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Thanks for joining us this week! Funding and acquisitions, interesting updates from the defense sector. Having trouble with links? Click the link below to read the unclipped publication. ↓

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16 June, 2026

China’s Tianwen‑2 spacecraft conducted a series of small trajectory‑adjustment burns following a major June 7 maneuver, refining its approach for a planned July rendezvous with near‑Earth asteroid 469219 Kamoʻoalewa. Amateur tracking data from AMSAT‑DL’s 20‑meter Bochum antenna showed a June 11 frequency shift consistent with ion‑engine firings, smaller than the earlier chemical‑propulsion burn.

China National Space Administration (CNSA) has not issued an update, but as of June 6, Tianwen‑2 had been in flight for more than eight days, was operating normally at over 3 million kilometers from Earth, and had fully deployed its circular flexible solar array, designed to meet power needs for its later 311P/PANSTARRS comet encounter.

Tianwen‑2 launched in May 2025 and is following a phased approach sequence outlined in mission design papers, closing to within 20 kilometers before beginning global mapping, surveying and sample‑site selection. A mission engineer confirmed the July arrival during a June 11 SBAG presentation.

The probe carries 11 instruments, including Italy’s DIANA dust analyzer, and will use hovering, touch‑and‑go and anchoring techniques to collect samples. Departure from Kamoʻoalewa is planned for April 2027, with sample return in November 2027 before the spacecraft heads to comet 311P/PANSTARRS for a 2035 arrival.

Tianwen‑2 is the second mission in China’s Tianwen program, following Tianwen‑1’s 2021 Mars landing.

17 June, 2026

A high‑energy neutrino detected by the IceCube Neutrino Observatory in 2021, in Antarctica, then named the IC 210922A event, has been linked to a distant, gravitationally lensed star‑forming galaxy, providing the strongest observational evidence yet that compact dusty galaxies contribute to the cosmic neutrino background. In a study published in Nature Astronomy, a team led by Yuji Urata identified the infrared‑bright galaxy JCMT0402−0424, nicknamed “Shadow Blaster,” as the most plausible source of the IC 210922A event.

Follow‑up observations with JCMT (James Clerk Maxwell Telescope), SMA (Submillimeter Array), ALMA (Atacama Large Millimeter/submillimeter Array) and Gemini North revealed the galaxy lies 11 billion light‑years away behind a massive elliptical lensing galaxy, boosting its apparent luminosity and enabling detailed study of its dense, star‑forming core. The environment matches theoretical models in which repeated particle collisions generate high‑energy neutrinos, and the galaxy shows no signs of an active black hole.

Shadow Blaster’s properties suggest similar compact star‑forming galaxies could account for up to 20% of the diffuse neutrino background measured by IceCube.

18 June, 2026

NASA has selected the Dynamic Atmosphere‑Ionosphere Explorer, or DAPHNE, to be advanced to Phase B, selecting the twin‑satellite mission for development to study how Earth’s lower atmosphere influences the thermosphere and ionosphere where space weather originates. The mission, led by Aimee Merkel of the University of Colorado’s Laboratory for Atmospheric and Space Physics, will measure neutral winds, temperature and composition using three instruments, MIGHTI, FUVI and PLATO, to improve models that predict impacts on GPS, satellites in low Earth orbit and astronaut safety.

DAPHNE was one of three concepts studied under NASA’s DYNAMIC announcement of opportunity, recommended by the 2013 heliophysics decadal survey. The mission will undergo a confirmation review in 2027, with a cost cap of $250 million excluding launch and a planned launch no earlier than 2029.

NASA officials said the selection aligns with a broader shift in the heliophysics division toward outcome‑driven research and applications that directly support societal and operational needs.

19 June, 2026

A student‑built Chinese spacecraft is set to join international missions observing asteroid Apophis during its close Earth flyby in April 2029. Tsinghua University’s 200‑kilogram START smallsat, developed by more than 20 undergraduates, is targeting a free rideshare launch on Landspace’s Zhuque‑3 in early 2028. The spacecraft will enter a 1,000‑kilometer orbit before using xenon solar‑electric propulsion to climb to 31,600 kilometers over 200 days to intercept the 340‑meter asteroid.

The Student-led Threatening Asteroid Reconnaissance of Tsinghua (START) mission will pass within 7 kilometers of Apophis at 8.74 kilometers per second, using autonomous tracking to maintain imaging during the brief encounter. Its payload includes narrow and wide‑field cameras and dual visible-near‑infrared hyperspectral imagers capable of 8‑centimeter resolution to assess surface changes caused by Earth’s tidal forces.

The $2.8 million mission is positioned to complement Japan’s DESTINY+, ESA’s RAMSES and NASA’s OSIRIS‑APEx, all arriving in 2029. START completed system design and is moving into subsystem integration ahead of a planned 2027 delivery.

Maritime domain awareness is drawing increased investment and new coordination efforts as commercial and government demand for ocean‑monitoring technologies accelerates. The U.S. Geospatial Intelligence Foundation and U.S.-based maritime analytics firm SynMax have launched a working group seeking participation from satellite operators, data providers, government agencies and academic institutions to address industry‑wide challenges.

The initiative comes as advances in optical and radar imaging, radio‑frequency sensing, AIS tracking (automatic tracking system used to track ships) and machine‑learning analytics enable monitoring of illegal fishing, sanctions evasion, naval activity and commercial shipping across vast ocean regions. Defense, intelligence and commercial sectors are using satellite‑derived intelligence to track vessel movements, assess supply‑chain disruptions and analyze global trade flows.

SynMax CEO Eric Anderson said government users face “platform overload” as vendors deliver data through proprietary systems, complicating workflows. The group aims to promote standardization across data formats and interfaces and explore business models that make maritime intelligence more accessible, including subscription approaches better suited to wide‑area ocean coverage. SynMax joined the U.S. Geospatial Intelligence Foundation as a Strategic Partner in March, a move that expanded USGIF’s commercial analytic resources and aligned the company with the foundation’s GEOINT innovation programs.

Switzerland reaffirmed its decision not to participate in the European Union’s Copernicus Earth‑observation program for the 2028–2034 cycle, extending its absence from one of Europe’s flagship space initiatives, the Swiss Federal Council said June 5. The government cited financial constraints and said it will revisit the issue in 2032.

The move renews debate over the value of contributing to Copernicus when most data remain freely accessible worldwide. While non‑members can use nearly all raw data, contributors gain access to restricted datasets, near‑real‑time services, emergency activations, governance roles and industrial contracts. A 2025 Swiss study, titled “Economic assessment of Switzerland joining the Copernicus programme from 2028” recommended joining, arguing benefits outweighed costs, but the government declined.

Analysts warn the open‑data model may weaken political incentives for participation, particularly for countries without strong industrial returns. The United Kingdom’s experience, rejoining Copernicus in 2024 but retaining fewer Sentinel roles, illustrates the challenge. Switzerland’s decision does not threaten Copernicus funding but underscores structural questions about sustaining broad support for an open‑access system.

U.K.-based terrestrial nuclear energy and in-space logistics startup, Applied Atomics raised $4 million in pre‑seed funding and established a U.S. base in Fairfax County, Virginia, as it advances a multimode propulsion system designed to give satellites both high‑thrust chemical maneuvers and efficient electric propulsion from a single propellant. The round was led by Oxford Science Enterprises with participation from Earth to Mars Capital, Tim Draper, Aramco Ventures, Bravo Victor Venture Capital, Raptor Group, Ante‑Bellum angels, Tiny Supercomputer Investment Company and Carat Venture Partners.

The company is targeting 300‑kilogram-class spacecraft and says proprietary materials enable nitrous‑oxide‑based propellants to operate in oxygen‑rich environments. Testing will continue under NATO DIANA sponsorship, and mission software will fly on the 2026 “Give Me Some Space” technology demonstration. Applied Atomics is pursuing defense customers seeking rapid repositioning and proximity‑operations capabilities and is developing a broader “Star Reacher Network” architecture. Advisers include David Parker, Shawn Barnes and former NASA Administrator Jim Bridenstine, whose firm Quantum Space is developing similar dual‑mode systems.

The funding comes in the same week MIT reported progress on a single green monopropellant can drive both chemical and electrospray thrusters, in an effort to to collapse spacecraft mobility into a single‑fuel architecture.

13 June, 2026

A new Center for Strategic and International Studies report warns that U.S. solid rocket motor production is increasing but remains far below levels needed to meet the Pentagon’s expanding missile‑defense requirements. The Defense Department’s 2027 budget requests more than $73 billion for missile programs, and interceptor deliveries are projected to reach 2,100 that year, up from nearly 1,300 in 2021. CSIS says the industrial base would still fall short of the Pentagon’s goal of roughly 5,000 interceptors annually, a target set before Operation Epic Fury increased replenishment needs.

The study, titled, Solid Rocket Motors for Missile Defense, cites solid rocket motors as a persistent bottleneck across major missile lines, reflecting decades of consolidation that reduced six domestic suppliers to two, now part of L3Harris and Northrop Grumman. New entrants such as X‑Bow, Ursa Major, Firehawk, Castelion, Anduril, Nammo, Avio USA and Prometheus Energetics have yet to demonstrate large‑lot production. CSIS calls for stable demand signals, multiyear procurement and broader acceptance of new suppliers.

19 June, 2026

In response, Northrop Grumman, said that the primary constraint on expanding U.S. solid rocket motor output is not factory capacity but the short‑term nature of Pentagon procurement, as the Defense Department prepares for a major increase in missile production.

James Kalberer, head of Northrop’s propulsion systems unit, said suppliers need multiyear demand certainty to justify investments across raw materials, propellant ingredients, nozzles, insulation and workforce. Northrop has invested more than $2 billion in its munitions and motor businesses, including over $1 billion for solid motors, and delivered about 13,000 motors in 2024 with plans to reach 25,000 annually by 2029. The company is also accelerating qualification of new technologies and vendors through its SMART Demo initiative.

15 June, 2026

U.S. DoW’s Defense Advanced Research Projects Agency (DARPA) issued a request for information on June 12 seeking industry concepts for rapidly reconstituting U.S. space capabilities if satellites are disabled or destroyed in a conflict. The agency aims to restore critical services within hours to weeks and is soliciting ideas spanning satellite buses, payloads, launch vehicles, integration processes, modular designs, plug‑and‑play components, rapid manufacturing, software‑defined systems, distributed sensors, very‑low‑Earth‑orbit operations, on‑orbit assembly and supply‑chain improvements.

DoW has been concerned over Chinese and Russian counterspace systems, including direct‑ascent weapons, electronic warfare and cyber tools. DARPA cited existing resilience initiatives such as the Space Force’s Tactically Responsive Space (TacRS) program, which launched the Victus Nox mission 27 hours after receiving orders in 2023, and the Commercial Augmentation Space Reserve (CASR), which pre‑arranges commercial capacity for crises. Limited launch capacity is being seen as a potential constraint and signals interest in architectures that can be reconfigured rather than replaced with identical satellites.

Space Force and Air Force Research Laboratory awarded new contracts for next-generation GPS satellites, satellite AI diagnostics and GEO refueling systems

15 June, 2026

The U.S. Space Force awarded Lockheed Martin a $514 million contract to build GPS 3F satellites 23 and 24, expanding the next‑generation navigation constellation designed to improve resilience against jamming and electronic interference. The order brings the number of GPS 3F spacecraft under contract to 14 and raises the value of the 2018 procurement vehicle to roughly $4.6 billion. The award follows last year’s $509.7 million purchase of satellites 21 and 22 and comes after SpaceX launched the 10th and final GPS 3 satellite in April, completing that production run. The first GPS 3F, an upgraded version of GPS3, launch is expected next.

Among the new features, GPS 3F adds Regional Military Protection, to concentrate encrypted signals onto specific contested regions and introduces a fully digital navigation payload with improved L1C and L5 civilian signals. The upgrades are a response to Pentagon’s efforts to harden positioning, navigation and timing (PNT) services amid increased jamming and spoofing in recent conflicts. Lockheed Martin builds the satellites in Denver (US).

16 June, 2026

PiLogic, the L.A.-based artificial intelligence startup, signed a two‑year Cooperative Research and Development Agreement or CRADA with the Air Force Research Laboratory to test its artificial‑intelligence software for diagnosing faults in spacecraft power and electrical systems. The project will use an AFRL CubeSat experiment launched in 2022 through the Defense Department’s Space Test Program to evaluate the company’s probabilistic, causal‑analysis approach, which is designed to detect anomalies, predict failures and recommend corrective actions using onboard sensor data.

AFRL said the project will inform work on spacecraft autonomy and health monitoring. PiLogic, which raised a $4 million seed round in 2025, is pursuing opportunities with NASA and the Space Force and has secured multiple undisclosed customers.

18 June, 2026

Quantum Space, the aerospace and defense company, won a Pentagon contract to develop a geostationary‑orbit refueling spacecraft based on its Ranger platform, with delivery expected in 2028 under funding from the Defense Department’s Operational Energy Capability Improvement Fund (OECIF).

The vehicle will support military client satellites and carry refueling interfaces from Orbit Fab and Northrop Grumman, both adopted as Space Force standards. The award follows Quantum’s shift toward national‑security space logistics and its selection for the Space Force’s Andromeda IDIQ, where it is offering Ranger for geostationary monitoring missions. The Ranger can carry payloads from about 500 kilograms to 2,000 kilograms, and larger variants can transport several metric tons of propellant. Quantum plans to use its Andromeda design as a client vehicle in a future refueling demonstration. The company’s first Ranger flight, previously targeted for mid‑2026, has slipped to the second quarter of 2027.

The contract comes in the wake of Quantum’s announcement to go public through a merger with the SPAC company Inflection Point Acquisition Corp.

15 June, 2026

Commercial space robotics and lunar logistics company, Astrobotic unveiled the Griffin lunar lander on June 15, confirming the vehicle will deliver NASA’s Moon Base II mission under the agency’s Commercial Lunar Payload Services (CLPS) program. Griffin‑1 is scheduled to launch on a SpaceX Falcon Heavy in late 2026 and will carry 10 payloads from six nations, including Astrolab’s FLIP rover, ESA’s LandCam‑X, Astrobotic’s BEACON CubeRover and several commercial and cultural payloads. Integration in Pittsburgh (U.S.) concludes this week before the lander moves to NASA’s Jet Propulsion Laboratory for environmental testing and later to Florida for final processing.

Griffin is Astrobotic’s second lunar lander following the Peregrine mission, which failed to reach the surface after a propellant leak in January 2024. The new lander is significantly larger, with a 625‑kilogram payload capacity. NASA selected Griffin for its first infrastructure‑class lunar delivery as part of early Artemis surface buildup efforts. The mission will support technology demonstrations and lunar base development objectives.

17 June, 2026

NASA and ex-Google CEO Eric Schmidt’s Relativity Space will partner on a 2028 Mars orbiter mission that will carry NASA’s Aeolus atmospheric‑science payload suite. Under a six‑year reimbursable Space Act Agreement, NASA will provide four instruments measuring Martian winds, temperatures, dust and clouds, while Relativity supplies the spacecraft, Terran R launch vehicle and cruise operations. NASA’s Ames Research Center will build and integrate the payload and support instrument operations for one Martian year.

Relativity detailed the mission as the first in its new Interplanetary Sciences Program, which aims to privately develop planetary missions with support from industry, academia, philanthropic partners and NASA. The spacecraft will also host a radar instrument to map subsurface ice and serve as a high‑bandwidth communications node with onboard storage and compute for autonomous operations. The mission is intended as a proof of concept for future Relativity‑led planetary science missions.

Investors drive major funding rounds and acquisitions across U.S., China, and Europe: Startups such as Katalyst, Dawn Aerospace, Spark Space and Gate Space secure new capital to scale servicing, propulsion, launch and in‑space mobility capabilities. EQT acquires Exolaunch.

16 June, 2026

Robotic spacecraft developer, Katalyst Space Technologies raised $12 million to support development of its first Nexus servicing spacecraft as the company prepares for the launch of its Link mission to reboost NASA’s Neil Gehrels Swift Observatory. The funding round, led by Geodesic Capital with participation from Fortitude Ventures, will advance Nexus‑1, a geostationary servicing mission scheduled to launch on an Ariane 6 in 2027. Nexus‑1 will approach a U.S. Space Force satellite to install a space domain awareness sensor and conduct additional proximity operations with national security spacecraft before serving commercial customers.

Katalyst’s Link spacecraft, designed to dock with Swift and raise its decaying orbit, has been integrated with a Northrop Grumman Pegasus XL for a launch targeted as soon as June 27 from Kwajalein Atoll. Investors cited the company’s rapid execution since winning the Swift contract last September as a key factor in the new funding.

17 June, 2026

The Netherland-New Zealand-based Dawn Aerospace, raised $25 million to expand its in‑space transportation and suborbital spaceplane programs as the company scales operations in the United States and Europe. The Series B round, led by Balerion Space Ventures and valuing the company at $196 million, will support global rollout of propulsion, in‑space refueling and Aurora spaceplane services. Dawn reports revenue growth from $3 million in 2022 to $15 million as of June 2026 and says it is cash‑flow positive.

The company is developing the Aurora uncrewed spaceplane, which has flown to 25 kilometers and is planned to exceed 100 kilometers and Mach 3, with U.S. flights targeted for 2027. Dawn is also advancing its Loop in‑space refueling system, which uses docking ports already flying on customer satellites. A demonstration is planned for 2028, with commercial refueling services expected in 2029. Investors cited Dawn’s capital efficiency and progress toward hypersonic and in‑space mobility markets.

18 June, 2026

Private equity firm EQT will acquire Exolaunch, the Berlin‑based rideshare launch services provider, to help the company scale amid rising demand for access to orbit. The deal expected to close in the fourth quarter of 2026, will transfer ownership from founder Dmitriy Sternharz for an undisclosed sum. Exolaunch has arranged more than 790 satellites on 47 missions, including all SpaceX Transporter and Bandwagon rideshare flights, and has developed its own deployment systems.

Chief executive Robert Sproles said EQT’s backing will allow the company to secure additional launch capacity as smallsat constellation demand outpaces available rideshare slots. Exolaunch has already purchased two dedicated Falcon 9 launches for 2027 and 2028 and is in discussions with other providers. Sproles said the company plans to shift from passively filling manifests to actively procuring launch opportunities to meet customer timelines. EQT said the investment marks its first entry into the space sector.

Chinese aerospace startup, Spark Space (Hefei Spark Space Technology Co., Ltd) secured new investment to advance development of its Jinhua‑1 or Evolution-1 small launch vehicle after completing initial engine tests. The Hefei‑based startup announced nearly 100 million yuan in Pre‑A funding June 1 and additional Pre‑A+ backing June 18, adding to angel rounds raised over the past year from private and government‑linked investors.

The company is developing the two‑stage, expendable Jinhua‑1 for a debut flight in 2027. The rocket uses nine Lieyan‑2 electric‑pump‑fed engines on its first stage and one vacuum variant on the second, providing 90 tons of liftoff thrust and up to 1,500 kilograms to low Earth orbit. Spark Space reported successful initial hot‑fire tests in March and plans reliability testing, propulsion system trials and full‑vehicle assembly next.

The firm is expanding facilities in Hefei and targeting constellation deployment and replenishment contracts as China’s small‑launch market grows increasingly competitive.

19 June, 2026

Austrian aerospace startup, Gate Space secured €6.3 million / $7.2 million from the European Innovation Council Accelerator to industrialize its chemical‑propulsion systems ahead of their first flight on BeaconSat, Austria’s inaugural military satellite launching in February 2027 on a Falcon 9. The award brings the Vienna‑based startup’s total funding to about $22 million.

A TU Wien (Vienna University of Technology) spinout, Gate Space is developing high‑thrust propulsion for satellites, capsules and landers, including its standardized Jetpack system, with demand driven by rideshare deployments, rendezvous and proximity‑operations missions, and collision‑avoidance requirements. The company is also supporting ASTRAL, ESA’s first refueling mission led by Orbit Fab’s U.K. subsidiary, targeting a 2028 autonomous docking and propellant‑transfer demo.

The funding comes amid major European investment in space sovereignty, following large rounds by Isar Aerospace, PLD Space and Iceye. Gate Space says it has additional confidential missions booked for 2027 and beyond.

18 June, 2026

French space tech companies Look Up and Skynopy, the connectivity-as-a-service provider, advanced plans for an automated collision‑avoidance service in low Earth orbit under Europe’s ATLAS² program, the companies said June 17. Skynopy is contracted to integrate its virtualized ground‑station network with ATLAS² to enable near‑real‑time satellite commanding after Look Up’s SORASYS radars detect conjunction risks. The initial phase, concluding mid‑year, includes interface design, contact simulations, radio‑behavior modeling and a test environment for maneuver scenarios, followed by in‑orbit tests and an end‑to‑end demo.

Look Up’s first SORASYS radar became operational this year in southern France, supporting a French space agency agreement through 2028. The €3.4 million / $4 million system targets 10‑centimeter objects and is part of a planned seven‑radar network, 70% of which is funded by a EU contribution. Look Up raised $58 million last year to build two additional radars in French Polynesia. Skynopy’s software‑defined network spans 17 sites and supports about 10 operators.

19 June, 2026

Indian digital services provider Jio Platforms outlined plans to lease capacity from foreign satellite constellations as it accelerates development of a sovereign low Earth orbit broadband network, the company said June 19. Managing director Akash Ambani said partnering with global operators would enable earlier service availability while Jio builds its own constellation and domestic ground infrastructure. Jio also filed draft papers for an initial public offering the same day.

India has tightened security and data‑handling rules for satellite services even as it opens the market to foreign players. SpaceX received approval in 2025 to operate Starlink but has not launched commercially. Bharti‑backed Eutelsat OneWeb remains the only active LEO provider in India ahead of Amazon’s planned entry.

Jio is considering a 1,600‑plus‑satellite constellation at 650 kilometers costing $10–15 billion, potentially including direct‑to‑device capability. The government is unlikely to permit inter‑satellite laser links, which would allow data to bypass national borders.

Despatch Out. 👽🛸