NASA awarded Blue Origin a firm-fixed-price contract with a maximum potential value of approximately $700 million to develop the agency’s Mars Telecommunications Network. Blue Origin will design, develop, integrate, launch, and operate a high-performance telecommunications orbiter intended to provide communications and navigation services for spacecraft operating at and around Mars.

NASA requires delivery of the orbiter no later than December 31, 2028, with the network expected to be operational at Mars by 2030. Blue Origin says its Mars Telecommunications Orbiter will use the company’s Blue Ring spacecraft platform, which is already in production at its Huntsville, Alabama facility.

Why it matters: This is more than a single spacecraft award. NASA is beginning to build dedicated communications infrastructure for sustained Mars operations, while the contract adds another multi-year spacecraft-production requirement to Blue Origin’s growing space-systems business.

Supplier takeaway: Blue Origin maintains an active supplier-registration pathway for companies to provide their UEI, NAICS codes, commodities, and applicable certifications. Suppliers supporting spacecraft manufacturing, electronics, communications, propulsion, power, structures, integration, and testing should treat the Mars Telecommunications Network as a program to watch as Blue Origin works toward the 2028 spacecraft-delivery deadline.

Source: NASA — Mars Telecommunications Network contract announcement / Blue Origin — Mars Telecommunications Orbiter announcement and supplier registration

Awarded by: General Services Administration, Federal Acquisition Service; funded by the Department of the Air Force
Recipient: MAINSAIL – OASIS Joint Venture LLC
Value: $255,786,317

What was awarded:  GSA issued a five-year task order for Space Systems Command Space Sensing systems engineering and technical assistance support. The award is identified as SSC – Space Sensing (SN) Systems Engineering Technical Assistance (SETA) Support, with performance scheduled from September 29, 2026 through September 28, 2031.

Supplier takeaway: The award is another signal of sustained federal spending around the engineering, technical, acquisition, and program-support infrastructure surrounding national-security space sensing. The public award record does not identify specific subcontracting opportunities, so suppliers should treat it as a market-demand indicator and monitor the prime and Space Systems Command ecosystem for downstream opportunities.

Source: Federal award record — Task Order 47QFPA26F0031

Awarded by: Defense Innovation Unit
Recipient: ALL.Space
Value: Not publicly disclosed

What was awarded: ALL.SPACE received an Other Transaction agreement under DIU’s Adaptive Space Manufacturing and Integration at Scale, or 10ⁿ, project. The initiative targets production-rate and capacity constraints across the U.S. space industrial base by applying commercial manufacturing approaches to flight-qualified space hardware. ALL.SPACE will use its Hydra satellite-communications terminal as part of the effort.

Supplier takeaway: DIU is explicitly targeting the shift from low-volume, bespoke space hardware toward production measured in hundreds of units per month and thousands per year. Manufacturers supplying electronics, communications hardware, components, test equipment, production tooling, and related capabilities should watch participating companies for capacity expansion and new supply-chain requirements.

Source: ALL.SPACE — DIU 10ⁿ project announcement

Buyer: U.S. Department of Energy
Opportunity:  Space Photovoltaics Research and Development Partnership Intermediary Agreement
Current status: Open application opportunity
Application deadline: October 8, 2026 at 11:59 p.m. ET
Contract structure: Up to $12 million

Who should care: Space-solar manufacturers, photovoltaic-material suppliers, advanced-manufacturing companies, testing laboratories, module and array developers, and organizations capable of supporting flight or near-space demonstrations.

What to know: DOE is targeting lower-cost production and increased domestic manufacturing capacity for space-grade solar technology. Topic 1 projects can receive up to $1.5 million for photovoltaic-cell fabrication, performance, and durability work. Topic 2 awards can reach $2 million for high-volume manufacturing processes and third-party validated demonstrations in space or near-space environments. An informational webinar is scheduled for September 15 at 1 p.m. ET.

Supplier takeaway: This is one of the most immediately actionable manufacturing opportunities in Issue #4. DOE is connecting space-energy technology development directly with domestic production capacity, creating potential roles for both technology developers and companies supporting manufacturing, materials, testing, and demonstration work.

Source: U.S. Department of Energy — Space Photovoltaics R&D PIA

Buyer: U.S. Naval Research Laboratory
Opportunity: Space and Spacecraft Systems Design — Notice N00173-26-RFI-CT01
Current status: Sources sought — not an RFP
Response deadline: September 10, 2026

Who should care: Space-systems engineering firms, spacecraft and payload engineering organizations, aerospace R&D companies, and qualified small businesses interested in future Naval Research Laboratory requirements

What to know: NRL is surveying industry capability for future space and spacecraft systems-design requirements. The notice covers aerospace and space-technology research and engineering and is being used for acquisition planning rather than accepting priced proposals.

Supplier takeaway: This is a positioning opportunity rather than an open bid. Qualified firms should determine whether their capabilities align with the requirement and respond before September 10 if they want to participate in NRL’s market research and potentially influence the eventual acquisition strategy.

Source: SAM.gov — Notice N00173-26-RFI-CT01

Buyer: NASA
Opportunity: 2026 Phase II Sequential Call for White Papers — Notice 80NSSC26R0014
Current status: White-paper call for portfolio and acquisition planning
Response deadline:  September 11, 2026 at 5 p.m. ET

Who should care: Eligible small businesses with qualifying prior Phase II technology-development work, including qualifying SBIR and STTR participants.

What to know: NASA is using the white-paper process to identify technologies that may warrant additional development to meet specific agency requirements. Amendment 1 broadened eligibility to include qualifying STTR participants and firms with eligible prior Phase II awards from agencies other than NASA. The white-paper call is not itself a funding competition; NASA may later invite selected firms to submit proposals for Sequential Phase II awards, which typically involve approximately $2.5 million to $4 million in NASA investment and a 24-month period of performance.

Supplier takeaway: Eligible companies have only days remaining to respond. For the broader supplier base, the selections will also provide a useful signal of technologies NASA is attempting to move from successful small-business R&D toward mission use..

Source: NASA SBIR/STTR — Phase II Sequential / Notice 80NSSC26R0014

What happened:  NASA’s Office of Small Business Programs currently lists a broad range of capabilities BAE Systems is seeking from small businesses supporting its Space & Mission Systems work. Published needs include precision-machined parts, optical systems, solar power, high-speed communications, lightweight deployable structures, robotics, cryogenic systems, specialized lubricants, power-distribution assemblies, electronic assemblies, data processors, radiation shielding, and related technologies.

BAE also identifies relevant supplier qualifications including ISO 9001, AS9100, CMMC readiness or certification, ITAR registration, and appropriate security or facility clearances where required.

Why suppliers should care: This is directly actionable supplier intelligence rather than a general capacity story. BAE provides a small-business supplier pathway and capability-statement contact, giving qualified manufacturers and distributors a way to compare their products, capabilities, and certifications against published Space & Mission Systems needs.

Source: NASA Office of Small Business Programs — BAE Systems Small Business Subcontracting Program

Provider: Roscosmos
Vehicle: Soyuz
Launch site: Baikonur Cosmodrome, Kazakhstan
Status: Progress 96 is scheduled to launch September 9 carrying approximately three tons of food, fuel, and supplies to the International Space Station. The spacecraft is scheduled to dock autonomously with the station’s Poisk module on September 11.
Supplier relevance: ISS resupply missions represent recurring operational demand across launch services, spacecraft production, logistics, mission support, and station-supply systems.

Source: NASA — Progress 96 launch and docking coverage

Provider: SpaceX
Vehicle: Falcon 9 / Dragon
Launch site: Space Launch Complex 40, Cape Canaveral Space Force Station, Florida
Status: NASA now lists Crew-13 no earlier than late September after an oxidizer leak was detected in Dragon’s propulsion system during prelaunch processing. Teams are continuing testing and data review, and NASA says a new target date will be announced once confirmed.
Supplier relevance: The delay is a current spacecraft-readiness and prelaunch-processing development affecting NASA’s next operational commercial crew rotation. The mission remains dependent on resolution of the propulsion-system issue before a firm launch date is established.

Source: NASA — Crew-13 mission information and schedule update

Organization: Air & Space Forces Association
Location: National Harbor, Maryland
Time: Multiple sessions throughout the three-day conference

What it is: AFA’s 2026 Air, Space & Cyber Conference brings together Air Force, Space Force, government, and defense-industry leaders for more than 40 sessions and a technology exhibition approaching 300 booths. The program includes a State of the Space Force keynote along with discussions covering spacepower, next-generation battle management, acquisition, and emerging technologies.

Why it matters: The conference concentrates government customers, prime contractors, technology companies, and suppliers in one location. Companies selling into national-security space can use the program and exhibit floor to identify emerging requirements, technology priorities, and potential teaming relationships

Source: Air & Space Forces Association — 2026 Air, Space & Cyber Conference

NASA — Mars Telecommunications Network contract announcement

Blue Origin — Mars Telecommunications Orbiter announcement

Blue Origin — Become a Supplier

Federal award record — Task Order 47QFPA26F0031

ALL.SPACE — DIU 10ⁿ project announcement

U.S. Department of Energy — Space Photovoltaics R&D PIA

SAM.gov — Notice N00173-26-RFI-CT01

NASA SBIR/STTR — Phase II Sequential / Notice 80NSSC26R0014

NASA Office of Small Business Programs — BAE Systems

NASA — Progress 96

NASA — Crew-13

Air & Space Forces Association — Air, Space & Cyber Conference