SBIR/STTR PHASE II R&D-COMPACT EFFICIENT LADAR FOR TARGET DETECTION AND RANGING

DEFINITIVE CONTRACT won by BEYOND PHOTONICS, LLC · work in BOULDER, CO
$1,497,936
RecipientBEYOND PHOTONICS, LLC UEI ZG3HJG8D1924
Award IDHQ086021C7101
Award amount$1,497,936
Award typeDEFINITIVE CONTRACT
Awarding agencyDepartment of Defense — Missile Defense Agency
NAICS541715 — RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES (EXCEPT NANOTECHNOLOGY AND BIOTECHNOLOGY)
PSCAC23
Set-asideSmall business
Start dateMar 4, 2021
End dateMar 1, 2023
Place of performanceBOULDER, CO
Record updatedApr 22, 2025

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IGF::OT::IGF THE ADVANCED COHERENT DETECTION WIND SPACE PATHFINDER (WIND SP) LIDAR DIRECTLY ADVANCES THE OVERALL TECHNOLOGY MATURATION AND READINESS OF COHERENT DETECTION WIND MEASUREMENTS TOWARDS THE 3D GLOBAL WIND SPACE MISSION. IT REPRESENTS A MAJOR NEXT STEP THAT WILL RESULT IN A NEW INSTRUMENT THAT MATCHES FORM, FIT, AND FUNCTION OF THE LIDAR SUBSYSTEM WITH A SPACEREADY INSTRUMENT WHILE RETAINING APPROPRIATE ALIGNMENT ACCESSIBILITY. THE PRIMARY OBJECTIVE OF THE WIND SPACE PATHFINDER ACTIVITY IS TO DESIGN, DEVELOP, AND DEMONSTRATE A NEXT GENERATION COHERENT DETECTION WIND LIDAR THAT REPRESENTS A MAJOR STEP TOWARDS THE ULTIMATE WIND SPACE MISSION.
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IN THIS PHASE II EFFORT WE PROPOSE TO ADVANCE THE DEVELOPMENT OF AUTONOMOUS ALIGNMENT TECHNOLOGY ALLOWING IMPROVED PERFORMANCE AND RELIABILITY FROM COHERENT LIDAR SYSTEMS AND DEMONSTRATE THE TECHNOLOGIES IN A WORKING COHERENT LIDAR SYSTEM. EYE-SAFE COHERENT LIDAR TECHNOLOGY HOLDS GREAT PROMISE OF MEETING NASA'S DEMANDING REMOTE 3D SPACE WINDS GOAL NEAR TERM. HIGHLY AUTONOMOUS, LONG-RANGE COHERENT LIDAR SYSTEMS MAY HOWEVER SUFFER SIGNIFICANT SIGNAL LOSS DUE TO ENVIRONMENT-INDUCED COMPONENT MISALIGNMENT, AS WELL AS VARYING RECEIVER LAG-ANGLE ALIGNMENT ERRORS IN SPACE-BASED PLATFORM APPLICATIONS. ALTHOUGH SUCH SYSTEMS CAN BE ENGINEERED WITH THE REQUIRED ALIGNMENT STABILITY, THE OVERALL SIZE, MASS, AND COST TO PRODUCE COHERENT LIDAR SYSTEMS WILL BENEFIT FROM INCORPORATING TECHNOLOGY INTO THE DESIGN THAT ALLOWS ALIGNMENT TO BE OPTIMIZED AUTOMATICALLY WHILE THE SYSTEM IS IN THE FIELD. AUTONOMOUS SPACE- AND AIR-BORNE LIDAR SYSTEMS WILL ESPECIALLY BENEFIT, WHERE MAINTAINING PEAK PERFORMANCE IS CRITICAL WITHOUT REGULAR HUMAN INTERVENTION. AUTO-ALIGNMENT TECHNOLOGIES WILL RESULT IN LOWER-COST LIDAR SENSORS WITH GREATER AUTONOMY AND LESS-EXOTIC OPTO-MECHANICS, SPURRING STRONG COMMERCIAL POTENTIAL DUE TO THE RAPID INTRODUCTION OF LIDAR SYSTEMS INTO THE COMMERCIAL MARKETPLACE FOR VARIOUS APPLICATIONS. THE TECHNOLOGY AIMED AT MAINTAINING LASER AND LIDAR ALIGNMENT ALSO HAS POTENTIAL TO CORRECT FOR RECEIVER LAG ANGLE IN FAST-SCANNING LONG-RANGE LIDAR SYSTEMS, WHICH WILL FACILITATE FASTER SCAN RATES, LARGER APERTURES, AND GREATER AREA COVERAGE RATE CAPABILITY. BEYOND PHOTONICS HAS A STRONG INTEREST IN SOLVING THESE TECHNOLOGICAL PROBLEMS FOR RELEVANT GROUND-BASED, AIRBORNE, AND SPACE-BASED UNATTENDED LIDAR SYSTEMS. THIS PHASE II EFFORT WILL FURTHER MATURE AUTO-ALIGNMENT DESIGNS EXHIBITING A HIGH LEVEL OF SYNERGY BETWEEN NASA'S AND OTHER COMMERCIAL VENDORS REQUIREMENTS FOR LASER AUTO-ALIGNMENT, TRANSMIT/RECEIVE TRANSCEIVER AUTO-ALIGNMENT, AND RECEIVER LAG ANGLE COMPENSATION.
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