Advanced Precision Design of Origami Inspired Deployable Metaoptic LiDAR Aperture

This proposal aims to advance the Foldable Origami-Inspired LiDAR (FOIL) Aperture, a lightweight, deployable optical system designed for high-precision space-based remote sensing and Earth observation missions. The FOIL aperture leverages wafer based meta-optic technology to replace traditional, bulky optical systems, significantly reducing size, weight, and cost while maintaining high optical performance. The proposed Phase II effort will focus on maturing the technology from TRL 3 to TRL 5, validating key engineering aspects such as precision deployment kinematics, hinge reliability, structural stiffness, and optical alignment stability. A critical component of this work involves gravity offload deployment testing and mirror-based optical surrogate evaluations to measure panel alignment distortions. The funding will support design optimization, full-scale prototype fabrication, and deployment testing to ensure readiness for space qualification testing

The Foldable Origami-Inspired LiDAR (FOIL) Aperture directly supports NASA’s mission directives by enabling compact, lightweight, and high-precision optical systems for space-based remote sensing, planetary exploration, and Earth observation. The FOIL aperture enhances LiDAR capabilities for missions requiring deployable optics in small satellite platforms, addressing NASA’s need for high-performance sensing solutions with reduced size, weight, and power (SWaP) requirements. This technology aligns with NASA’s goals in: Earth Science & Climate Monitoring – Enhancing LiDAR-based topographic mapping, vegetation analysis, and atmospheric sensing. Planetary Science & Exploration – Supporting terrain mapping for lunar, Martian, and deep-space exploration missions. Space Technology & SmallSat Deployments – Advancing scalable, deployable apertures compatible with SmallSats for affordable, high-resolution LiDAR imaging. Beyond NASA missions, the Foldable Origami-Inspired LiDAR (FOIL) Aperture has significant commercial and defense applications where compact, lightweight, and high-precision optical systems are critical. FOIL offers a scalable and cost-effective alternative to traditional optical systems, making it highly attractive for multiple industries. Commercial & Defense Markets: Earth Observation & Remote Sensing: Commercial satellite operators (e.g., Planet, Maxar, ICEYE, BlackSky) can integrate FOIL into next-generation imaging satellites for high-resolution terrain mapping, agriculture monitoring, and infrastructure assessment. Autonomous Vehicles & Aerial LiDAR: fully rigid variations would be suitable for drones and UAVs, improving mapping, navigation, and environmental sensing. Defense & Intelligence: The DoD and agencies like the National Reconnaissance Office (NRO) and Space Force can deploy FOIL-based LiDAR systems for covert surveillance, target tracking, and reconnaissance, particularly in low-power, rapidly deployable platforms. Optical Communications – Modified Apertures for Free-Space Laser Links: The FOIL architecture can be adapted for optical communication systems, enabling high-bandwidth free-space laser communications between satellites, aircraft, and ground stations. Modified versions of the FOIL aperture could be used to: Enhance satellite-to-satellite laser communications, improving data transfer rates for commercial and defense networks. Enable optical downlinks for Earth observation satellites, providing higher data throughput compared to RF systems. Support deep-space optical communications, allowing for high-speed data relay between planetary probes and Earth. In summary, FOIL has strong commercialization potential in Earth imaging, defense intelligence, autonomous navigation, optical communications, and environmental monitoring, positioning it as a breakthrough in deployable optical sensing technology.

This is a mature technology (TRL 7+) — the realistic path in is usually NASA's Technology Transfer Program: licensing an existing NASA patent, or a Space Act Agreement to use NASA facilities/expertise directly. NASA also runs a startup licensing program with no upfront fee for companies formed to commercialize a specific NASA technology.

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