4–5 minutes

The Deep Space Network complex near Madrid, Spain, escaped major damage from a wildfire there July 24. Credit: X @NASASpox

WASHINGTON — Key ground stations in Spain operated by NASA and the European Space Agency have avoided serious damage from major wildfires in the country.

NASA announced July 24 it had evacuated the Madrid Deep Space Communications Complex, or MDSCC, one of three main ground stations for the Deep Space Network, located in Robledo de Chavela, about 65 kilometers west of Madrid. The evacuation was prompted by a major wildfire in the region.

“All personnel were safely evacuated. The wildfire has passed through the MDSCC. Any potential damage will be assessed when it is safe to do so,” the agency said in a statement.

In a social media post July 25, NASA press secretary Bethany Stevens said the MDSCC site avoided major damage from the fire.

“On July 25, an initial onsite inspection by the NASA Madrid Deep Space Communications Complex (MDSCC) emergency response team found wildfire damage primarily to pavement and surrounding vegetation, with no significant structural damage observed to antennas or buildings,” she wrote.

She added more tests and inspections are planned as conditions permit. “The situation remains dynamic, and comprehensive assessments will proceed as conditions stabilize and access improves.”

MDSCC is one of three sites in the DSN, alongside those in Goldstone, California, and near Canberra, Australia. It hosts a 70-meter antenna and five 34-meter antennas used for communicating with NASA spacecraft throughout the solar system.

According to NASA’s Deep Space Network Now website, which provides real-time visualization of DSN activities, none of the antennas at the Madrid site have been actively communicating with spacecraft since at least July 24. The Canberra and Goldstone sites remain active.

NASA uses a “follow the sun” approach to management of the DSN, where management of the entire DSN shifts among the three sites. Stevens said Canberra and Goldstone have taken over control of the DSN, “ensuring continuity of operations and uninterrupted spacecraft communications.”

It’s not clear how long MDSCC will be out of service or how that will affect spacecraft operations. The DSN was already suffering from a capacity crunch due to increasing demand for spacecraft communications, exacerbated by damage to the 70-meter antenna at Goldstone that has taken it out of service until 2028 for repairs and upgrades.

In addition to the DSN site, ESA operates a ground station near Cerberos, Spain, 77 kilometers west of Madrid, also affected by the wildfires. It hosts a 35-meter antenna ESA uses for communications with its deep-space missions.

It, too, appears to have survived the wildfires without serious damage. “Based on the information currently available, the station appears to have remained unharmed,” ESA said in a July 25 statement. All of the station’s personnel are safe and accounted for.

“ESA does not have physical access to the station and is therefore unable to conduct an on-site inspection,” the agency added. “Any assessment of the site’s condition will be carried out as soon as access can be safely restored.”

The wildfires near Madrid are among dozens in Spain and France that have flared up in recent days, linked to unseasonably high temperatures and dry conditions. As of late July 25, nearly 300,000 people in the two countries had been evacuated because of the fires.

4–5 minutes

WARSAW, Poland — Poland will host the first European Space Agency (ESA) center located in an eastern flank member state, one that will be focused on civil security and resilience.

Polish Prime Minister Donald Tusk and ESA’s director general Josef Aschbacher announced the new facility during a press conference July 13 in the country’s capital. Headquartered in Paris, ESA operates facilities in Belgium, Germany, Italy, the Netherlands, Spain and the United Kingdom. They did not share when the facility will open.

“Poland is becoming … one of the European leaders in the broadly understood field of space activity. This covers the development of science, technology and also business and security,” Tusk said. “Here in Poland, this space center will be, among others, responsible for dual-use research and activities”.

The development comes as Poland is boosting its expenditure on space-related programs, and local industry players such as Creotech Instruments, Eycore and SatRev are investing in developing their capacities and securing a growing number of foreign clients.

The Polish government increased its ESA contribution by a factor of ten, the Prime Minister’s Office said in a statement, having committed 51 million euros in the 2023-2025 period and 550 million euros in 2026-2028. Poland’s Finance Minister Andrzej Domański, who also participated in the conference, announced that the nation aims to double its expenditure on the space sector in the coming years.

For the 2026–2028 period, Poland’s financial contribution to ESA’s budget will increase to 731 million euros ($833 million). Within that contribution, the Polish government will double its allocation for optional programs, including the development of satellite data-based services and robotics, to 550 million euros, according to the office’s statement.

The Polish government will also establish a new state-run fund worth more than 500 million zloty ($132 million) to invest in prospective space companies, Domański said.

“I have no doubt that … the space industry will become another engine of the Polish economy in the coming decades,” he said.

In a press statement, ESA said that preparations are underway to initiate numerous pre-operational activities from 2027, laying the groundwork for the facility’s gradual development and future operations.

“The new ESA Centre will mark a new chapter for ESA and a major step for Poland which has rapidly become one of the driving forces in Europe’s space sector,” ESA Director General Josef Aschbacher said in the agency’s statement. “As Europe continues to strengthen its resilience in an increasingly challenging environment, the Centre will help build the capabilities we need to protect our interests, support our citizens and act with confidence.”

5–6 minutes

MILAN — Arianespace has signed a Memorandum of Understanding with French in-orbit servicing company Infinite Orbits to explore future collaboration on multiple direct-to-GEO rideshare launch services, the companies announced July 7.

Arianespace first mentioned the possibility of rideshare services to geostationary orbit in 2019. But amid growing concerns over potential bottlenecks in the rideshare market after 2028, the European launch provider is now revisiting the possibility of GEO rideshare services for commercial customers in more concrete terms.

While Ariane 6 and Vega C have flown rideshare missions, Europe does not currently offer an established direct-to-LEO or direct-to-GEO rideshare service. That need would be exacerbated if SpaceX reduced, suspended or ended its rideshare programs.

“The challenges facing the space sector, and geostationary orbit in particular, demand responses equal to their strategic importance” Adel Haddoud, chief executive of Infinite Orbits, said in a press release.

“Without reliable and responsive launch capabilities French and European space sovereignty will remain an ambition on paper,” Haddoud added.

“This partnership with Infinite Orbits reflects our commitment to supporting Europe’s most innovative players and preparing the future of launch services,” said David Cavaillolès, chief executive of Arianespace.

Depending on demand, the opportunities could materialize either as full Ariane 64 rideshare launches or as piggyback opportunities around larger satellites, David Iranzo Greus, Arianespace’s vice president of strategy, marketing and advanced studies, told SpaceNews.

For now, the offer is focused on geostationary transfer orbit and direct-to-GEO rideshare. However, Arianespace confirmed it is also receiving requests for possible rideshare opportunities to LEO.

“If these discussions move forward and there is a strong demand, LEO opportunities could materialize in the future,” an Arianespace spokesperson told SpaceNews via email. A louder demand signal

The push for a dedicated European rideshare for small satellites has been picking up steam across the continent’s space industry.

“Europe needs a European rideshare program that consists of at least annual heavy lift to [sun-synchronous orbit] with smaller launchers flying to more specific orbital locations,” Robert Sproles, CEO of the German launch services provider Exolaunch, said by email.

It makes sense to have “a true European rideshare program we can control,” Valentin Benoit, chief executive for French launch integrator RIDE! Space, said in an interview. “We want to offer continuity of access to space to European smallsats so that we don’t depend on the U.S. and the decision of SpaceX.”

Like American small satellite developers, European companies have relied extensively on SpaceX Falcon 9 Transporter and Bandwagon flights. The dedicated rideshare missions currently send into orbit around 80% of small satellites worldwide and about 25% of European payloads, said Sophie Pâques, RIDE! public affairs and launch strategy lead.

At the SmallSat Europe conference in May, some speakers called on European government agencies to subsidize dedicated rideshares on Ariane 6, Vega C or small European launch vehicles being developed.

“Launch is strategic, like other elements of infrastructure be that airports or rail systems, and needs to be supported in the same way,” said Nik Smith, Slingshot Aerospace international business unit executive vice president and general manager. “Don’t expect the commercial market to sustain it, because it won’t.”

If government agencies subsidized the flights and European satellite operators were willing “to pay a little bit more to fly on the European vehicle, then it will work well,” said Jeanne Allarie, Exolaunch’s chief investor relations officer.

Oier Rodriguez, PLD Space sales engineer, suggested a competition.

“We’re not so much for subsidies, but we would welcome being able to compete for those contracts,” Rodriguez said.

3–4 minutes

MILAN — The European Space Agency will rely on external lunar topographic data during the design phase of its Argonaut lunar lander, and possibly for its first mission, while working toward developing its own lunar mapping capability for later missions.

Argonaut, first proposed at ESA’s Ministerial Council in Paris in 2022 and confirmed at the latest ministerial meeting in 2025, is a cargo lander designed to support NASA’s Artemis program while providing Europe with independent access to the lunar surface.

Several spacefaring countries with lunar ambitions have invested over the past two decades in high-resolution topographic mapping, which is essential for identifying safe landing areas and potential sites for future lunar infrastructure.

Europe, however, does not have sovereign lunar topographic data to support Argonaut. That means ESA will need to rely on existing mission data, including data that can be procured from other providers, at least for the early phases of the program.

“We currently rely in the design phase on mission data which are already available, which can also be procured,” ESA director of human and robotic exploration Daniel Neuenschwander said during a June 17 briefing after ESA’s 347th Council meeting.

Albeit not confirmed, the three most likely nations that can provide lunar maps to Europe are the United States, India or China. NASA’s Lunar Reconnaissance Orbiter, launched in 2009, has provided global lunar topographic maps at about 100 meters per pixel, with targeted imaging down to about 0.5 meters/pixel. India’s Chandrayaan-2 Orbiter High Resolution Camera, launched in 2019, can image selected areas at about 0.25 meters/pixel, making it one of the highest-resolution lunar mapping instruments currently in operation. China, from Chang’e-1 onwards, has also built up a substantial lunar mapping capability to support future landing and exploration activities.

The cost of purchasing topographic data from third parties has not been disclosed.

“We have put lunar mapping as a key objective for future smaller lunar missions, which we are developing right now,” Neuenschwander added. “They are still competing among themselves, but two of them will focus on lunar data mapping of the south pole in particular to give us this database, which is absolutely key [to land on the moon].”

Argonaut is designed to deliver up to 1,500 kilograms of cargo to the lunar surface. Mission 1 is currently targeting a landing at the lunar south pole in 2030, with follow-on missions expected every two to three years.