PACMAR TECHNOLOGIES LLC

EXERCISE THE OPTION AND FULLY FUND CLINS 0005-0007 FOR $246,468.00 PR # 1301194694-0001.

THIS CONTRACT TO DEVELOP AUTONOMOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM) WILL ADVANCE THE TECHNOLOGY MATURITY FOR UNMANNED AMPHIBIOUS SURFACE CONNECTORS / SYSTEMS.

KICKOFF BRIEFING

KICKOFF BRIEFING

LAUNCH AND REFUELING AUTONOMOUS SMALL CRAFT IN THE LITTORALS (L RASCL)

MODIFICATION TO EXERCISE THE OPTION ON CLIN 0003 FOR SBIR PHASE I TOPIC #N241-023

SMALL BUSINESS INNOVATION RESEARCH (SBIR), PHASE II, TOPIC A234-P010, XTECHSBIR PACIFIC FINALIST OPEN TOPIC COMPETITION. PHASE I CONTRACT: W51701-24-C-0100

251-33-FY25-IF-UNMANNED SURFACE VESSEL FOR MOBILITY ENHANCEMENT (USVME)

MODIFICATION TO EXERCISE THE OPTION ON CLIN 0003 FOR SBIR PHASE II TOPIC #: N211-032.

SMALL BUSINESS INNOVATION RESEARCH (SBIR) PHASE II TOPIC: A244-P019, OPEN TOPIC FOR PERSISTENT EXPERIMENTATION.

RESEARCH AND DEVELOPMENT

KICK-OFF BRIEFING MATERIALS & FWA CERT.

IGF CT IGF

BLIMPS

DE-OBLIGATION MOD.

KICKOFF BRIEFING

DARPA RESEARCH PROJECT

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BASE

TECHNOLOGIES TO SUSTAIN EXPEDITIONARY ADVANCED BASE OPERATIONS (EABO) IN AUSTERE AND REMOTE ENVIRONMENTS ARE CRITICAL GAPS IN U.S. MARINE CORPS EXPEDITIONARY LOGISTICS. AUTONOMOUS/UNMANNED SUPPORT AND RESUPPLY CAPABILITIES ARE A KEY FOCUS AREA FOR DE

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

DARPA RESEARCH PROJECT

IDENTIFY OPPORTUNITIES IN CURRENT OPERATING FLEET AND OPERATIONAL METHODS WHERE ASYMMETRIC CONCEPTS CAN BE EVALUATED FOR FURTHER DEVELOPMENT.

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

DARPA RESEARCH PROJECT

PAC-MINIMUM GUARANTEE

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

SMALL BUSINESS INNOVATION RESEARCH PHASE I, TOPIC A234-P010: AMPHIBIOUS PLATFORM FOR MISSILE LAUNCH.

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

TECHNOLOGIES TO SUSTAIN EXPEDITIONARY ADVANCED BASE OPERATIONS (EABO) IN AUSTERE AND REMOTE ENVIRONMENTS ARE CRITICAL GAPS IN U.S. MARINE CORPS EXPEDITIONARY LOGISTICS. AUTONOMOUS/UNMANNED SUPPORT AND RESUPPLY CAPABILITIES ARE A KEY FOCUS AREA FOR DE

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

MANTA RAY - PHASE 2

MANTA RAY PHASE 2 - DEVELOPMENT OF A NEW CLASS OF LONG DURATION AUTONOMOUS UNDERSEA VEHICLES CAPABLE OF TRANSPORTING AND DEPLOYING LARGE PAYLOADS OVER LONG DISTANCES WITHOUT THE NEED FOR MAINTENANCE OR REFUELING.

MANTA RAY PHASE 2 - DEVELOPMENT OF A NEW CLASS OF LONG DURATION AUTONOMOUS UNDERSEA VEHICLES CAPABLE OF TRANSPORTING AND DEPLOYING LARGE PAYLOADS OVER LONG DISTANCES WITHOUT THE NEED FOR MAINTENANCE OR REFUELING.

SBIR PHASE I

MANTA RAY PHASE 2 - DEVELOPMENT OF A NEW CLASS OF LONG DURATION AUTONOMOUS UNDERSEA VEHICLES CAPABLE OF TRANSPORTING AND DEPLOYING LARGE PAYLOADS OVER LONG DISTANCES WITHOUT THE NEED FOR MAINTENANCE OR REFUELING.

RESEARCH AND DEVELOPMENT

THE PURPOSE OF THIS MODIFICATION IS TO EXTEND THE PERIOD OF PERFORMANCE FOR CLIN 0003 UNTIL FEBRUARY 28, 2022 AT NO ADDITIONAL COST TO THE GOVERNMENT.

MANTA RAY PHASE 2 - DEVELOPMENT OF A NEW CLASS OF LONG DURATION AUTONOMOUS UNDERSEA VEHICLES CAPABLE OF TRANSPORTING AND DEPLOYING LARGE PAYLOADS OVER LONG DISTANCES WITHOUT THE NEED FOR MAINTENANCE OR REFUELING.

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

TECHNOLOGIES TO SUSTAIN EXPEDITIONARY ADVANCED BASE OPERATIONS (EABO) IN AUSTERE AND REMOTE ENVIRONMENTS ARE CRITICAL GAPS IN U.S. MARINE CORPS EXPEDITIONARY LOGISTICS. AUTONOMOUS/UNMANNED SUPPORT AND RESUPPLY CAPABILITIES ARE A KEY FOCUS AREA FOR DE

IDENTIFY OPPORTUNITIES IN CURRENT OPERATING FLEET AND OPERATIONAL METHODS WHERE ASYMMETRIC CONCEPTS CAN BE EVALUATED FOR FURTHER DEVELOPMENT.

IDENTIFY OPPORTUNITIES IN CURRENT OPERATING FLEET AND OPERATIONAL METHODS WHERE ASYMMETRIC CONCEPTS CAN BE EVALUATED FOR FURTHER DEVELOPMENT.

MANTA RAY PHASE 2 - DEVELOPMENT OF A NEW CLASS OF LONG DURATION AUTONOMOUS UNDERSEA VEHICLES CAPABLE OF TRANSPORTING AND DEPLOYING LARGE PAYLOADS OVER LONG DISTANCES WITHOUT THE NEED FOR MAINTENANCE OR REFUELING.

TECHNOLOGIES TO SUSTAIN EXPEDITIONARY ADVANCED BASE OPERATIONS (EABO) IN AUSTERE AND REMOTE ENVIRONMENTS ARE CRITICAL GAPS IN U.S. MARINE CORPS EXPEDITIONARY LOGISTICS. AUTONOMOUS/UNMANNED SUPPORT AND RESUPPLY CAPABILITIES ARE A KEY FOCUS AREA FOR DE

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

EXERCISE THE OPTION AND FULLY FUND CLIN 0003 AND RELATED DATA CLIN 0004 FOR $499,160.00. PR # 1301052031-0001.

DEVELOPMENT OF AN AMPHIBIOUS VEHICLES FOR UNMANNED SURFACE MOBILITY (AVUSM)

TECHNOLOGIES TO SUSTAIN EXPEDITIONARY ADVANCED BASE OPERATIONS (EABO) IN AUSTERE AND REMOTE ENVIRONMENTS ARE CRITICAL GAPS IN U.S. MARINE CORPS EXPEDITIONARY LOGISTICS. AUTONOMOUS/UNMANNED SUPPORT AND RESUPPLY CAPABILITIES ARE A KEY FOCUS AREA FOR DE

MANTA RAY PHASE 2 - DEVELOPMENT OF A NEW CLASS OF LONG DURATION AUTONOMOUS UNDERSEA VEHICLES CAPABLE OF TRANSPORTING AND DEPLOYING LARGE PAYLOADS OVER LONG DISTANCES WITHOUT THE NEED FOR MAINTENANCE OR REFUELING.