New Zealand’s ‘rocket man’ takes on Elon Musk and Jeff Bezos

 

Peter Beck founded Rocket Lab in 2006 with the goal of launching lightweight rockets more cheaply © Rocket Lab

From FT by Nic Fildes in Auckland 

 

Peter Beck’s Rocket Lab builds out internet satellite business to rival Starlink and Amazon Leo

After successfully launching New Zealand’s first rocket into space, billionaire Sir Peter Beck is setting his sights on taking on Elon Musk and Jeff Bezos in the internet satellite business.
Last month, the Rocket Lab founder signed the biggest cheque of his life, agreeing to pay $8bn for US-listed satellite communications provider Iridium.
The deal adds a valuable network and spectrum — often called the “lifeblood of the mobile industry” — to the New Zealand-founded business, which makes and launches rockets and other space components.
“It’s a big swing for Rocket Lab to go and buy something like that, but at the end of the day it’s a positive cash-generating business that’s well established,” Beck told the FT.

 

 

A test of Rocket Lab’s Archimedes vacuum engine © Rocket Lab

Founded in 2006 with the goal of launching lightweight rockets more cheaply and frequently than traditional methods, Rocket Lab is a smaller rival to Musk’s SpaceX and Bezos’s Blue Origin in terms of valuation.
It made its first successful launch in 2009, and by 2017 its orbital Electron rockets had emerged as a competitor to SpaceX’s Falcon 9 for satellite launches.
“When you compare us to Jeff and Elon, we are definitely the plucky upstart,” said Beck. 

“You don’t hear me talking about mining asteroids orbiting Mars,” referring to Musk’s vision for space mining.
The Iridium deal fulfils Beck’s long-held ambition to expand into satellite services.

It also puts Rocket Lab into further competition with Musk and Bezos, who have expanded their Starlink and Amazon Leo satellite networks.

SpaceX bought EchoStar’s spectrum for $17bn last year and Amazon acquired Globalstar for $11.6bn in April.
By purchasing Iridium’s network and spectrum over building their own, “we’ve short-cut that by 10 to 20 years”, said Beck.

He added that Iridium would benefit from Rocket Lab’s launch infrastructure to reduce the cost and risk of launching a new constellation in the future.
“Whoever has the rocket has the keys to space,” he said.

 

 

The acquisition of Iridium gives Rocket Lab a valuable satellite network © Justin Ide/Bloomberg

The acquisition comes at an awkward time for the industry. Rocket Lab’s shares have fallen by more than half from their peak in May as the mania around SpaceX’s initial public offering cools.

Beck’s sale of 5mn shares for $465mn has added to the pressure.
The chief executive said Iridium, which unlike Rocket Lab is already profitable, would add a strong customer base and “an incredibly defensible high-value niche” in areas such as maritime communications. Beck said Rocket Lab would look to expand those services.
Luke Pearce, an analyst at CCS Insight, said the acquisition would accelerate competition in the booming sector for low Earth orbit (LEO) satellite services. “This creates another credible LEO competitor alongside players such as SpaceX, Amazon Leo and AST SpaceMobile,” he said.
Rocket Lab has been an extraordinary success story for Beck and for New Zealand.

A far-flung sheep farm on the thinly populated east coast of the North Island is now a hotspot for rocket launches.
The country ranks third for the number of rockets launched, behind the US and China, as its remote location has proved ideal for firing projectiles into space without disrupting aviation and maritime traffic.

 

Rocket Lab conducts most of its launches from a remote site in New Zealand’s Māhia Peninsula © Rocket Lab

 

In the three months to March, the company reported revenue of $200mn, up more than 60 per cent from a year earlier, and narrowed its net loss to $45mn from $60mn.
Valued at $40bn, Rocket Lab is by far the largest company to emerge from “the land of the long white cloud”, which has historically produced national champions from its dairy and white-goods sectors. Despite the recent fall, its shares are up nearly 600 per cent since its 2021 Nasdaq offering.
The listing minted more than 100 millionaires in New Zealand. Former employees have gone on to found some of the country’s most promising start-ups including ag-tech company Halter, automotive supply chain group Partly and local rival Dawn Aerospace.
Rocket Lab relocated its headquarters to California in 2013 and has become a key supplier to the US defence department, but it still launches most of its rockets from a remote site in the North Island’s Māhia Peninsula.
Its large manufacturing facility east of Auckland sits at the base of a sedate cul-de-sac where pūkeko swamp hens peck at the lawns. Inside the factory, 1,000 people assemble rockets under giant New Zealand and American flags.

 

Rocket Lab relocated its headquarters to California in 2013 and has become a key US defence supplier © Rocket Lab

 

Beck credits his father for igniting his aerospace passion during his youth in Invercargill, on the tip of New Zealand’s South Island.
The engineer recalled how his father would point at the stars and say: “There could be someone standing there looking back at you.”
“That for me was bigger than anything in my brain,” Beck said, and gave him a “soft spot for the planetary stuff”.
Rocket Lab’s previous acquisitions include companies that supply wheels, cameras, robotics and other essential components used for missions to Mars, Venus and the Moon.

Iridium represents a new frontier for the company.
“You definitely make your own luck, but it was fortunate that all of those stars aligned,” Beck said of the deal.

Links :

• PR Newswire : Iridium and SKYWAVE™, an ORBCOMM® company, Partner to Advance Global Industrial IoT for Heavy Equipment OEMs 
• Mobile world : Iridium brings LEO to Skywave fleet management 
• GlobeNewsWire : Rocket Lab to Acquire Iridium in Historic Deal, Creating A Fully Vertically Integrated Space Powerhouse Primed for Growth    (YouTube)

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How tanker data revealed a $13 billion question about Venezuelan oil revenues

 

From The Shipping Brief

 

A recent Financial Times analysis estimated that the US administration has collected more than $13 billion in revenues from Venezuelan crude exports since January 2026.

Rather than relying on official financial disclosures, the analysis combined Kpler's tanker-tracking data with Argus Media's crude price assessments to estimate the value of exported cargoes.
Beyond the political implications, the article demonstrates how shipping data is increasingly being used to quantify commodity flows and estimate financial outcomes where official reporting is limited.

The key figures

Several figures stand out from the analysis:

• More than $13 billion in estimated oil revenues generated from Venezuelan crude exports since January 2026.
• Approximately $300 million publicly recorded as transferred back to Venezuela through the government's online tracking portal.
• Oil accounts for around 25% of Venezuela's GDP, making export revenues a major contributor to the country's economy.
• Following the June earthquakes, the United Nations estimates reconstruction costs of approximately $37 billion, increasing the importance of access to these revenues.

Taken together, these figures highlight the gap between estimated export revenues and the amounts that have been publicly reported as transferred to Venezuela.

Shipping data as a source of financial intelligence

 
One of the more interesting aspects of the Financial Times investigation is its methodology.
The revenue estimates were derived by combining tanker movements tracked by Kpler with price assessments from Argus Media for Venezuela's principal crude grades, including Merey, Boscan and Hamaca.
This approach illustrates how maritime data has become an increasingly valuable analytical tool.

Vessel movements provide visibility into export volumes, while commodity price assessments allow analysts to estimate the value of those exports with a reasonable degree of confidence.
As a result, shipping data is now used well beyond operational and logistics purposes. Investors, commodity traders, policymakers, sanctions specialists and journalists increasingly rely on vessel-tracking data to monitor trade flows and assess market developments.

 

This is Venezuela.
Out in open waters -Bajo Barcelona- where ships anchor before coming in to load crude oil at the Eastern Cryogenic Complex (José)
There are 27 cargo ships visible to the naked eye!
Where is all that oil going? Where is all the money from those sales? pic.twitter.com/kd7aZe1UEI

— Fabulero (@todorumba) July 29, 2026

The transparency gap

The article also highlights differing public statements regarding the management of Venezuelan oil revenues.

The January Executive Order described the United States as acting in a "custodial" capacity for the revenues.
The Department of Energy subsequently stated that the funds would benefit both Americans and Venezuelans.
President Trump later said the United States had recovered the costs of the operation "28 times" and was "making a lot of money" from Venezuelan oil.
At the same time, lawmakers from both Republican and Democratic parties have called for greater public reporting on how these revenues are being managed.
The differing statements, combined with limited public disclosure, have led to increased scrutiny of the administration of these funds.

Venezuela's economic performance

The article also considers the apparent disconnect between improving conditions in the oil sector and broader economic performance.

Despite:

• higher realised oil prices following sanctions relief;
• increasing oil production; and
• legislation intended to encourage foreign investment,

Venezuela's economy expanded by only 2.5% in the first quarter, its weakest quarterly growth in almost five years.

Economists cited by the Financial Times suggest that one possible explanation is that not all export proceeds have entered the Venezuelan economy.

While this is presented as one potential factor rather than a definitive conclusion, it offers a possible explanation for why stronger oil sector performance has not translated into faster economic growth.

A broader takeaway

The article provides another example of how maritime data is reshaping market transparency.
Where official reporting is incomplete or delayed, vessel-tracking data can provide an independent means of estimating export volumes and, when combined with pricing data, the value of commodity flows.
For those involved in shipping, energy or commodity markets, this reinforces the growing role of maritime intelligence.

Shipping data is no longer used solely to monitor vessels and cargoes; it has become an important source of insight into trade flows, commodity markets and the economic consequences of geopolitical events.

Links :

• France24 : Three ships head to US with Venezuela oil as capacity concerns grow
• The Texas Tribune : Texas imports of Venezuelan oil soar as war chokes off Middle East supply 

France had never seen a ‘fire cloud’ until this month’s record-smashing blazes

Photograph: Maximilien Lamy/Getty Images

 

From Wired by Brian Kahn

Firefighters in France are confronting a phenomenon never seen in the region before: fire clouds.

It’s a sign of the intensity of the blazes burning—and how climate change is upping the odds that they appear.

A wave of fires has swept over France and Spain, sending hundreds of thousands fleeing.

Firefighters on the front lines are facing what a spokesperson for the French firefighter association told AFP said was an “operational impossibility”—in other words, a “natural force beyond our control.”

As evidence of how out of control the wildfires in France are, look no further than the skies where the blazes have, in some cases, created their own weather.

To form a fire cloud—what meteorologists call a pyrocumulonimbus or the even more metal-sounding cumulonimbus flammagenitus—you first need heat, which fires have in spades.

 

image : Romain Perrocheau / AFP / Getty Images

 

But just as important are dry conditions near the ground and cool, relatively moist conditions aloft in the atmosphere.

As superheated smoke rises miles above the flames and into the cool atmosphere, water vapor condenses around the particles of ash to form water droplets.

(Yes water vapor and water droplets are two different things.) As the air keeps rising, those water droplets eventually become ice crystals.

At this point, the smoke and water droplets have created a cloud, but unfortunately one that’s unlikely to provide much relief in the form of rain.

Instead, these towering fire clouds can unleash lightning strikes that start more fires and generate powerful downdrafts that reach the ground to fan flames further.

At their worst, pyrocumulonimbus clouds can even spawn tornadoes.

Pyrocumulonimbus clouds have been documented in the US, Canada, and Australia, among a handful of other locations.

 

But until now, there were no documented fire clouds in France.

While the country is no stranger to wildfires, the size and ferocity of this summer’s blazes is well outside the normal.

Last week was France’s single most destructive week for wildfires over the past 20 years, according to data from the European Forest Fire Information System.

It more than doubled the previous record during that period, which coincides with accurate satellite data.

This isn’t an isolated bad week either. More than 220,000 acres have burned across the country so far, six times the annual average.

That’s 61,000 acres higher than the previous yearly record.

 photo Stephan Rahmstorf

 

If that sounds like a familiar trend, well, it unfortunately is.

Burning fossil fuels has heated the planet up, making explosive wildfires more common and destructive around the world.

A 2024 study found the incidence of extreme fires globally more than doubled from 2003 to 2023.

Six of the seven most extreme years have happened since 2016.

 

photo : Patrice Gaulupeau

 

After a slight weekend reprieve as temperatures dipped, they’re expected to rocket back up above 104 degrees Fahrenheit (40 degrees Celsius) in France and 108 degrees Fahrenheit in Spain later this week.

That means firefighters will have to contend with more extreme fire weather—including the possibility of clouds created by the blazes themselves.

 

Links :

• The Telegraph : ‘Fire cloud’ over Bordeaux as France braces for new heatwave 
• AFP : What are 'fire clouds', the ominous phenomenon seen in France?
• NYTimes : Firefishters in France encounter a 'Fire Cloud'
• The Guardian : What is a ‘fire cloud’, and how have they worsened wildfires in Europe? 

In a first, scientists witness the seafloor spread in real time, giving them a rare glimpse at a mysterious geologic process

From The Smithsonian by Margherita Bassi

Across a matter of days in 2024, the seafloor in part of the Indian Ocean dropped by about 13 feet, and roughly 5.7 billion cubic feet of molten rock rose to the crust’s surface, according to a new study
 Researchers observed seafloor movement at the Southeast Indian Ridge, denoted by the yellow line. NOAA

Earth’s outermost layer—the crust—is constantly renewing itself.

It’s broken into giant chunks called tectonic plates that pull apart, push against or slide past one another, creating grand geologic features.

Underwater mountain ranges, or mid-ocean ridges, for instance, generally take shape where two tectonic plates are moving away from each other.

Magma can then bubble up in between, solidifying and turning into new oceanic crust as part of a process called seafloor spreading.

Although the phenomenon has created entire ocean basins, it remains quite mysterious because it happens so deep in the water.

Now, for the first time, scientists have observed this dynamic activity happening in real time.

They describe their findings—and their stroke of luck—in a study published July 8 in the journal Nature, shedding light on a mechanism that made roughly two-thirds of Earth’s crust.

“We still know remarkably little about the frequency, magnitude and dynamics of the eruptions and tectonic processes that build [mid-ocean ridges],” Isobel Yeo, a geoscientist at the National Oceanography Center, a nonprofit in the United Kingdom, who did not participate in the study, tells Davide Castelvecchi at Nature.

In February 2024, the research team behind the new study traveled by ship to the southern Indian Ocean, where the Southeast Indian Ridge sits on the border between two tectonic plates that travel away from each other by about 2.4 inches per year.

There, they deployed a bevy of scientific instruments on the seafloor, including acoustic beacons and underwater microphones to detect sound waves, acoustic sensors that pick up on seafloor movement, and a pressure gauge.

Then, they waited—but not for long.

On April 26, 2024, a series of earthquakes struck, marking the beginning of a seafloor spreading event. “We have been very lucky to have had all these instruments set up when it happened,” study co-author Jean-Yves Royer, a marine geophysicist at the French National Center for Scientific Research, tells the New York Times’ K.R. Callaway. 

“But also, we are lucky because these big piles of lava outpoured one or two kilometers [around a mile] away from our instruments, so we didn’t lose any data.”

Quick fact: When did the Earth’s crust start to shift?

In March, researchers reported the oldest direct evidence of tectonic plate movement.

Rock samples from Western Australia hint that the planet’s outermost layer was in motion as early as 3.48 billion years ago, roughly one billion years after Earth formed.

Across six days, the seafloor dropped by about 13 feet, the team found.

And overall, the tectonic plates moved apart by at least 6.5 feet.

Both numbers came as a surprise. 

“We were expecting to measure a few centimeters of horizontal displacement and maybe a few centimeters of vertical displacement,” Royer tells Scientific American’s Sam Macdonald.

Mapping of the bottom of the ocean before and after the event suggests that around 5.7 billion cubic feet of lava—roughly 65 times the volume of the Great Pyramid of Giza—emerged in about 16 days to form a new seafloor.

Computer simulations suggest that the event primarily happened because magma was pushed upward through cracks in the crust, driven by the emptying of an underground reservoir of the molten rock.

What’s more, the detected earthquakes didn’t seem powerful enough to be responsible for the observed horizontal changes, supporting the idea that most tectonic plate movement at mid-ocean ridges does not create seismic activity.

The work also suggests that at these plate boundaries, quiet stretching continues until stress builds up enough to trigger a sudden seafloor spreading event.

“It’s quite difficult, and perhaps rare, to make these measurements,” Aaron Micallef, a marine geologist at the Monterey Bay Aquarium Research Institute who did not participate in the study, tells the Times. “We know so little about what’s going on in these settings that we’re not even really sure of what measurements we need to carry out, so that’s why it’s very useful to throw all the instruments that you have at the problem, as these researchers have done.”

Links :

• East Africa Might Break Off From the Continent Sooner Than Scientists Thought—and a New Ocean May Fill the Gap
• In a First, Scientists Find Animals Thriving Beneath the Ocean Floor in Hidden Habitats Near Deep-Sea Vents
• Remnants of Life Found Half a Mile Below the Seafloor
• This 340-Million-Year-Old Ocean Crust Could Date Back to Pangaea
• Scientists Extract Rocks From Earth’s Mantle