUSD(R&E) is seeking a low-cost, additive manufactured or 3D-printed, drone-agnostic payload container system. This system should be configurable and deployable as a modular munition when integrated with customer-supplied energetic materials. It is intended for use with aerial drones, should be intuitive to use, easy to deploy, support multiple energetic materials, and be configured to transport and store without limitations. The electronics configuration should allow for aerial burst or impact detonation, providing flexibility in both target acquisition and prosecution. Multiple fragmentation sleeves should be configurable and/or removable to adapt to specific mission sets, including urban environments and trench warfare. The system should have expanded capabilities for multiple use such as demining and non-lethal applications.
Overall Objective
Develop a low-cost, configurable, and deployable modular munition system that is drone-agnostic and can be integrated with customer-supplied energetic materials for various operational scenarios.
Problem Statement
There is a current shortage of munitions in the US inventory, specifically in Unmanned Aerial Systems (UAS). We need a low-cost solution to help fulfill this gap. The solution needs to be modular and dual-use, easy to produce, and safe for the warfighter. This deficiency in munitions planning affects America’s warfighting capability, endangering its ability to utilize UAS for future conflicts. The US must strengthen its ammunition production capabilities to counter potential adversaries who have increased their production and control over critical components like nitrocellulose. Addressing this shortage is vital for maintaining military readiness and ensuring the effectiveness of UAS in various operational scenarios.