Amazon Leo Accelerates Satellite Internet Rollout with Ultra-Fast Terminals

Amazon Leo, formerly Project Kuiper, is ramping up its satellite internet service with the shipment of its top-tier terminals for testing. This development signifies Amazon’s continued advancement in providing high-speed, space-based internet access globally. Despite trailing SpaceX’s Starlink network, Amazon Leo is forging partnerships and unveiling impressive performance figures.

The Leo Ultra service boasts download speeds of up to 1 gigabit per second and upload speeds of up to 400 megabits per second. This enhanced uplink performance is a key differentiator. During an enterprise preview, select business customers will utilize production-grade hardware and software to provide Amazon Leo teams with valuable customer feedback and tailor solutions for specific industries. ‘Amazon Leo represents a massive opportunity for businesses operating in challenging environments,’ stated Chris Weber, VP of Consumer and Enterprise Business for Amazon Leo. ‘From our satellite and network design to our portfolio of high-performance phased array antennas, we’ve designed Amazon Leo to meet the needs of some of the most complex business and government customers.’

The service utilizes a custom silicon chip optimized for applications like videoconferencing and cloud computing, and can connect directly to Amazon Web Services and other networks. Amazon offers three tiers of service: Leo Ultra, Leo Nano (100 Mbps), and Leo Pro (400 Mbps). Amazon is currently shipping Leo Ultra and Leo Pro units to select companies including JetBlue, Vanu Inc., Hunt Energy Network, Connected Farms and NBN Co.

Amazon has launched 153 production-grade satellites into low Earth orbit and plans to deploy over 3,000 additional satellites by mid-2026. SpaceX continues to dominate the market with over 9,000 Starlink satellites and 8 million active customers. JetBlue intends to utilize Amazon Leo to enhance its in-flight Wi-Fi service, emphasizing ‘fast, reliable performance and flexibility’ for travelers.

Blue Origin Значно Розширює Можливості Ракетного Системи New Glenn

Blue Origin, компанія Джеффа Безоса, оголосила про значне збільшення потужностей своєї ракетної системи New Glenn. Нова, супер-тяжільна версія, New Glenn 9×4, буде оснащена дев’ятьма двигунами, що працюють на метані (BE-4) на першому етапі, замість семи, та чотирма двигунами, що працюють на водороді (BE-3U) на другому, замість двох.

Ракету 9×4 також обладнають ширшим обтічником (носовою частиною) завдовшки 8,7 метрів (28,5 футів), у порівнянні з 7 метрами (23 футами) для обтічника, який використовується наразі. Kent, штат Вашингтон, компанія Blue Origin, працює над покращенням продуктивності двигунів на New Glenn 9×4 та стандартній моделі 7×2.

Інші оновлення включають багаторазове використання обтічника, дизайн баків з нижчою вартістю та систему теплозахисту, що забезпечує вищу продуктивність. Ці покращення будуть впроваджені в майбутніх місіях New Glenn, починаючи з наступного запуску, який очікується в першій чверті наступного року.

«Ці вдосконалення негайно принесуть користь клієнтам, які вже зафіксували свої місії на New Glenn, щоб дістатися до таких місць, як низька навколоземна орбіта, Місяць і далі», – заявила компанія у своєму онлайн-оновленні.

Клієнти матимуть можливість вибирати між варіантами для місій до низької навколоземної орбіти (включаючи запуски супутників для мережі Amazon Leo), до Місяця та глибокого космосу (включаючи місію Blue Moon Mark 1 на непілотований місячний політ наступного року), та для місій національної безпеки, таких як пропонована система протиракетної оборони Golden Dome.

Blue Origin зазначає, що 9×4 модель зможе перевозити понад 70 метричних тонн до низької навколоземної орбіти (порівняно з 45 метричними тоннами для 7×2), понад 14 метричних тонн до геостабілізованої орбіти та понад 20 метричних тонн у подорожі від Землі до Місяця. Це зробить New Glenn 9×4 потужнішим за SpaceX Falcon Heavy (64 тони до LEO), але меншим за SpaceX Starship (100-150 тонн до LEO).

Оновлення, ймовірно, підвищать ставки у конкуренції між Blue Origin та SpaceX, а також United Launch Alliance. New Glenn було запущено лише двічі, на відміну від сотень запусків SpaceX Falcon 9 та десятки запусків ULA Atlas 5. Однак, успішний запуск двох зондів до Марса та перша-за-все відновлення орбітального бустера New Glenn підвищили профілі Blue Origin в галузі запуску. Бустер, який отримав прізвисько «Never Tell Me the Odds», повернувся до посадки в Атлантичному океані на буксирі Jacklyn, названому на честь матері Джеффа Безоса. Цього тижня бустер був повернутий в порт і доставлений до виробничої бази компанії на Cape Canaveral, штат Флорида, де Безос спостерігав за процесом. Вчора ми зустріли Jacklyn та нашу багаторазову першу ступінь New Glenn знову на Space Coast. Дякуємо, Team Blue.

Blue Origin’s New Glenn Achieves Booster Recovery, Paving the Way for Mars Mission

Jeff Bezos’ Blue Origin space venture achieved a significant milestone today with the successful recovery of its New Glenn rocket booster during the launch of the Escapade probes destined for Mars. This marked a crucial step in the company’s efforts to compete with SpaceX and represented the first-ever successful recovery of a New Glenn booster.

The launch, which occurred from Cape Canaveral Space Force Station in Florida, followed several attempts due to cloudy weather and a solar storm. The mission’s primary goal is to deploy twin robotic spacecraft – the Escapade probes – to study Mars’ magnetic field, atmosphere, and ionosphere. The name ‘Escapade’ is an acronym for ‘ESCApe and Plasma Acceleration and Dynamics Explorers’.

A key element of the mission involved recovering the New Glenn booster, nicknamed “Never Tell Me the Odds,” which successfully splashed down in the Atlantic Ocean. Blue Origin team members celebrated the achievement, including Jeff Bezos at Mission Control. The probes are equipped with sophisticated hardware for ViaSat’s HaloNet telemetry relay service, testing an alternative to NASA’s TDRS system.

The Escapade probes will follow a looping trajectory, including an Earth flyby in a year, with a planned arrival at Mars in 2027. Scientists, led by Robert Lillis at UC-Berkeley, believe the data gathered will be crucial for future crewed missions to Mars and for understanding the planet’s climate evolution, including the process of atmospheric escape.

Blue Origin plans to utilize the “Never Tell Me the Odds” booster again, launching an uncrewed Blue Moon Mark 1 lander to the moon’s south polar region in the coming months.

Amazon Leo: Нова Ера Супутникового Інтернету

Amazon змінює назву свого амбіційного проекту розширення глобального доступу до високошвидкісного інтернету. Project Kuiper тепер відомий як Amazon Leo.

Seattle-based tech giant оголосив про перейменування свого супутникового проекту broadband у середині розгортання обладнання, яке його живитиме.

Leo є посиланням на “низькоорбітальну орбіту”, де Amazon досі запустив більше ніж 150 супутників як частина констеляції, яка зрештою включатиме понад 3 200 одиниць.

У блоговому пості Amazon зазначив, що 7-річний Project Kuiper почався “з невеликою кількістю інженерів і кількома схемами на папері” і, як і більшість ранніх проектів Amazon, програмі знадобився кодний ім’я. Команда надихалася Kuiper Belt, кільцем астероїдів у зовнішній сонячній системі.

Новий веб-сайт Amazon Leo стверджує “наступну епоху інтернету наближається”, оскільки Amazon заявляє, що його супутники можуть допомогти обслужити “мільярди людей на планеті, які не мають високошвидкісного доступу до інтернету, а також мільйони підприємств, урядів і інших організацій, які працюють у місцях без надійного з’єднання”.

Amazon заявляє, що почне розгортання послуг, коли додасть більше покриття та обсягу до мережі. Деталі про ціноутворення та доступність ще не оголошено.

Ранні клієнти та партнери включають JetBlue, яка у вересні стала першою авіакомпанією, яка підписала контракт з Leo, обіцяючи швидший і надійніший Wi-Fi на борту літака. L3Harris, DIRECTV Latin America, Sky Brasil та NBN Co., оператор національної мережі широкосмугового доступу Австралії, також підписалися на розгортання послуги.

Під час тестування у вересні виконавці хвалили швидкість передачі даних з констеляції, що перевищує 1 гбіт/с.

Основний супутниковій завод Amazon знаходиться в Kirkland, штат Вашингтон, а деякі компоненти виробляються на головному офісі Leo поблизу Редмонда. Amazon також має $140 млн, 100 000 квадратних футів, центр обробки навантаження на Kennedy Space Center, який готує супутники до наступних запусків.

The New Space Race: Bezos, Musk, and the United States’ Lunar Ambitions

Jeff Bezos’ Blue Origin space venture has only just begun to launch a heavy-lift rocket that was a decade in the making — its orbital-class New Glenn launch vehicle, which had its first flight in January. But it’s already planning something even bigger to rival Starship, the super-rocket built by Elon Musk’s SpaceX. Bezos simply isn’t ready to share those plans yet. Actually, a super-heavy-lift rocket concept known as New Armstrong (named in honor of first moonwalker Neil Armstrong) has been talked about for almost as long as New Glenn (whose name pays tribute to John Glenn, the first American in orbit). Bezos mentioned the idea way back in 2016, but said at the time that it was “a story for the future.” Details about New Armstrong are still a story for the future, according to an account in “Rocket Dreams,” a book about the billionaire space race written by Washington Post staff writer Christian Davenport. “They’ve been very quiet about it,” Davenport says in the latest episode of the Fiction Science podcast. “I asked Jeff specifically about that at the New Glenn launch, and he didn’t want to talk about it.”

In the book, he quotes Bezos as saying only that “we are working on a vehicle that will come after New Glenn and lift more mass.” New Armstrong is one of the few mysteries that Davenport wasn’t able to crack in his account of the space rivalry between Bezos and Musk. Davenport first addressed that rivalry seven years ago in a book titled “Space Barons,” but this updated saga is set in the context of an even bigger rivalry between America and China. Both nations are aiming to send astronauts to the moon by 2030, if not before. Acting NASA Administrator Sean Duffy doubled down on the space race this week when the space agency introduced 10 new astronaut candidates to the public. “I’ll be damned if the Chinese beat NASA, or beat America, back to the moon,” he said. Duffy’s boss, President Donald Trump, has high expectations as well. During his inaugural address, Trump said it was “our manifest destiny” to have U.S. astronauts plant the Stars and Stripes on Mars. Musk, who was in the audience, responded with a gleeful thumbs-up.

Six decades ago, NASA was fully in charge of the first space race. But this time around, the space agency is depending more than ever on private companies to manage how America will get to the moon and Mars. The parallel races between America and China, and between SpaceX and Blue Origin, are the focus of “Rocket Dreams.” For now, SpaceX is miles ahead: It’s been flying astronauts for NASA since 2020, and beat out Blue Origin for a multibillion-dollar contract to land the first crew on the moon for NASA’s Artemis program. In “Rocket Dreams,” Davenport writes that SpaceX’s dominance has been a long-running source of frustration for Bezos. On multiple occasions, reports bubbled up that “Amazon Jeff” would be turning up the heat on Blue Origin to accelerate progress — just as he has historically done at Amazon, the other company he founded. Bezos made his most recent major move two years ago when he named former Amazon VP Dave Limp to become Blue Origin’s CEO. New Glenn’s first launch came a little more than a year after Limp took the helm. But New Glenn’s second launch — which is supposed to send a pair of orbiters to Mars for NASA — has been repeatedly delayed. “They still have a lot to prove, and they’re still really, really far behind SpaceX,” Davenport says. “I think Amazon Jeff is probably frustrated and wants to move faster.” “Rocket Dreams” takes the story of the space race up to two of its recent high points: SpaceX’s execution of a spectacular catch of the Starship launch system’s Super Heavy booster last October, and the first launch of Blue Origin’s New Glenn. Since then, there have been a few new twists and turns. SpaceX went through three less-than-fully successful Starship flight tests, followed by a more encouraging flight last month. The fact that Starship’s development timeline is lagging behind Musk’s ever-optimistic projections has led some to wonder whether a modified version of the Starship upper stage can get the Artemis 3 crew onto the lunar surface on NASA’s 2027 timetable. Count Davenport among the wonderers. “Pretty much everyone knows that that’s highly unlikely,” he says. Meanwhile, Blue Origin is continuing to work on its own Blue Moon lunar landing system, which was awarded a NASA contract two years after SpaceX won the initial lunar lander competition. The Blue Moon MK1 lander is currently scheduled to take on an uncrewed test mission to the moon within the coming year — which means it’s possible that Blue Moon will reach the lunar surface before Starship does. Blue Origin is also working on moon-related projects beyond launch and landing. In one of the later chapters of “Rocket Dreams,” Davenport recounts his visit to a secret laboratory north of Los Angeles, where Blue Origin engineers are working on technologies to convert moon dirt into valuable resources ranging from breathable oxygen to solar cells and transmission wire. The project, known as Blue Alchemist, won $34.7 million in NASA funding in 2023 and passed a critical design review just this month. Davenport says Blue Origin seems to be ahead of SpaceX in the development of off-world infrastructure. “You hear Elon talk about, yeah, we’re going to build a city on Mars. But what technologies are you working on to make us have a sustainable presence there?” he says. Unlike Davenport’s earlier book, “Rocket Dreams” doesn’t spend a significant amount of ink on other players in the commercial space race — except to touch on Virgin Galactic founder Richard Branson’s role in spoiling the hype surrounding Bezos’ suborbital spaceflight in 2021. The rise of a second wave of space upstarts will have to be documented in a future book. Davenport is most intrigued by Kent, Wash.-based Stoke Space, which is building its own reusable rocket. “They’re moving incredibly fast, and everything you hear about their progress is very, very positive,” he says. “There’s always a lot of hype around these companies, and the bottom line is, you have to prove it. You have to fly.” Perhaps the biggest issues to watch for in a sequel have to do with the Trump administration and what happens to NASA’s Artemis moon program over the next three years. In “Rocket Dreams,” Davenport recounts an episode in which NASA officials had to tell Trump that a milestone launch would be postponed if the conditions weren’t right, “and there is nothing you can do about it,” and there is nothing you can do about it. Will Trump take no-go for an answer this time around? “You begin to worry about safety — about cutting corners, doing something to accelerate the program, and getting there for the political goal of beating China,” Davenport says. “I just worry that maybe you do something that is unsafe.” Trump’s fondness for winning isn’t the only factor behind the new space race. There’s a bigger reason why the federal government, and tech billionaires, are spending billions of dollars on space programs. In an age of increasing threats from above, ranging from drones to hypersonic weapons to satellite killers, space is the final frontier for national security — and for the perception of global technological prowess. That’s just how it was during the first space race in the 1960s. “Some of the biggest themes in the next five to 10 years may not necessarily come from civil space, or it’ll come from civil space acting somehow in concert with national security space, with the Pentagon,” Davenport says. “Because I think the idea that space is a warfighting domain and a contested environment — that is here, unfortunately, and we are seeing that.” Christian Davenport will discuss “Rocket Dreams” and the new space race at Seattle’s Museum of Flight at 7 p.m. PT Oct. 1, with Alan Boyle serving as the event’s moderator. Check the museum website for ticket information, and consult this LinkedIn post to find out about Davenport’s other upcoming book-tour events in Chicago; Orlando, Fla.; and Huntsville, Ala. Alan Boyle’s co-host for the Fiction Science podcast is Dominica Phetteplace, an award-winning writer who is a graduate of the Clarion West Writers Workshop and lives in San Francisco. To learn more about Phetteplace, visit her website, DominicaPhetteplace.com. Fiction Science is included in FeedSpot’s 100 Best Sci-Fi Podcasts. Check out the original version of this report on Cosmic Log for recommendations on further reading about the new space race. And stay tuned for future episodes of the Fiction Science podcast via Apple, Spotify, Player.fm, Pocket Casts and Podchaser. If you like Fiction Science, please rate the podcast and subscribe to get alerts for future episodes.