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Exploring LIDAR, Part II

Luna’s RIO Lasers developed proprietary PLANEX technology specifically to address the needs of optical sensing and meteorology where high coherence length and low noise are critical enabling specifications. In this second post of a 2-part series, we examine the performance further and examples of outcomes.

SHM of Unmanned Aerial Vehicles (UAV’s) Using Embedded High Definition Fiber Optic Sensing (HD-FOS)

Luna Innovations high definition fiber optic sensing is the ideal solution to measure strain and temperature on printed circuit board assemblies (PCBA’s)

HD-FOS helping to integrate composites into the design and validation frame work for the aerospace industry

Embedded fiber optic sensing of composite-overwrapped pressure vessels

Luna Innovations ODiSI platform with HD-FOS technology for temperature enables automotive engineers to expand the limits of design

Testing for Residual Strains in 3D Printed Components using High Definition Distributed Fiber Optic Sensing (HD-FOS)

Design Validation of Wing Morphing Using Fiber Optic Distributed Sensing

Detecting Tunnel Excavation Sites Using Rayleigh Scatter Sensing

Detecting Cracks In Steel Bridges Using Fiber Sensors

Cracking, Corrosion, and Carbon Nanotubes – Come See How We’re Working with Each! (Part 2)

Cracking, Corrosion, and Carbon Nanotubes – Come See How We’re Working with Each! (Part 1)

Fiber Sensing Helps Validate Viability of the PRSEUS Concept in General Aviation

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