After delays due to weather and solar storms, the heavy-lift launcher lifted off from Cape Canaveral, placed a pair of NASA satellites in orbit and successfully returned the booster to Jacklyn – a milestone in the competition with SpaceX.
Blue Origin launched two satellites to Mars and successfully returned the New Glenn booster: a milestone for the significant competitor of SpaceX Jeff Bezos' Blue Origin managed last night (November 13) to carry out a second launch of the heavy New Glenn launcher, placing a pair of NASA ESCAPADE satellites in orbit on their way to Mars - and most importantly, landing the booster stage on a drone ship in the Atlantic Ocean for the first time. The booster, this time called "Never Tell Me the Odds", landed on the Jacklyn marine platform (named after Bezos' mother), a feat that joined the deployment of the satellites in orbit about an hour after liftoff from Cape Canaveral, Florida. It is a defining moment for Blue Origin, which establishes New Glenn as a worthy competitor to SpaceX - so far the only commercial company to routinely return boosters to low orbit.
The road to liftoff was not smooth: Early attempts this week were delayed first by unusually cloudy skies and sunbursts, and later by a momentary “glitch” in ground systems—including a failure of the launch pad’s deluge system. Despite the delays, New Glenn lifted off at 15:55 p.m. Eastern Time, and the booster landing that followed was met with applause at Blue Origin’s control center and the company’s headquarters in Washington.
ESCAPADE – short for ESCApe and Plasma Acceleration and Dynamics Explorers – is a relatively low-cost NASA science mission to operate two twin satellites, Blue and Gold (as named by the University of Berkeley), that will measure the magnetosphere, upper atmosphere, and ionosphere of Mars in stereo. The two spacecraft will travel on a planned long-loop, gravity-assisted orbit in about a year, entering Mars orbit in 2027, and conducting science missions through 2029. The mission is operated by the University of California, Berkeley Space Laboratory (SSL), with Rocket Lab building the spacecraft and Blue Origin winning the launch. The findings are expected to improve understanding of Martian atmospheric escape for generations – information important for future navigational communications and characterizing radiation risks to astronauts.
The New Glenn launcher itself is a two-stage, heavy-lift launcher, with a reusable first stage powered by seven BE-4 (liquid oxygen and methane) engines, and a second stage with a BE-3U (liquid oxygen and liquid hydrogen) engine for launching to high orbits. The low-orbit (LEO) payload capacity is stated to be around 45 tons – above SpaceX's Falcon 9 (about 23 tons), but below the Falcon Heavy (about 64 tons) and Starship (100–150 tons, still in development). New Glenn has a 7-meter-diameter canopy, suitable for particularly bulky payloads. On its maiden flight in January 2025, the launcher reached orbit, but the booster's sea landing attempt (“So You're Telling Me There's a Chance”) failed – which further emphasizes the significance of a successful landing now.
The current flight also carried a ViaSat demonstration payload for the HaloNet relay service, as part of a gradual transition by space agencies to commercial connectivity in place of NASA’s long-standing TDRS array. The demonstration was designed to test real-time telemetry transmission over commercial relays—another sign of the “privatization” of the communications layer in space. For Blue Origin, it’s a boost to commercial credibility: the launcher is mission-ready, places a delicate payload into a precise orbit, and returns a reusable booster—a trifecta that reduces costs for customers and attracts future campaigns, including the company’s lunar missions.
ESCAPADE itself is part of a wave of “smart-and-reduced” missions to Mars: a pair of compact spacecraft in the same configuration will fly and operate in coordination to paint a dynamic picture of the interaction between the solar wind and the upper layers of Mars. Coordinated measurements at two points simultaneously make it possible to distinguish between fluctuations in time and spatial structure – an advantage that a single observation has difficulty providing. For NASA, a better understanding of the plasma conditions around Mars will serve as a foundation for stable communications, precise navigation and radiation protection during extended stays. For basic science, this is another building block in reconstructing the “climate evolution” of Mars and understanding how it lost most of its gas envelope.
From an industrial perspective, the launch and landing of New Glenn anchors Blue Origin in the trio of active heavy launchers, alongside Falcon Heavy and Starship (in development). The return of the booster for the first time sends a double message: the level of maturity of the platform is increasing, and the ability to produce high flight rates with reuse – the key to competitive economic models – is becoming more realistic. For the US market, it is a diversification of the supply chain for heavy launches, including for science, security and communications infrastructure missions. And for NASA, another qualified supplier for planetary and lunar missions, with the advantage of a generous canopy volume and a performance profile suitable for interplanetary travel with an efficient second stage.
Despite the competition between the companies, even SpaceX publicly gave credit to its rival: “Returning an orbital-level booster is an extraordinarily difficult task. Well done,” wrote Falcon Vice President John Edwards. It is clear that the competition between the two giants – Bezos’ and Musk’s – continues to spur innovation, with each side trying to accelerate the rate of flights, increase payloads and reduce costs. Against this backdrop, ESCAPADE is a double-edged sword: both a scientific step to Mars and a testbed for Blue Origin on its path to becoming a regular launch platform and strengthening America’s position in the commercial space industry.
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