Blue Origin plans to launch its New Glenn rocket from Cape Canaveral on Nov. 13, 2025, carrying NASA’s twin ESCAPADE spacecraft bound for Mars and a Viasat communications demo. Liftoff is set within an 88‑minute window from 2:57 p.m. to 4:25 p.m. Eastern, with Blue Origin providing an online broadcast beginning 20 minutes before launch. The flight is New Glenn’s second orbital attempt and includes a high‑stakes test: a booster recovery on a ship named Jacklyn about 375 miles offshore. The mission was delayed earlier this week by solar activity and weather; the launch team says schedule and safety remain the top priorities.
Key Takeaways
- Launch date and window: Nov. 13, 2025, with an 88‑minute window from 2:57–4:25 p.m. Eastern.
- Primary payload: NASA’s ESCAPADE twin spacecraft (Blue and Gold) to study Mars’ magnetic and plasma environment; arrival expected September 2027.
- Secondary payload: a Viasat communications technology demonstration rides as an auxiliary payload.
- Booster recovery test: New Glenn’s first booster landing attempt at sea on the vessel Jacklyn, positioned ~375 miles off the U.S. East Coast.
- Space weather impact: three coronal mass ejections from the Sun prompted a scrub earlier in the week due to radiation risks to spacecraft electronics.
- Company milestone: New Glenn’s first flight in January 2025 reached orbit but failed to recover the booster when engines did not reignite.
Background
New Glenn is Blue Origin’s large orbital launcher named after astronaut John Glenn. At 321 feet tall with a seven‑meter payload fairing, it sits between SpaceX’s Falcon 9 and the larger Starship in size and is designed with a reusable first stage to reduce launch cost per flight. Reuse of orbital boosters has become an industry benchmark since SpaceX began regular booster recovery and reflights, a capability Blue Origin aims to match with New Glenn.
NASA’s ESCAPADE mission—Escape and Plasma Acceleration Dynamics Explorers—was developed at the University of California, Berkeley’s Space Sciences Laboratory. The mission includes two identical orbiters dubbed Blue and Gold that will study how charged particles interact with Mars’ upper atmosphere and magnetic environment during at least one year of operations beginning in late 2027. The flight was originally slated for an earlier New Glenn launch but was removed from that manifest and stored until New Glenn’s second flight became available.
Main Event
The New Glenn rocket is scheduled to depart Cape Canaveral Space Force Station during the stated window on Nov. 13, 2025. Blue Origin will stream live coverage beginning 20 minutes before liftoff; the company’s webcast is the primary public feed for launch events and booster recovery attempts. Following stage separation, the first stage will return toward Earth for a powered descent intended to end with a touchdown on the ship Jacklyn, named for Jeff Bezos’s mother, which is stationed in the Atlantic.
ESCAPADE’s two spacecraft are enclosed in New Glenn’s seven‑meter fairing and will begin a long interplanetary transfer that ends with Mars orbit insertion around September 2027. During cruise and after arrival, the pair will collect coordinated plasma and magnetic field measurements to study how Mars’ weak magnetic anomalies and thin atmosphere interact with the solar wind. The mission also carries a Viasat demonstration to test new space‑to‑ground communications techniques.
Earlier in the week, crews postponed planned attempts because of two distinct factors: terrestrial weather and space weather. On Sunday and again on Wednesday, surface conditions at the Cape or concerns about high‑energy particles from coronal mass ejections forced mission managers to stand down. The mission team cited the risk that energetic particle flux could disrupt spacecraft computers or prevent solar array deployment during the critical early phase of the mission.
Operationally, the flight serves dual objectives: validate New Glenn’s orbital performance and demonstrate the viability of returning and reusing the first stage. Blue Origin succeeded in carrying its October payload to orbit on New Glenn’s first flight in January 2025, but the booster recovery failed when the engines did not relight for the landing burn and the stage impacted the ocean. Achieving a successful touchdown on Jacklyn would be the company’s first recovery of an orbital‑class booster.
Analysis & Implications
If New Glenn successfully launches ESCAPADE and the booster lands, the outcome would mark a major operational milestone for Blue Origin and strengthen competition in the commercial launch market. Reusable boosters reduce marginal cost per launch and raise cadence potential; SpaceX’s track record of over 500 booster landings and repeated reflights is the benchmark New Glenn now targets. A second successful orbital flight with recovery would improve Blue Origin’s ability to win larger, repeatable contracts for institutional and commercial customers.
For NASA and the scientific community, ESCAPADE represents an efficient way to field coordinated plasma investigations at Mars. The dual‑satellite architecture enables simultaneous measurements from different orbital positions, improving understanding of transient events such as solar storms and localized crustal magnetic anomalies. Results could influence models of atmospheric escape, planetary habitability assessments, and planning for human‑led exploration by clarifying how Mars’ near‑space environment responds to solar forcing.
There are broader strategic stakes as well. A proven New Glenn recovery capability would diversify the supply of reusable orbital launch services, potentially constraining launch prices and increasing resilience for national and commercial programs. Conversely, another failed recovery would reinforce SpaceX’s operational lead and underscore the technical difficulty of reliable engine re‑starts and precision maritime landings at orbital scales.
Comparison & Data
| Company | Orbital booster landings | Top reflights (single booster) |
|---|---|---|
| SpaceX | 500+ successful landings | 31 flights |
| Blue Origin (New Glenn) | 0 successful orbital booster landings | — |
| Blue Origin (New Shepard) | multiple suborbital recoveries (reusable) | varies |
The table contrasts publicly reported SpaceX achievements with Blue Origin’s current record on orbital booster recovery. SpaceX has established repeated reflights as a routine operation, while Blue Origin’s New Shepard program demonstrated reuse at suborbital altitudes but New Glenn has yet to deliver a recovered orbital booster. Landspace in China has signaled similar ambitions for its Zhuque‑3 design, though operational timelines remain tentative.
Reactions & Quotes
Mission scientists and company officials emphasized both the scientific value of ESCAPADE and the technical risk of at‑sea recovery. NASA and UC Berkeley teams framed ESCAPADE as a cost‑effective way to study Mars’ plasma environment with complementary observations from two spacecraft. Blue Origin reiterated that public coverage would be available for observers and media prior to the attempt.
“The radiation was beginning to die down, and the launch would have gone ahead,”
Rob Lillis, principal investigator, UC Berkeley Space Sciences Laboratory
The principal investigator explained that solar energetic particles from multiple coronal mass ejections prompted extra caution because high fluxes can disrupt spacecraft electronics and impede critical early operations such as solar‑array deployment. That assessment guided the team’s decision to remove ESCAPADE from an earlier manifest and to accept near‑term delays when space weather spiked.
Blue Origin has described its webcast and recovery attempt as routine parts of the mission plan and encouraged public viewing. Officials note the difficulty of maritime landings for orbital boosters and characterize the event as a technology demonstration that, if successful, will be used to support higher launch cadence and lower marginal costs.
“Blue Origin is providing online coverage of the launch, starting 20 minutes before liftoff,”
Blue Origin (public information)
The company’s public feed will be the primary source for live telemetry and video of both ascent and the post‑stage‑separation recovery sequence. Independent observers and industry analysts will watch telemetry and recovery cameras closely to judge whether the booster engines execute the reignition and descent profile required for a precision sea landing.
Unconfirmed
- Whether the third coronal mass ejection would have produced damaging radiation levels at the exact time of ESCAPADE separation remains partly retrospective; early forecasts prompted the precautionary scrub.
- The probability of a successful booster recovery is uncertain until telemetry from the descent burn and approach to Jacklyn is available.
- Operational details about the Viasat demonstration’s performance in flight will only be known after post‑launch data downloads and company debriefs.
Bottom Line
Monday’s launch attempt represents both a scientific milestone and an industrial test. ESCAPADE will extend Mars plasma science with two coordinated orbiters and is expected to arrive in September 2027, while the New Glenn booster recovery could validate a reusable orbital capability that Blue Origin needs to compete at scale. Space weather and maritime recovery complexity add layers of operational risk; mission teams have prioritized caution when forecasts showed elevated particle fluxes.
For observers, the most immediate takeaway is simple: tune to Blue Origin’s webcast starting 20 minutes before the window opens on Nov. 13, 2025, to watch ascent and follow any post‑separation recovery attempts. In the longer term, a successful mission would broaden options for both science and commercial launches; a failed recovery would underscore how difficult and finely timed these operations remain at orbital energy scales.