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Active opportunities open for bidding
Space Systems Command
The Space Systems Command (SSC) S6 division of the United States Space Force is conducting market research via a pre-solicitation RFI and virtual Industry Day to gather industry feedback on Artificial Intelligence and Machine Learning (AI/ML) capabilities for space, acquisition, and enterprise operations. The Industry Day is scheduled for February 24, 2026, via Microsoft Teams, and interested industry representatives are instructed to register or contact the SSC S6 email for participation. This notice is a market-research pre-solicitation intended to inform future formal solicitations and is not a binding solicitation or grant.
Posted Date
Feb 20, 2026
Due Date
Feb 24, 2026
Release: Feb 20, 2026
Space Systems Command
Close: Feb 24, 2026
The Space Systems Command (SSC) S6 division of the United States Space Force is conducting market research via a pre-solicitation RFI and virtual Industry Day to gather industry feedback on Artificial Intelligence and Machine Learning (AI/ML) capabilities for space, acquisition, and enterprise operations. The Industry Day is scheduled for February 24, 2026, via Microsoft Teams, and interested industry representatives are instructed to register or contact the SSC S6 email for participation. This notice is a market-research pre-solicitation intended to inform future formal solicitations and is not a binding solicitation or grant.
Space Systems Command
A unique summer space education and training program for military cadets hosted at the air force academy. The program includes academics, industry and military visits, neutral buoyancy, microgravity, and rocket building. Cadets experience the effects of lunar, Martian, and microgravity by flying on a modified aircraft and performing demonstrations and research experiments in simulated space environments.
Posted Date
Feb 20, 2026
Due Date
Mar 18, 2026
Release: Feb 20, 2026
Space Systems Command
Close: Mar 18, 2026
A unique summer space education and training program for military cadets hosted at the air force academy. The program includes academics, industry and military visits, neutral buoyancy, microgravity, and rocket building. Cadets experience the effects of lunar, Martian, and microgravity by flying on a modified aircraft and performing demonstrations and research experiments in simulated space environments.
AvailableSpace Systems Command
Required Engine & Component Specifications: 1. Outboard Engine | Horsepower: 250 HP; Shaft Length: 25-inch; Type: Four-Stroke; Condition: New, current model year from a reputable manufacturer. 2. Engine Rigging Must include new digital throttle and shift (DTS) or equivalent electronic controls, control box, key switch, main wiring harness, and all necessary cabling. 3. Instrumentation | New multi-function digital gauge(s) compatible with the engine, displaying RPM, speed, fuel level, engine hours, trim, and all critical engine diagnostics and alerts. 4. Propeller A new stainless-steel propeller, sized appropriately for the vessel and engine combination to achieve optimal performance. The contractor shall recommend the final pitch and diameter. See attached file.
Posted Date
Feb 18, 2026
Due Date
Feb 25, 2026
Release: Feb 18, 2026
Space Systems Command
Close: Feb 25, 2026
Required Engine & Component Specifications: 1. Outboard Engine | Horsepower: 250 HP; Shaft Length: 25-inch; Type: Four-Stroke; Condition: New, current model year from a reputable manufacturer. 2. Engine Rigging Must include new digital throttle and shift (DTS) or equivalent electronic controls, control box, key switch, main wiring harness, and all necessary cabling. 3. Instrumentation | New multi-function digital gauge(s) compatible with the engine, displaying RPM, speed, fuel level, engine hours, trim, and all critical engine diagnostics and alerts. 4. Propeller A new stainless-steel propeller, sized appropriately for the vessel and engine combination to achieve optimal performance. The contractor shall recommend the final pitch and diameter. See attached file.
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Space Systems Command
CONDUCT REALISTIC FEASIBILITY STUDIES IN PHASE I TO TEST THE VIABILITY OF THE MULTIPATH RESILIENT NETWORKING SDN SOFTWARE STACK FOR SUPPORTING REAL-TIME ENTERPRISE SPACE DATA TRANSPORT AND COMPUTING.
Effective Date
Jul 23, 2025
Expires
Space Systems Command
Expires:
CONDUCT REALISTIC FEASIBILITY STUDIES IN PHASE I TO TEST THE VIABILITY OF THE MULTIPATH RESILIENT NETWORKING SDN SOFTWARE STACK FOR SUPPORTING REAL-TIME ENTERPRISE SPACE DATA TRANSPORT AND COMPUTING.
AvailableSpace Systems Command
F24A-T004-0028 RYDBERG TECHNOLOGIES INC. THE OVERALL OBJECTIVE OF THIS PHASE I RESEARCH IS TO PERFORM A PRELIMINARY DESIGN, MODELING, AND EVALUATION OF A PACKAGED 778.1NM PIC LASER WITH SUB-10KHZ
Effective Date
Jul 7, 2025
Expires
Space Systems Command
Expires:
F24A-T004-0028 RYDBERG TECHNOLOGIES INC. THE OVERALL OBJECTIVE OF THIS PHASE I RESEARCH IS TO PERFORM A PRELIMINARY DESIGN, MODELING, AND EVALUATION OF A PACKAGED 778.1NM PIC LASER WITH SUB-10KHZ
Space Systems Command
F241-0016-0686 HYPERCOMP, INC. WE WILL BE APPLYING ALL THESE TOOLS TO COUPLE WITH EQ.2 FOR MODELING ELECTROMAGNETIC AND QUASI ELECTROSTATIC WAVES IN THE PLASMA THAT CAN MODIFY THE MOTION OF HIGH ENERGY ELECTRONS THAT FOLLOW THE MAGNETIC FIELD LINES.
Effective Date
Jul 11, 2025
Expires
Space Systems Command
Expires:
F241-0016-0686 HYPERCOMP, INC. WE WILL BE APPLYING ALL THESE TOOLS TO COUPLE WITH EQ.2 FOR MODELING ELECTROMAGNETIC AND QUASI ELECTROSTATIC WAVES IN THE PLASMA THAT CAN MODIFY THE MOTION OF HIGH ENERGY ELECTRONS THAT FOLLOW THE MAGNETIC FIELD LINES.
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