Isar Aerospace expects to begin construction on the dedicated launch complex later this year, subject to initial programmatic milestones.

The current reusable Maia configuration is limited to 500 kilograms to low Earth orbit.

MaiaSpace views Prometheus as a precursor to a future family of European reusable launchers with lower cost and an ecological design.

ArianeGroup set a June 2024 unit-cost target of about 1 million euros per Prometheus engine.

Maia is a two-stage rocket scheduled to debut in early 2027.

Adding a fourth Prometheus engine would increase the construction cost of each Maia first stage by at least about 1 million euros.

Maia is powered by methane-oxygen Prometheus engines developed by ArianeGroup for the European Space Agency's Themis demonstrator.

MaiaSpace says the four-engine Maia configuration would not increase average launch cost.

The four-engine Maia configuration would allow up to 8 tonnes to low Earth orbit in all launcher variants, including the reusable configuration.

MaiaSpace says the four-engine Maia upgrade would proceed only if commercial demand for the initial three-engine version is favorable and the technology is demonstrated.

MaiaSpace says Prometheus and stage-recovery technologies can be scaled to larger launchers at a fraction of the cost of developing a new vehicle.

MaiaSpace is a French company and a subsidiary of ArianeGroup.

MaiaSpace's immediate priority is to complete development of Maia in its current configuration.

MaiaSpace says the four-engine Maia upgrade is a two-year development project.

MaiaSpace is studying a four-engine Prometheus first stage for its Maia rocket to double performance.

MaiaSpace says future Maia upgrades will be driven by market demand.

Morgan Stanley expects SpaceX to expand into satellite connectivity, digital services, and applications enabled by the integration of space infrastructure and emerging technologies.

Morgan Stanley views SpaceX as an industrial infrastructure company that could operate across multiple strategic markets beyond launch services.

Morgan Stanley believes SpaceX could generate over $3.3 trillion in annual revenue by 2040.

Morgan Stanley sees 90% upside for SpaceX.

NASA wants to use helicopters as operational platforms in future Mars missions.

AeroVironment developed and produced the rotors used in the JPL tests.

A two-blade rotor developed specifically for SkyFall achieved similar performance at a lower rotational speed because of its slightly larger diameter.

The rotor blade tips reached Mach 1.08 without structural damage during the JPL tests.

The projected lifting-capacity increase for the next-generation Mars helicopters is up to 30%.

AeroVironment was already involved in the Ingenuity program.

The higher lifting capacity will allow the helicopters to carry more advanced scientific instruments, additional sensors, and larger batteries.

NASA’s future Mars helicopters are intended to support exploration of hard-to-reach areas, terrain reconnaissance, and scientific data collection for future robotic and crewed missions.

Engineers at JPL ran 137 rotor tests and progressively increased rotational speed and counterflowing air to simulate demanding operating conditions.

NASA’s SkyFall mission concept will send three next-generation Mars helicopters to the planet in a December 2028 arrival window.

NASA’s future Mars helicopters are intended to carry heavier scientific instruments and travel longer distances than previous designs.

The JPL test campaign used the 25-Foot Space Simulator, which reproduces Mars conditions with a low-pressure carbon dioxide atmosphere.

NASA is moving forward with its original plan to support stand-alone replacements for the ISS.

NASA released a draft request for proposals for commercial low Earth orbit stations on Monday.

NASA intends to award early development contracts to at least two station builders.

NASA will later hold another competition to award a final design contract to one or more companies.

NASA industry feedback on the draft request for proposals is due at the end of the month.

NASA intends to publicly release a list of companies interested in competing for the commercial station project.

Planet plans to open a manufacturing facility in Berlin in 2026 to double production capacity for its Pelican fleet.

Isar Aerospace is scaling production at a 40,000-square-meter factory near Munich.

Isar Aerospace will launch one of Planet Labs Germany’s next-generation high-resolution Pelican satellites on the Spectrum launch vehicle from the Andøya Space launch complex in Norway as early as late 2026.

Planet Labs Germany operates its European headquarters and Mission Control in Berlin.

Planet expects to add up to 70 new employees in Berlin as part of the expansion.

The Pelican mission will launch from Andøya Space in Norway using a dedicated Spectrum launch complex operated by Isar Aerospace.

Planet Labs Germany and Isar Aerospace have a new agreement under which a German-built Earth observation satellite will launch on a German-built rocket within the next year.

Planet’s current Berlin workforce is about 150 employees.

The Pelican spacecraft for the mission will be assembled at Planet Labs Germany’s planned Berlin manufacturing facility.

Isar Aerospace plans to build as many as 40 rockets per year at its factory near Munich.

Planet’s Pelican fleet is designed to provide high-resolution, frequently refreshed imagery for geospatial and AI-enabled analytics.

Isar Aerospace will use its Spectrum small launch vehicle for the Pelican mission and for follow-on flights carrying additional Planet satellites.