Blue Origin Releases Findings from Investigation into New Glenn Launch Failure

On April 19, 2026, Blue Origin's New Glenn rocket lifted off from Launch Complex 36 at Cape Canaveral Space Force Station carrying AST SpaceMobile's BlueBird 7 satellite. The first stage separated cleanly and landed on the company's droneship "Jacklyn" in the Atlantic Ocean — a milestone, as it marked New Glenn's first reuse of a previously flown booster [1]. But the upper stage faltered. One of its two BE-3U engines failed to produce sufficient thrust during the second burn, stranding BlueBird 7 in an orbit too low for the spacecraft's onboard thrusters to correct [2]. Within days, AST SpaceMobile declared the satellite a total loss [3].

Five weeks later, on May 22, Blue Origin announced that the Federal Aviation Administration had approved its mishap report, clearing New Glenn to fly again [4]. The investigation identified nine corrective actions. But questions remain — about the technical root cause, the financial fallout, the independence of the investigation, and whether Blue Origin can stay competitive in an industry that waits for no one.

The Technical Failure: A Cryogenic Leak and a Frozen Hydraulic Line

Blue Origin's final mishap report identified the direct cause as a cryogenic leak that froze a hydraulic line, leading to a thrust anomaly during the second-stage engine burn [4]. The second stage of New Glenn is powered by two BE-3U vacuum-optimized engines, designed and manufactured in-house by Blue Origin, burning liquid hydrogen and liquid oxygen [5].

CEO Dave Limp confirmed the outline publicly within 24 hours of the failure, stating that "one of the BE-3U engines didn't produce sufficient thrust" to reach the target orbit [6]. The anomaly occurred during the second of two planned upper-stage burns — the first burn established an initial parking orbit, but the second burn, required to raise the satellite to its operational altitude, fell short.

Independent observers analyzing publicly available telemetry data noted that the engine performance appeared nominal through the first burn and early coast phase. The failure mode — a cryogenic leak causing ice formation on a hydraulic actuator line — is consistent with known risks in liquid hydrogen systems, where even minor seal degradation can produce leaks that freeze nearby components at temperatures below -250°C [5]. The question that Blue Origin's report does not fully address in its public disclosures is whether this failure mode was identified in pre-flight risk assessments or whether it represents a gap in the qualification testing of the BE-3U engine's cryogenic interfaces.

A Hole in the Roof: The 2CAT Facility Incident

Adding complexity to the NG-3 story is a separate incident at Blue Origin's Second Stage Cleaning and Test (2CAT) facility at Exploration Park, near the launch site. Satellite imagery revealed a substantial hole in the roof of the 2CAT building following a pressurized propellant tank test around April 9 — ten days before the NG-3 launch [7].

The 2CAT facility serves as the final certification checkpoint for upper stages before integration with first-stage boosters. Blue Origin did not proactively disclose this ground infrastructure damage, even as the company continued pursuing its April launch timeline [7]. The lack of transparency drew local scrutiny and raised questions about whether the facility anomaly was related to the flight failure, or whether schedule pressure contributed to proceeding with a launch despite unresolved ground-test concerns. Blue Origin has not publicly stated whether the upper stage flown on NG-3 was processed through the damaged facility or an alternate workflow.

New Glenn's Scorecard: How Does It Compare?

NG-3 was New Glenn's third flight overall. The record stands at two successes and one failure — a 67% success rate through three missions.

That record is roughly in line with other new orbital rockets at the same stage of development. SpaceX's Falcon 9, now the most-flown rocket in history with over 650 launches and a 99.5% success rate [8], had a rockier start than many remember. Its first three flights between 2010 and 2012 included two full successes and one partial failure during the CRS-1 mission, when a Merlin engine failed mid-flight and the secondary payload was placed in the wrong orbit [8]. Rocket Lab's Electron similarly experienced one failure in its first three flights between 2017 and 2018, when its inaugural launch was terminated by a range safety officer due to a ground communications glitch [9].

Source: Public launch records

Data as of May 24, 2026CSV

The comparison offers some comfort for Blue Origin but also an important caveat: both Falcon 9 and Electron progressed rapidly from their early stumbles. Falcon 9 flew 20 times in its first five years. Electron reached 10 flights within two years. New Glenn has managed three flights in 15 months since its January 2025 debut — a cadence that reflects both the complexity of heavy-lift vehicles and Blue Origin's still-maturing production pipeline [10].

Financial Fallout: A $30 Million Satellite and Delayed Ambitions

The most immediate financial consequence fell on AST SpaceMobile. BlueBird 7, part of the company's planned constellation for direct-to-smartphone broadband service, was insured for $30 million [3]. AST SpaceMobile disclosed in an SEC filing that it expects the satellite's cost to be covered by insurance, limiting the direct financial impact [11]. However, AST SpaceMobile's stock dropped following the announcement, reflecting investor concern about the delay to its constellation deployment timeline [12].

For Blue Origin, the financial picture is more diffuse but arguably more consequential. The company was in the process of completing a four-flight certification campaign required by the U.S. Space Force before New Glenn can carry national security payloads under its NSSL Phase 3 Lane 2 contract [13]. That contract covers seven launches and is part of a broader $2.4 billion program shared among SpaceX, ULA, and Blue Origin for 54 national security launches between 2025 and 2029 [14]. NG-3 was supposed to be flight three of four. A failed flight does not automatically count toward certification, and the grounding has introduced uncertainty about whether Blue Origin will need additional demonstration flights before receiving clearance for government payloads.

The delay also affects Blue Origin's plans to establish a launch presence at Vandenberg Space Force Base in California, which the company was advancing in April 2026 to support polar-orbit national security missions [15].

The $28 Billion Question: Can Bezos Keep Writing Checks?

Jeff Bezos has funded Blue Origin almost entirely from his personal wealth since founding the company in 2000. Cumulative investment has now approached an estimated $28 billion, with annual spending reaching roughly $4.8 billion in 2026 [16].

Source: GeekWire, CNBC, public reports

Data as of May 24, 2026CSV

Those figures are now forcing a strategic reckoning. In a recent internal all-hands meeting, CEO Dave Limp told employees that the company is considering seeking outside investment for the first time in its 26-year history [16]. Limp framed the decision around ambition: relying on a single investor is "no longer sufficient" to achieve a target of 100 launches per year, which would require billions more in manufacturing and launch infrastructure [16]. But the timing — immediately following a mission failure — complicates the fundraising narrative.

The competitive pressure is real. SpaceX, which is planning an initial public offering with a valuation exceeding $2 trillion, can offer prospective employees equity in a proven, profitable launch company [17]. ULA, backed by Boeing and Lockheed Martin, has decades of national security launch heritage. Blue Origin has three flights and a burn rate approaching $5 billion per year.

New Glenn's development timeline itself reflects the challenge. The rocket was announced in September 2016 with an inaugural flight planned no earlier than 2020. It actually flew in January 2025 — more than four years behind schedule, spanning three different Blue Origin CEOs [10]. That kind of delay, while not uncommon in aerospace, erodes confidence among government procurement officials evaluating launch providers for decade-long contracts.

Who Watches the Investigators?

Under FAA regulations governing commercial space launches, the launch operator — in this case, Blue Origin — leads its own mishap investigation, with FAA oversight [18]. The FAA must approve the final report and verify that corrective actions address public safety concerns before the operator can resume launches. This framework differs from aviation accident investigations, which are led by the independent National Transportation Safety Board (NTSB).

The FAA confirmed on May 22 that it closed the Blue Origin-led investigation and will verify implementation of corrective actions prior to the next New Glenn mission [4]. But the agency has not disclosed details about the depth of its technical review or whether it conducted independent engineering analysis beyond reviewing Blue Origin's own report.

Critics of the self-investigation model argue that it creates structural incentives to minimize findings related to organizational culture, schedule pressure, or cost-cutting — factors that are harder to detect through hardware analysis alone but have been central to some of the worst accidents in aerospace history, including the Space Shuttle Columbia disaster [19]. In the case of the 2CAT facility damage, Blue Origin's decision not to proactively disclose the incident raises questions about the company's transparency posture during the investigation period [7].

Defenders of the current system note that the FAA retains veto power over return-to-flight decisions and that commercial launch companies have strong financial incentives to identify and fix real problems — a rocket that fails repeatedly does not attract customers. The FAA has also previously granted NASA and the NTSB observer status in Blue Origin investigations, as it did during a 2022 New Shepard mishap [20], though it has not confirmed whether the same arrangement applied to the NG-3 investigation.

The Nine Corrective Actions — and What We Don't Know

Blue Origin stated that it identified nine corrective actions to prevent recurrence of the NG-3 failure [4]. The company has not publicly disclosed the specifics of these actions — whether they involve hardware redesigns to the BE-3U engine's cryogenic seals, changes to hydraulic line routing or thermal protection, updates to pre-flight inspection protocols, or supplier audits.

The FAA has said it will verify implementation of the corrective actions before the next launch [4], but has not published a timeline for that verification. Blue Origin has not announced a target date for NG-4, the next mission, which will be critical for its Space Force certification path.

This opacity is standard practice in commercial launch — SpaceX and Rocket Lab have similarly kept corrective action details close during their own return-to-flight processes. But for a company that has yet to complete its certification campaign and is seeking its first outside investors, the lack of public detail creates an information asymmetry that regulators, customers, and potential investors must navigate on trust.

What Comes Next

Blue Origin now faces a compressed timeline. It must implement nine corrective actions, pass FAA verification, complete at least one more successful flight for Space Force certification, and begin delivering on its NSSL contract — all while burning through capital at an unprecedented rate and, for the first time, asking outside investors to share the risk.

The NG-3 failure, viewed in isolation, is a setback well within the historical norm for new launch vehicles. Rockets fail, especially early in their careers. But Blue Origin does not operate in isolation. It competes against SpaceX, which launched over 100 missions in 2025 alone [8], and ULA, which has never lost a primary payload. The margin for error is thin, and the clock is ticking on contracts, certification, and capital.

The technical fix — addressing a cryogenic leak that froze a hydraulic line — may prove straightforward. The harder questions are organizational: whether Blue Origin can build the launch cadence, institutional rigor, and transparency that government and commercial customers demand. The answer to those questions will not come from an investigation report. It will come from the launch pad.