Blue Origin, an aerospace company founded by Jeff Bezos, is preparing the second flight of the New Glenn rocket for this Thursday, November 13, 2025. The launch will take place from Launch Complex 36, in Cape Canaveral, Florida, in the United States. The mission, identified as NG-2, carries two twin NASA probes called Escapade, designed to analyze the interaction between the solar wind and the atmosphere of Mars. The main objective lies in understanding how these phenomena contribute to the atmospheric loss of the red planet, facilitating future human explorations.
The rocket, 98 meters high, represents a milestone in the company’s orbital launch capacity. Following the successful maiden flight in January 2025, this test validates the system for interplanetary missions. The launch window opens at 2:57 pm local time and extends until 4:25 pm, subject to favorable weather and space conditions.
The decision to postpone previous attempts reflects precautions with intense solar events. A coronal mass ejection detected on Wednesday, November 12, raised the risks for the probes’ sensitive equipment. Teams from NASA and Blue Origin monitored the event, which traveled at 1,500 km/s and impacted Earth in the early hours of Thursday.
- The Blue and Gold probes, each weighing 535 kg, will initially orbit the L2 Sol-T Lagrange pointwrong by a year.
- In 2026, they will fly over Earth to gain speed towards Mars, with arrival scheduled for 2027.
- The total cost of the Escapade mission does not exceed 80 million dollars, financed by NASA’s Simplex program.
Escapade Mission Details
The Escapade probes, built by Rocket Lab and led by the Space Sciences Laboratory at the University of California at Berkeley, will simultaneously measure charged particles in the Martian magnetosphere. This data will help map how the solar wind erodes the planet’s thin atmosphere, a process that occurred billions of years ago. The mission is part of NASA’s low-cost planetary exploration portfolio, prioritizing accessible innovations.
The probes’ trajectory involves a strategic waiting phase in deep space. After separating from New Glenn’s fairing, approximately nine minutes after takeoff, they will begin their journey. This range allows for precise adjustments, avoiding initial launch interference. Experts emphasize that the probes’ dual observations will provide an unprecedented stereoscopic view of the Martian environment.
New Glenn History
The New Glenn emerged as a response to the demand for large reusable vehicles. Designed to compete with SpaceX’s Falcon 9, the rocket uses BE-4 boosters powered by methane and liquid oxygen. Its first flight, in January 2025, reached low orbit without main payloads, focusing on structural testing. Blue Origin plans to� seven annual launches starting in 2026, expanding to satellite constellations.
The reuse of the first stage, which will land on a maritime platform, reduces operational costs by up to 30%. Deep-sea anchoring tests have taken place on previous missions, with an 80% success rate in simulations. This NG-2 stage marks the first operational attempt at in-flight recovery with a scientific payload.
The development has consumed billion-dollar investments since 2015, with key partnerships in the supply chain. Manufacturers such as Aerojet Rocketdyne contributed secondary engines, ensuring redundancy. The vehicle supports payloads of up to 45 tons for low orbit, adaptable to translunar or Martian profiles.
Recent preparations and delays
Initial launch attempts faced weather and space obstacles. On Sunday, November 9, cumulonimbus clouds and a cruise ship in the flight path disrupted preparations. The second, on Wednesday, November 12, gave way to heightened solar activity, with aurora borealis visible at low latitudes.
Technical teams carried out final checks on Wednesday night, confirming the integrity of the vehicle. Complex 36, revitalized by Blue Origin since 2020, includes modular launch towers for agility. Continuous telemetry monitoring via satellites ensures early detection of anomalies.
The live broadcast starts 20 minutes before takeoff, accessible via the Blue Origin website. Local authorities activated safety protocols, including temporary closures of nearby beaches. This coordinationo involves the United States Space Force and the Federal Aviation Administration.
Additional load and innovations
In addition to the main probes, New Glenn carries a Viasat technology demonstration. The InRange relay system will test real-time in-flight communications, part of NASA’s Communications Services Project. This integration validates networks for missions in low Earth orbit, with potential for lunar expansions.
Viasat, specialized in space telecommunications, provided compact hardware for data transmission. Testing takes place in the first few minutes post-launch, collecting latency and reliability metrics. Results will influence future NASA contracts, estimated at US$300 million over five years.
Innovations in the second stage include post-mission inertia to comply with orbital debris standards. After separation, the component will be deactivated, minimizing collateral risks. This practice aligns with international space sustainability guidelines.
Contributions to Martian exploration
Blue Origin positions New Glenn as a pillar for interplanetary agendas. With capacity for multiple probes, the rocket supports NASA’s Artemis program indirectly by providing logistics infrastructure. Previous studies, such as those from the Maven probe in 2014, complement the Escapade data, forming a robust database on atmospheric dynamics.
Research indicates that the solar wind removed 90% of Mars’ original atmosphere over 4 billion years. To thenew measurements will refine predictive models, essential for pressurized habitats in future colonies. Academic collaborations, such as with UC Berkeley, speed preliminary analyses.
NG-2’s success brings Florida’s total launches in 2025 to 97, surpassing annual records. This density reflects the growth of the commercial space sector in the United States.
