The transaction reflects strategic reorganization dynamics among major aerospace groups.

The transaction involving L3Harris space propulsion is part of a broader context of consolidation and acquisitions in the space industry.

The acquisition allows AE Industrial Partners to strengthen its presence in the space market with an asset that has established capabilities and industrial relationships.

The presence of private equity funds indicates the growing maturity of the sector perceived as capable of generating value in the medium to long term.

L3Harris Technologies has reached an agreement to sell the majority stake of its space propulsion unit to AE Industrial Partners for $845 million.

For L3Harris, the sale is part of a capital reallocation strategy focusing on priority segments.

The increasing demand for satellites in low and complex orbits keeps the propulsion sector attractive to private investors.

The goal of such transactions is often to further develop the company by improving operational efficiency and supporting new technological programs.

This approach is increasingly common among large contractors balancing investments, innovation, and financial sustainability.

AE Industrial Partners is a private equity fund specializing in aerospace, defense, and government services investments.

The total value of the transaction, amounting to $845 million, highlights the strategic positioning of the asset and its technology and contract portfolio.

L3Harris’s space propulsion unit is key to the development and operation of space missions.

L3Harris will maintain a residual involvement but reduce direct exposure to a highly specialized sector.

Selling a majority stake does not imply complete exit from the space sector but signals a desire to optimize the portfolio and share industrial risk with a financial partner.

Le osservazioni hanno rilevato emissione di idrogeno-alfa nella controparte ottica di FAST J0139+4328.

FAST J0139+4328 è stata identificata per la prima volta nel 2023 con il radiotelescopio FAST.

I risultati evidenziano la necessità di un follow-up ottico approfondito per classificare i sistemi deboli selezionati da HI.

FAST J0139+4328 è una galassia a bassa luminosità superficiale.

FAST J0139+4328 è stata classificata come la prima galassia oscura isolata nell'universo vicino.

FAST J0139+4328 ha una luminosità assoluta totale pari a 11,1 milioni di luminosità solari.

Un team di astronomi guidato da Ana Mitrašinović ha scoperto una debole controparte stellare di FAST J0139+4328.

Il team di Mitrašinović sta pianificando ulteriori osservazioni spettroscopiche approfondite su FAST J0139+4328.

FAST J0139+4328 ha una massa stellare di 7,2 milioni di masse solari.

Il team ha riclassificato FAST J0139+4328 come una galassia nana LSB isolata.

Il rapporto tra massa gas e massa stellare di FAST J0139+4328 è di circa 11,5.

Questa scoperta ha stabilito l'associazione fisica di FAST J0139+4328 con la controparte ottica LSB.

La componente stellare di FAST J0139+4328 era al di sotto del limite di rilevabilità delle osservazioni precedenti.

Le osservazioni astronomiche hanno rivelato una chiara controparte ottica spostata di circa 30,3 secondi d'arco rispetto alle coordinate della nube HI.

La distanza di FAST J0139+4328 è stata stimata in circa 94 milioni di anni luce.

Astronomi serbi e russi hanno condotto osservazioni ottiche profonde di una nube di idrogeno atomico neutro denominata FAST J0139+4328.

Each additional year of operation for Swift enriches unique data archives that are difficult to replicate with new missions in the short term.

Swift has provided essential data for astrophysics, improving the understanding of extreme events in the universe.

NASA is evaluating technical solutions to extend the Swift mission while reducing risks associated with orbital decay.

A reboost maneuver raises a satellite's altitude to compensate for altitude loss due to atmospheric drag.

Swift's potential extension is part of a broader framework of responsible space infrastructure management.

NASA is working to extend the operational life of the Swift satellite ahead of a future reboost mission.

The Swift satellite was launched in 2004 and is dedicated to studying gamma-ray bursts and other high-energy cosmic phenomena.

The reboost mission represents a technical solution for extending the operational time of the Swift satellite.

There is currently no definitive date communicated by NASA for the reboost mission, nor complete operational details.

The ongoing efforts reflect a concrete commitment to evaluate all available options to safely extend the Swift mission.

The fuel tank designed by Momentus and manufactured using Velo3D’s advanced metal 3D printing technology represents a significant step forward in the adoption of additive manufacturing for mission-critical spacecraft components.

Space-rated fuel tanks typically have high costs and require long lead times.

Momentus plans to utilize additive manufacturing technology to serve new markets as a qualified supplier for space-rated fuel tanks.

Momentus utilized Velo3D’s fully integrated solution to design and produce a fuel tank with optimized features difficult to achieve with traditional manufacturing methods.

By integrating additive manufacturing into its supply chain, Momentus aims to reduce costs and shorten development cycles.

The testing of the additively manufactured fuel tank on Vigoride-7 demonstrates the potential of additive manufacturing to accelerate innovation in spacecraft design and reduce production timelines.

Momentus and Velo3D developed an additive manufactured fuel tank that is set to be flight tested on the Vigoride-7 Orbital Service Vehicle mission.

The Vigoride-7 mission represents another step in Momentus’ commitment to advancing in-space infrastructure and services.

Cailabs raised €57 million (approximately $67 million) in funding in September 2025.

The space industry is facing a mismatch between satellite data processing capabilities and ground stations' capacity.