The DARPA Disruption Opportunity (DO) DARPA-PA-24-04-03 invites innovative research proposals focused on advancing micro-mechanical oscillators for precision navigation systems, specifically for use in GPS-denied environments. The initiative, known as NIMBLE Ultrafast microSystems (NIMBUS), aims to enhance the scale-factor of micro-electromechanical systems (MEMS) by operating beyond traditional linear limits, potentially achieving velocities over 200 m/s.
Proposers are asked to tackle challenges including inefficient transducers, weak anchors, and material fatigue, with success metrics defined across two phases. Phase 1 focuses on achieving velocities over 65 m/s, while Phase 2 aims for velocities exceeding the limits of single-crystal materials. Funding for each phase is capped at $1 million, with a total maximum award of $2 million supported by government funding and potential cost share.
Proposals must include a detailed plan addressing the design, simulation, and milestones for the program, culminating in a comprehensive final report. The submission deadline is December 16, 2024, with proposals evaluated according to outlined criteria. This opportunity reflects DARPA's commitment to exploring novel technologies that enhance military operational effectiveness.
The document outlines the Schedule of Milestones and Payments for a government Request for Proposal (RFP) focused on the development of the NIMBUS microsystem platform. It details two phases of the project, including technical presentations, milestone reports, and final demonstration reports at specified intervals, from Month 1 to Month 24. Each milestone necessitates comprehensive reporting on aspects like theoretical analysis, computational simulations, material performance, and system scalability. Critical deliverables include a final report summarizing findings related to size, weight, power consumption, and design improvements. Emphasis is placed on collaboration and the necessity for all proposed personnel to actively contribute throughout the project's duration. The structured approach serves not only to uphold program metrics but also to ensure practical demonstrations of the NIMBUS technology, ultimately aiming for enhanced velocity and performance in microsystem applications. This document is indicative of the government's support for innovative technological advancements through systematic evaluation and reporting requirements.