Algarve observation

 

September, like most months of the year these days, has forgotten its place in the calendar. From the shade of the garden overlooking the bay, Praia da Luz – on the south coast of Portugal – lies below in the fierce, crystalline light of an afternoon that belongs more naturally to the height of summer. 

The temperature has climbed into the low thirties again and the sun seems determined to hold its position, pressing down upon the bay with an almost physical weight. Nothing in the scene suggests summer is preparing to leave.

The garden terrace offers sanctuary. Great palms throw ragged shadows across the stone paths, filtering the sunlight into moving fragments. Pines and a gnarled cork tree lean towards the sea, the latter’s trunk dark and contorted, while succulents and cacti rise from the dry earth with the smug resilience of plants that long ago learned not to expect rain. Beneath them, the ground is dusty, baked hard after another long Algarve summer.

Beyond this shaded oasis is the brightness of the beach, a luminous, picture-perfect arch of sand and sea. Praia da Luz is busy without achieving the indignity of being crowded. Bronzed figures, reduced by distance and heat to anonymous specimens of leisure, wander slowly along the water’s edge while others grill in the rays of the overbearing sun. 

Umbrellas provide splashes of colour and the largely theoretical promise of shade. A few young children jump and splash in the water supervised by their parents. The Atlantic, so often restless, has been subdued into a sheet of serene blue and green, barely distinguishable at the horizon from the bleached sky above it.

My view is not the airbrushed Algarve of the holiday brochure but the lived-in daily rhythm of the coast: beautiful, untidy, functional.

Everything seems slowed by the heat, even the practical paraphernalia of resort life: cafés adorning the cobbled promenade dispensing lunch and cold drinks, giant inflatables on the beach awaiting temporary ownership, jet skis bobbing offshore with the neglected air of expensive toys nobody can be bothered to use.

To the east, the land rises abruptly, the great ochre and rust-coloured cliffs providing a reminder that this gentle bay has been carved in harsher times. Villas and apartments climb the opposite slope in white terraces, the inevitable southern European accretion of concrete, balconies and aspirational sea views, their walls dazzling in the afternoon glare.

And yet there is something slightly disconcerting about the perfection of it all. It is mid-September. The afternoon shadows are beginning to lengthen and evenings arrive earlier. Somewhere in the instincts of generations is the expectation that summer should be loosening its grip. But the thermometer says otherwise. Another day in the thirties. Another afternoon when the air barely moves and shade becomes valuable territory.

Perhaps that is what gives the view its peculiar intensity: the collision between beauty and unease. Paradise is still paradise. It has merely developed a temperature problem.

From beneath the trees, however, such thoughts are all too easily postponed. The sea glitters. Beachgoers continue their slow migration between sand and water. A palm frond stirs briefly. And the first month of autumn carries on pretending to be August.

Portugal's rocket island

 

The Atlantic-facing nation of Portugal is making waves in the final frontier — and it’s doing so from one of its most remote and stunning outposts.

High above the Atlantic Ocean, on a windswept corner of Santa Maria Island in the Azores, Europe’s newest space ambitions are taking flight.

With the successful launch of a small research rocket in September 2024, the archipelago is no longer just a jewel of eco-tourism and biodiversity — it’s officially on the map as a contender for Europe’s next spaceport.

“This is about more than just launching rockets,” says Bruno Carvalho, director of the Atlantic Spaceport Consortium (ASC). “It’s about proving that Portugal is ready to play a serious role in the future of space access in Europe.”

The project’s symbolic lift-off came with the launch of a suborbital research rocket called GAMA, designed and built in Portugal. While small — the rocket stood just 5.2 metres tall — the mission marked a major milestone.

GAMA reached a modest altitude of around 3.5 km and parachuted safely back to Earth, providing invaluable test data for future, more ambitious flights.

“It was crucial for us to demonstrate that the operational competency to launch and recover rockets exists in Portugal,” told me during an international space conference in Italy.

“This was not just about building a rocket. It was about the whole operational framework — telemetry, tracking and recovery. The next step is to scale this capability up.”

The launch also marked another milestone: the first suborbital rocket to be launched from Portuguese soil. Or rather, Portuguese lava — the Azores being a volcanic archipelago formed millions of years ago in the heart of the Atlantic.

Santa Maria, the easternmost island in the Azores, is geographically and strategically well placed to support a range of satellite launch trajectories.

Unlike mainland Europe, it offers wide access to the ocean and minimal air traffic — crucial factors for modern launch safety zones.

“This fills a huge gap in Europe’s launch capabilities,” said Hugo Costa, a board member of Portugal Space, the country’s national space agency.

“Right now, there’s no other open-access commercial spaceport in Europe. We want to give Europe — and the world — more options.”

Indeed, Europe has been heavily reliant on the Guiana Space Centre in South America for launching satellites into orbit.

But with global demand for small satellite launches booming and increasing pressure to develop independent European capabilities, the timing couldn’t be better.

The near-term goal is to support more suborbital launches like GAMA, refining procedures and building operational expertise.

Longer-term the vision is bolder: a fully functioning commercial spaceport that can support orbital launches — rockets delivering payloads into Earth orbit and potentially beyond.

“There are already multiple companies interested in launching from here,” Carvalho noted. “What we’re building is a flexible, open-access spaceport that’s lighter, faster and more cost-effective than traditional launch centres.”

Importantly, the Santa Maria site has already passed several key technical and environmental evaluations, and Portugal’s supportive regulatory framework is helping smooth the way for commercial partnerships.

The development isn’t just about rockets — it’s about creating a space economy. Santa Maria’s spaceport is expected to bring jobs, attract international investment, and strengthen Portugal’s scientific and technological profile.

Portugal Space, established in 2019, is spearheading the effort as part of its ‘Portugal Space 2030’ strategy, which focuses on developing a home-grown space industry and leveraging satellite technology to support environmental monitoring, telecommunications and navigation.

Local businesses are also likely to benefit — not only from construction and logistics contracts, but potentially from high-tech spin-offs and an influx of aerospace professionals and tourists.

Portugal’s Atlantic location — both physically and politically — gives it a unique position. While committed to the European Space Agency (ESA), Portugal can carve out its own role, open to both European and international commercial partners.

The Atlantic Spaceport Consortium believes that this open-access model is the future of space — lighter regulation, lower costs and flexible, responsive services for a growing range of missions, from Earth observation satellites to research payloads.

“If Europe wants to remain competitive, we need more spaceports,” Costa argues. “The Azores can provide something different — and very valuable.”

While the world’s attention may be focused on the likes of Elon Musk and SpaceX, a quieter space revolution is happening here in Portugal.

With its blend of vision, location and determination, Santa Maria might soon be the starting point for Europe’s next generation of space missions — helping Portugal become not just a participant in the space race, but a leader too.

As Carvalho put it, “This is a place where history and future meet — where ancient volcanoes are now pointing the way to the stars.”

#         #

 Caption: The Malbusca launch site on the south coast of Santa Maria, Azores.
Photo: Pedro Roque/Atlantic Spaceport Consortium

Clive Simpson has worked as a journalist covering the global space industry for three decades and is Editor-in-Chief of ROOM Space Journal. He’s been a regular visitor to Portugal's Algarve for many years and his first novel, about life in post-climate change world, is being published soon. This article is an edited version of Azores rising – Portugal’s Atlantic outpost vying to become space gateway

Space debris problem needs urgent action

 

THE chief of global satellite telecommunications company Inmarsat has issued a stark warning to space leaders calling for immediate action to stem the proliferation of space debris in Earth orbit.

Counselling against complacency, Raveej Suri, Inmarsat’s Chief Executive Officer, said: “So far we have been lucky that we haven’t seen any major collisions in space, but we would be foolish to rely on luck alone.”

His wake up call to governments and industry was delivered during a no-holes-barred keynote speech to more than 100 delegates at the New Space Atlantic Summit, organised by the Portugal Space Agency (PSA) in Lisbon this week.

“It would be irresponsible of me not to call out that I believe we are at a crisis point regarding space sustainability which requires immediate and decisive action,” he stated. “Every year that we fail to act increases the cost of future actions and makes it more technically difficult to deliver an effective cleanup strategy.”

At Inmarsat we do not take the operating environment for granted but I am concerned that the world is now entering a system wide emergency, with low Earth orbits (LEO) particularly vulnerable, and we no longer have the luxury of patient action.

Suri, who transferred from Nokia to head up the London-based satellite services provider in 2021, welcomed moves in the past year which have seen more countries signing up to the ASAT (anti-satellite testing) ban, ESA proposing a zero space debris policy by 2030, a new five-year rule for satellite disposal after reaching the end of their operational life, and space sustainability policy initiatives from the UK.

But he said even these initiatives were “insufficient” compared to the gravity of the problem, citing examples of increasing space debris proliferation and the rising number of orbital near misses - including one by two defunct satellites earlier this year that came within 10 m of each other.

Suri also highlighted the work of Prof Hugh Lewis at the University of Southampton who recently released data that showed in March alone SpaceX Starlink satellites performed more collision avoidance manoeuvres in a single month than in the entire first 2.5 years of Starlink deployment.

Based on statistical models produced by the ESA space debris office, it is estimated that there are 36,500 objects larger than 10 cm, one million objects between one to 10 cm and an extraordinary 130 million objects between 1 mm and 1 cm.

These tiny objects could be anything from paint flecks from rockets to small fragments created from in-orbit impact, but travelling faster than a bullet they can still cause an incredible amount of damage to something else in orbit.

“These numbers and the risk to incumbent services will only increase as tens of thousands of satellites are launched into orbit over the coming years, many as part of so called mega constellations in low Earth orbit,” he said.

“So far we have been lucky but we would be foolish to rely on luck to keep to space commons - areas and resources that fall outside national jurisdiction - open for sustainable use. We urgently need to align to a shared understanding of the problem and agree on principals of action.”

Suri proposed a series of guiding tenets - understanding the constraints of the operating environment, bringing scientific consensus to orbital capacity, and providing equitable and fair solutions to benefit all - to help address the problem.

He also suggested that equity considerations should reach beyond the boundaries of space into Earth’s atmosphere where space environmentalism is already asking questions about the effect of industrialising the de-orbiting of spacecraft and what that does to the precipitous chemical balance of the upper atmosphere.

“We need to make gains in each area, we need to acknowledge that space is finite and move to an urgent scientific consensus on orbital capacity parameters,” he said. “We need to create the means to deal with space debris and we need to keep equity considerations front of mind.”

Whilst acknowledging that UN and ITU (International Telecommunication Union) processes are important, he declared it was time for a “like-minded group of countries” to commit collectively to shared principles, to share regulations and coordinating mechanisms for safe space operations and orbital development.

“This could be achieved by countries such as the UK, US and those in the EU coming together to agree a baseline understanding of the issues and set out basic standards,” he argued. “The collective influence of such a grouping would create a powerful precedent for new entrants to space and those that wish to do business with us.”

He said one of the most effective measures would be to make market access reliant on sustainable and responsible behaviour. “Of course, withholding rights should not be done lightly and it is not a substitute for a global regime which could give full meaning to equity considerations.

“As the CEO of a satellite communications company, space sustainability is an existential issue for my industry. Taking immediate action is not only the right thing to do, it is the smart thing to protect considerable global investment in R&D and infrastructure to ensure that we will continue to operate and provide valuable services well into the future.

“Likewise the stakes for governments are extremely high. The global economy is dependent on satellite-enabled applications, now taken for granted as part of our daily lives whether for safe transit, banking or complex logistics.

“I submit to you that 2023 is a make or break year for our future as a space faring community. Governments and leaders need to take urgent action and demand that operators maintain an open, predictable and sustainable space commons. The stakes have never been higher and the time to act is now.”

Keynotes and panel discussions at the Summit, held at the premises of the European Maritime Safety Agency (EMSA) and the sixth in series of events focused on the theme of ‘A Global Effort for Space Sustainability’.

Speakers included Peter Martinez, Executive Director of the Secure World Foundation, who drew parallels with the development of the environmental movement and said space sustainability needed a similar multi-faceted approach.

International Institute of Space Law (ISSL) President Kae-Uwe Schrogl referred to “out-dated and unenforceable laws” governing outer space. “Sustainability can only be reached on a level playing field and at present we don’t have an architecture for space law. Flags of convenience cannot be allowed,” he stated.

Daniel Smith, CEO of Edinburgh-based AstroAgency, a strategic space marketing and media firm, brought an industry perspective to delegates and urged them to "grasp the opportunity" while there was still time.

“The last thing we really need are more strategies without action,” he said. “The NewSpace economy can be shaped by new space players if we act in unity now.”

Portugal Space Agency president Ricardo Conde described sustainability as “underpinning the country’s expanding efforts in space” and said the agency was targeting “pragmatic solutions” that would help the country tackle today’s most pressing problems, including the impacts of climate change.

“Today, two of the big long-term motivations for space exploration are mining and the extension of territory. Portugal is not interested in mining other worlds and we don't have a vision for the geopolitical extension of territory. We will use our tools and expertise to make space work in a sustainable way."