Blue Origin New Glenn Explodes on the Pad - Deep Dive Weekly
Industry Briefing
What happened: Blue Origin's New Glenn rocket exploded at Launch Complex 36, Cape Canaveral, at 9pm ET on May 28 during a static fire test — destroying the rocket, the erector-gantry, and a lightning tower. The rocket was days away from carrying 48 Amazon Leo satellites. Within hours, SpaceX launched a Falcon 9 carrying 29 Starlink satellites from the same Space Coast, landed the booster on a droneship, and completed the mission cleanly. It was SpaceX's 50th Starlink launch of 2026.
Why it matters: The juxtaposition was not lost on the industry. New Glenn's track record now stands at three flights, two significant mission failures, and a launchpad explosion — it has never completed a fully successful operational mission. Meanwhile Starlink is executing its 50th orbital deployment of the year with routine precision. This is not just a competitive divergence; it is a structural divergence. Amazon Leo was relying on New Glenn's ~45-satellite-per-launch payload capacity to reach its FCC milestone of 1,601 satellites in orbit. That path is now severely compromised.
The compounding context: This same week, SpaceX was awarded two separate US Space Force contracts totalling ~$6.45B — a $2.29B military space data network and a $4.16B SB-AMTI airborne threat-tracking constellation. SpaceX now controls major portions of US military launch, satellite communications, and orbital surveillance in a single week in which its only heavy-lift competitor destroyed itself on the pad. As the South China Morning Post noted in an alert captured this week: "Space is no ordinary commercial, open market." The geopolitical implications of this level of concentration in a single private company are only beginning to register.
All stories sourced from Glenn's Google Alert emails (Starlink · Satellite communications · FCC satellite) and verified against Via Satellite and primary sources.
The SpaceX S-1 provides the first verified look at Starlink unit economics. Q1 2026 Connectivity segment: $3.26B revenue, $1.19B operating income, $2.09B adjusted EBITDA (64% margin). FY2025: $11.4B revenue, $4.4B operating income (+120% YoY). For context, Viasat's entire company produced $4.64B for the full fiscal year. ARPU has compressed from $99/month (2023) to $66/month (March 2026) — but volume is more than compensating.
This week marks Starlink's 50th orbital deployment mission of 2026, executing with routine precision hours after New Glenn's explosion. The FCC cleared lower Starlink dish angles (expanding field of view, boosting coverage) and the EPFD rule modernization (enabling up to 8 co-frequency satellites per area simultaneously — a potential 700% capacity increase) both took effect this week. The $4.16B SB-AMTI and $2.29B space data network government contracts add a government revenue stream on top of commercial.
The S-1 disclosed SpaceX plans to deploy orbital AI compute satellites from 2028 — describing Starlink as the low-latency connectivity layer for a future orbital AI infrastructure network (the xAI/Starlink integration thesis in explicit form). IPO roadshow begins early June; listing targeted June 12 at a $1.75T–$2T implied valuation.
The New Glenn explosion removes Amazon's primary high-capacity launch vehicle. New Glenn was contracted for 24 of 102 planned launches and critical for reaching the FCC's 1,601-satellite milestone. Amazon projects ~700 satellites in orbit by end of July 2026 — still ~900 short of the FCC milestone. Switching to Falcon 9 (roughly half the per-mission payload of New Glenn) requires approximately twice the launches for equivalent deployment. Amazon has requested a two-year FCC extension; the outcome is now the single most important regulatory event for Amazon Leo's 2026–2027 trajectory.
Amazon's formal FCC filing this week stated Globalstar's L/S-band spectrum is "necessary to compete in the D2D market" — the clearest strategic signal yet about the Globalstar deal's purpose. A separate FCC filing revealed Amazon is also absorbing Apple's 20% Globalstar stake, which includes existing iPhone Emergency SOS device integrations. Amazon confirms Q3 2026 commercial launch timeline unchanged, but this was stated before full launchpad damage assessment.
Note: ULA Atlas V successfully launched 29 Amazon Leo satellites the day after the explosion — demonstrating partial resilience from the multi-provider strategy, but at a much slower deployment cadence than New Glenn would have provided.
ASTS had been on a strong run — up 35.9% after FCC commercial D2D broadband authorization — before the New Glenn explosion sent it down 17% in a single session. The stock movement trajectory matters: this was not a stock declining from fair value; it was a stock that had priced in significant progress being repriced on execution risk.
ASTS's 2026 revenue guidance is $150M — modest but real commercial revenue from a company that had zero a year ago. BlueBird 8–10 have arrived at Cape Canaveral for mid-June Falcon 9 launch — unaffected by New Glenn. However, ASTS has a multi-launch agreement with Blue Origin for future Block 2 BlueBird deployments, creating legitimate longer-term exposure. Satellite industry analyst Tim Farrar stated on X that ASTS commercial service could be pushed back to 2028 as a result — a view that, if it gains traction among institutional investors, could weigh on the stock through the summer even if the mid-June Falcon 9 launch succeeds.
Analyst projections. Amazon Leo revenue nascent in 2026; New Glenn setback does not affect 2026 commercial revenue given late-year public launch timing, but 2027+ buildout is more uncertain.
Record revenue: $4.64B (+2.7% YoY) · Record awards: $4.9B · Backlog +15% to ~$4.1B · FCF ~$600M (~$180M ex-Ligado) · Net leverage: 3.1x (target: below 3.0x) · EPS: -$0.02 vs. -$0.43 consensus (significant beat — heavily influenced by Ligado payments, not operational performance).
Aviation: +11% YoY, 4,450 commercial aircraft in service. However, American Airlines' confirmed Starlink deal this week is a material competitive blow — American is the largest US carrier by passengers and represents significant future IFC revenue that Viasat and SES had been competing for. Maritime: Below expectations; stabilization pushed to year-end 2027. Fixed broadband: -13% YoY; declining until VS-3 enters full service.
VS-3 fleet confirmed status (from earnings call): F2 — all deployments (reflectors, boom) completed; entering service over the Americas. F3 — launched April 29; solar arrays and radiators deployed; orbit-raising underway; on station ~late June; service entry August–September 2026 over Asia-Pacific. F3 completing the VS-3 global constellation is the single biggest near-term catalyst for Viasat's maritime and aviation ARPU recovery.
Equatys: Viasat is the initial technology prime contractor for this shared L/S-band D2D infrastructure JV with Space42. Service targeted for 2029. Up to 2,800 satellites long-term. Tower-sharing model — multiple operators share common satellite infrastructure, reducing capex per participant. Viasat's MSS spectrum is not being contributed; it will be deployed through the shared infrastructure. This is the most consequential strategic bet in Viasat's portfolio for 2027–2030.
Amazon's formal FCC filing stating Globalstar spectrum is "necessary to compete in the D2D market" is the clearest articulation of its D2D strategy to date. This is regulatory-speak for: without this spectrum, Amazon cannot build a competitive D2D service. The FCC must now weigh whether to approve the transfer and whether conditions should be attached. A separate filing revealed Amazon is also acquiring Apple's 20% Globalstar stake — which includes Apple's existing iPhone Emergency SOS integration. If Amazon acquires that stake, it effectively controls the satellite emergency communications channel built into every recent iPhone sold globally.
The strategic implication: Amazon Leo's D2D strategy is built around Globalstar's spectrum access and device ecosystem integration, rather than purchasing spectrum outright (Starlink's approach) or using carrier-licensed bands (AST's approach). It is a third distinct model — acquisition of an existing satellite company with spectrum rights and device-level integrations. Whether this is more or less defensible than Starlink's $17B spectrum purchase is a key valuation question.
American Airlines' confirmed Starlink deal (500+ narrow-body aircraft) is the biggest IFC news of the week for non-Starlink operators. American is the world's largest airline by fleet size. Losing this account — or never winning it — materially affects Viasat and SES's IFC growth models. Viasat ended FY2026 with 4,450 commercial aircraft in service; management had cited 1,100 additional aircraft from VS-3 F2/F3 as a key growth driver. That guidance does not depend on American Airlines, but the AA/Starlink deal signals the competitive dynamics in airline procurement are shifting toward Starlink as the default.
Amazon Leo's deals (JetBlue 2027, Delta 2028) remain intact but are under timeline pressure from New Glenn. The airline IFC market is becoming a two-horse race: Starlink for new business, and Viasat/SES defending existing relationships with multi-orbit NexusWave service and better coverage guarantees over remote routes.
A growing dispute between SpaceX and the Pentagon over Starlink's use in kamikaze drone guidance during the Iran conflict — surfaced in Glenn's Starlink alert — represents the most concrete illustration yet of the sovereign risk embedded in commercial satellite dependency. The dispute appears to centre on cost allocation and contractual scope for military use of what is nominally a commercial broadband network.
The deeper issue this raises: SpaceX is a private company with commercial pricing, contractual terms, and — as Elon Musk has demonstrated previously in Ukraine — the ability to impose geographic or capability restrictions on its service for reasons unrelated to the military needs of its customers. A government that depends on a private satellite network for operational military communications has, by definition, ceded a degree of sovereign control over those communications. This is not a hypothetical risk for European policymakers — it is now a documented, live dispute within the US military's own procurement system. For the EU's IRIS², this story is the single best justification the programme's proponents have had this year.
The $2.29B military space data network contract (SDA, May 27) and $4.16B SB-AMTI airborne threat-tracking constellation contract (Space Force, May 29) awarded to SpaceX in the same week as its S-1 filing represent an extraordinary concentration of government dependency in a single private company. SpaceX now holds dominant positions across: commercial LEO broadband (Starlink), human spaceflight (Crew Dragon/ISS resupply), military launch (NSSL), and now satellite surveillance and communications network infrastructure. The South China Morning Post's opinion piece this week — "For SpaceX, global dominance may not be written in the stars" — is the non-Western perspective worth tracking: US allies and rivals alike are acutely aware of this concentration, and their responses (IRIS², Guowang, India's GSAT) are shaped by it.
The EC's 2GHz spectrum framework is the most significant sovereignty-driven satcom regulatory action of the year. One-third reserved for EU government/security use via an IRIS²-integrated operator. The remaining two-thirds split equally between EU and non-EU commercial operators — giving Starlink and Amazon Leo access to roughly one-third of total bandwidth. SatNews framed this as "major opportunities" for the MSS operators currently holding those frequencies (Viasat and EchoStar), noting that these become available when their licenses expire in May 2027. A two-year transitional extension is under consideration. For Viasat, this band is directly relevant to the Equatys D2D strategy — its ability to participate in European D2D markets depends partly on how this spectrum transition is managed.
The IRIS² SpaceRISE consortium (SES, Eutelsat, Hispasat) is the primary beneficiary. IRIS² service targeted for 2029. Budget €10.6B (~$12.6B). Both Orange and Deutsche Telekom have said publicly that IRIS² must perform close to Starlink and Amazon Leo to be commercially viable — the sovereign mandate can guarantee spectrum access and government contracts, but cannot guarantee competitive performance. This tension is the central commercial risk in the IRIS² investment case.
The Lowy Institute published analysis this week on LEO satellites and the Indo-Pacific digital divide — noting that targeted use cases (remote communities, disaster response, maritime surveillance) make LEO connectivity a strategic asset for Pacific Island nations and Southeast Asian governments. The framing matters: for these nations, the choice between Starlink, Amazon Leo, and potential Chinese alternatives (Guowang) is simultaneously a connectivity decision and a geopolitical alignment decision. Accepting Starlink means accepting dependency on a US private company with demonstrated willingness to impose service restrictions for geopolitical reasons. Accepting Chinese alternatives raises different but parallel concerns. This is the sovereignty dilemma of the satellite broadband era, writ small across dozens of nations that individually have no leverage but collectively represent a significant addressable market.
