Sovereignty, Commerce, and the Reshaping of the Global Launch Order

From Siberian Launchpads to German Startups: The New Space Race Nobody Predicted

Space / Launch Vehicles & Propulsion  ·  27 March 2026

Special Report Global Launch Market

Russia's Sfera megaconstellation moves from aspiration to hardware, while Germany's Isar Aerospace pushes for a second orbital attempt — together exposing the fracture lines of a space industry no longer dominated by a single power or logic.

By Aviation Week Intelligence Network Staff

Washington / Munich / Moscow  ·  27 March 2026

Bottom Line Up Front

Russia's Roscosmos has placed the first operational satellites of the Sfera megaconstellation into orbit, translating years of policy rhetoric into hardware — but severe sanctions-driven microelectronics shortfalls, constrained launch capacity, and a scaled-back constellation plan from 640 to an uncertain 360–1,200 satellites cast serious doubt on program viability at scale. 

 

Simultaneously, German startup Isar Aerospace is on the launch pad at Andøya Spaceport with its second Spectrum flight — mission "Onward and Upward" — after a scrubbed March 25 attempt; success would mark the first orbital launch from European soil by a purely private company, a milestone with strategic and commercial implications well beyond Bavaria. Together, these developments frame an accelerating global restructuring of launch access driven by sovereign anxiety, not merely commercial logic. Europe's institutional launcher, Ariane 6, is targeting eight flights in 2026 after completing only four in 2025, and a reusability gap against SpaceX's Falcon 9 and Starship remains the defining competitive challenge for every non-U.S. provider. Decision-makers across government and industry should anticipate continued market fragmentation, rising anchor-contract competition, and a narrowing window for second- and third-tier launch providers to achieve financial sustainability.

The global launch industry is reshaping itself along lines that have less to do with geophysics than with the collision of national sovereignty imperatives and brutally unforgiving commercial economics. Two developments from the first quarter of 2026 illuminate the tension with particular clarity: Roscosmos's deployment of initial Sfera constellation satellites from Plesetsk Cosmodrome, and Isar Aerospace's second orbital attempt aboard its Spectrum rocket from Andøya Spaceport in northern Norway — the latter scrubbed on March 25 due to an unauthorized vessel in the maritime exclusion zone before a countermanding engine temperature anomaly ended the countdown window.

Neither event is, in isolation, a turning point. Taken together, they represent the crystallization of trends that have been building since at least 2022: the collapse of Russia's commercial launch business following the invasion of Ukraine, Europe's scramble to reconstitute sovereign access to orbit, and the spreading recognition among governments worldwide that dependence on foreign launch providers carries strategic risk no spreadsheet can adequately capture.

Russia's Sfera: Sovereignty Over Economics

The Sfera program — formally a federal targeted program within Russia's "Digital Economy" national initiative — was proposed publicly by President Vladimir Putin in 2018, initially under the name "Efir." The original architecture called for upward of 640 satellites by 2028–2030, integrating several previously independent Russian space programs: the GLONASS navigation constellation, Express communications satellites, personal-communications Gonets spacecraft, the new mid-orbit broadband Skif variant, and IoT data-relay Marafon microsatellites. Budget allocations of approximately 180 billion rubles, roughly $2 billion at then-current exchange rates, were secured for 162 satellites, though analysts have noted that only partial allocations have materialized through annual budget cycles.

The first dedicated Sfera satellite — Skif-D, a technology demonstrator — launched aboard a Soyuz-2.1b from Vostochny in October 2022, representing the program's initial proof-of-concept. Roscosmos has since announced plans for prototype Marafon IoT satellites in 2025, with five additional Marafon spacecraft in 2026 and eventual scaling to 264 spacecraft in that sub-constellation. The Grifon Earth-observation component targets 132 satellites beginning in 2026.

However, the program's headline communications capability — the Express-RV satellites intended to serve the highly elliptical orbits that provide coverage of Russia's high-latitude Northern Sea Route — has slipped repeatedly. The first Express-RV launch, originally scheduled for 2025, has been postponed to 2026 due to development setbacks. The program's full operational capability target has been pushed to 2036.

Multiple factors have made the sustainable development of the Russian space program impossible: sanctions, an embargo on advanced industrial equipment, workforce shortages, limited financial resources spread among too many projects.

— Foreign Policy Research Institute, July 2024

The microelectronics challenge is at the core of the program's viability question. Western sanctions imposed after the 2014 annexation of Crimea restricted Russian access to radiation-hardened processors — a problem Roscosmos acknowledged even then, with former director Dmitry Rogozin noting in 2021 that sanctions on microelectronics were delaying dozens of satellites. The post-2022 sanctions regime dramatically intensified these constraints. A manager at a Russian defense company, speaking to Defense News on condition of anonymity, described a production environment in which "due to constant changes in suppliers and components, it is necessary to conduct new tests of systems every time" — a cycle that compounds delay upon delay.

The Russian government's response has been to pursue import substitution, with plans to domestically produce chips at the 130 nm node — a technology threshold crossed by the West in the early 2000s. Intel Pentium III processors used that process generation. Leading manufacturers today operate at 5 nm and 3 nm. Russian firms such as Baikal Electronics had previously contracted 28 nm chip fabrication in Taiwan; that relationship collapsed under sanctions, and attempts to replicate it domestically encountered unacceptable defect rates, according to media reports cited in independent analyses of the Russian microelectronics market.

China has provided a partial workaround, but not a complete solution. The National Interest reported in December 2025 that while Chinese institutions have been able to "alleviate the pressure," Russian specialists note that some Chinese electronics "do not fully match Russian requirements and standards" for sensitive space systems. U.S. secondary sanctions have additionally pressured Chinese banks to reduce clearing of payments for microelectronics shipments to Russia, squeezing volumes even when the underlying goods are not formally sanctioned.

The launch vehicle dimension of Sfera is less problematic — the Soyuz-2 family retains an enviable reliability record — but it presents a different kind of constraint. Russia's fleet is capable of approximately 20–25 orbital launches annually, and each Soyuz mission carries far fewer satellites per flight than SpaceX's Falcon 9, which routinely deploys 60-plus Starlink units under a single fairing. Populating a constellation of hundreds of satellites with medium-lift vehicles is an exercise in arithmetic that does not close at any commercially competitive cadence. Russia has no operational reusable heavy-lift vehicle. The Angara-A5, intended eventually to fill part of that role, has faced its own years-long string of litigation, delivery failures, and upper-stage anomalies.

Isar Aerospace: Europe's Privatization Moment

The story of Isar Aerospace tracks a different trajectory — one of patient capital, iterative engineering, and Europe's belated recognition that institutional procurement processes cannot generate the commercial launch capacity the continent needs.

Founded in 2018 by three graduates of the Technical University of Munich, Isar Aerospace has grown to more than 400 employees across five international locations. Its Spectrum rocket — a two-stage, 28-meter vehicle powered by nine Aquila engines burning propane and liquid oxygen — targets a payload capacity of 1,000 kg to low Earth orbit or 700 kg to sun-synchronous orbit from Andøya. The propane/LOX propellant combination offers higher specific impulse than kerosene-based alternatives and cleaner combustion.

Spectrum's first flight, designated "Going Full Spectrum," launched March 30, 2025 from Andøya. The rocket lifted off successfully — itself a non-trivial milestone for any new orbital vehicle — but lost attitude control 25 seconds into flight when a vent valve opened unexpectedly at the initiation of the pitch-over maneuver. The flight termination system issued a cutoff command at T+30 seconds, and the vehicle descended into the sea near the launch pad without damage to ground infrastructure. The Norwegian Civil Aviation Authority reviewed the investigation findings. Isar completed the analysis within two months and instituted software upgrades and increased vehicle margins in response.

Less than nine months after that first flight, in December 2025, both stages of the Spectrum vehicle for the second mission — "Onward and Upward" — had passed 30-second integrated static fire tests at Andøya. CEO and co-founder Daniel Metzler noted: "Rapid iteration is how you win in this domain. Being back on the pad less than nine months after our first test flight is proof that we can operate at the speed the world now demands."

The second mission carries five cubesats and one non-separable experiment as part of ESA's Boost! program, making it Spectrum's first flight with actual customer payloads: CyBEEsat from TU Berlin, TriSat-S from the University of Maribor, Platform 6 from EnduroSat, FramSat-1 from NTNU, SpaceTeamSat1 from TU Wien Space Team, and the Dcubed "Let It Go" non-separable technology demonstration. The trajectory targets sun-synchronous orbit. Success would qualify Spectrum under the European Launcher Challenge, which requires participating companies to achieve an orbital launch no later than 2027.

With the second Spectrum launcher on the launchpad in Norway, we are witnessing a clear signal of Europe's burgeoning commercial space transportation services.

— Josef Aschbacher, ESA Director General

The March 25 launch attempt was scrubbed when an unauthorized vessel entered the designated maritime exclusion zone shortly before the vehicle entered final autosequence. The ensuing 15-minute hold exhausted the countdown window, as the resulting increase in engine fuel temperature could not be addressed within the shortened remaining time. Metzler acknowledged the operational complexity: "Rocket launches are highly complex operations — from safe ground infrastructure to more than 100,000 parts, structures, and systems working together seamlessly."

Isar has already signaled intent to maintain launch pace regardless of the outcome of Mission 2, announcing that it is assembling Spectrum vehicles for flights three through seven. The company signed a 2028 launch service agreement with U.S.-based SEOPS in November 2025, adding to a manifest that already includes Airbus Defence and Space, DLR, and Spaceflight, Inc. The company's Chief Commercial Officer Stella Guillen summarized market demand in a November 2025 statement: "The global demand for launch capacity from Europe continues to accelerate as nations and industries recognize the strategic importance of independent access to space."

Ariane 6 and the Institutional Context

Isar Aerospace's push for orbital access does not occur in a vacuum. Europe's institutional heavy-lift backbone, Ariane 6, completed four flights in 2025 — below its original target of six — but ESA Director General Aschbacher characterized the ramp-up as "the fastest of a new heavy launcher ever seen" when measured by success rate at first launch (53% industry average). The December 17, 2025 flight designated VA266 placed two Galileo navigation satellites into medium Earth orbit — the first Galileo mission aboard Ariane 6, ending a gap period during which European institutional payloads had been forced onto non-European vehicles following the Ariane 5 retirement, Vega C failures, and termination of Soyuz operations from Kourou after the 2022 invasion.

Arianespace is targeting six to eight Ariane 6 flights in 2026, with the inaugural Ariane 64 (four-booster) flight — the first of 18 contracted Amazon Leo constellation launches — expected to open the year. A "Block 2" upgrade featuring enlarged P160C solid boosters and an enhanced Vinci upper-stage engine, adding roughly two metric tons of payload performance to LEO missions, is slated to enter service in 2026. The nominal design cadence of nine to ten flights per year is expected to be reached in 2027. At cost-per-kilogram to orbit, Ariane 6 has achieved a 40% cost reduction versus Ariane 5, but it remains a fully expendable vehicle against SpaceX's reusable Falcon 9 — a structural competitive disadvantage that industry analysts have noted Arianespace cannot fully offset through manifest density or institutional anchor contracts alone.

The broader European new-space launch ecosystem adds further competitive texture. Rocket Factory Augsburg is developing RFA ONE, targeting an inaugural flight after losing its first stage in a launch pad fire during 2024 testing. MaiaSpace — an ArianeGroup subsidiary — is developing a partially reusable two-stage vehicle intended for inaugural test flight in 2026 from the former Soyuz facility at Kourou. Avio's Vega C has re-established an operational cadence of three to four flights annually; the Netherlands' T-Minus Aerospace is targeting launches of its Dart and Barracuda rockets from Ireland and a North Sea platform. Of all these contenders, Isar Aerospace stands furthest advanced toward a verified orbital capability.

The Structural Competition: SpaceX's Benchmark Effect

Every other launch provider in the world is now pricing, marketing, and engineering against SpaceX's performance envelope. Falcon 9 has driven the cost of reaching low Earth orbit to approximately $2,700 per kilogram — a figure that would have been dismissed as fantasy in 2010. The Starship program, if it reaches design objectives, could push that number below $100 per kilogram, opening categories of space utilization that have never been commercially viable.

For Russia's Sfera program, this benchmark is largely irrelevant — the constellation is a sovereign capability project, serving government and military users first, with commercial applications secondary. The economics matter less than the strategic imperative of maintaining independent space-based communications, particularly after years of demonstrated fragility in Russia's satellite fleet, attributed in part to component quality issues tracing back to the pre-2022 sanctions environment.

For Isar Aerospace and Europe's commercial new-space sector, the benchmark is existential. A dedicated small launcher must justify its premium over a Falcon 9 rideshare slot — currently available at a fraction of the dedicated launch cost — through schedule control, orbital precision, and responsiveness to specific inclination requirements that rideshare manifests cannot always accommodate. The total addressable market for dedicated small launches remains contested. Isar has secured enough investor backing — over €300 million from Porsche, Lombard Odier, Airbus Ventures, and others — to absorb several additional development flights before requiring sustained commercial revenue. Many of its European competitors lack that runway.

Industry analysts anticipate a global shakeout in the small-launch segment that will leave three to four commercially viable providers standing. Which companies survive will depend on execution — reliability over consecutive flights, not heroism on a single mission — and on the willingness of European government anchor customers to continue providing sufficient launch commitments to justify the investment required to achieve genuine operational scale.

The stakes for both Sfera and Spectrum are therefore larger than their respective vehicle classes suggest. One is a test of whether a sanctioned major power can rebuild sovereign space infrastructure under resource constraints unprecedented in the history of the space age. The other is a test of whether commercial spaceflight entrepreneurship, transplanted from its American context into the European institutional environment, can produce an operationally viable launch business on European soil. Both questions will receive partial answers in the weeks and months ahead. Neither will be fully resolved for years.

€300M+ Private funding raised by Isar Aerospace from Porsche, Lombard Odier & Airbus Ventures

Spectrum — Key Specs

• Height 28 m
• Diameter 2 m
• LEO Payload 1,000 kg (Kourou) / 700 kg SSO (Andøya)
• Engines 9 × Aquila (Stage 1) + 1 × Aquila Vacuum (Stage 2)
• Propellants Propane / Liquid Oxygen
• Launch Sites Andøya Spaceport (Norway); Guiana Space Centre (French Guiana)
• First Flight 30 March 2025 (T+30s termination)
• Mission 2 Payloads 5 CubeSats + 1 experiment (ESA Boost!)

Sfera — Program Snapshot

• Origin Federal "Digital Economy" program, 2017; Putin announcement 2018
• Original target 640 satellites by 2028
• Revised target 360–1,200 satellites by 2030–2036
• Approved funding ~₽180 bn (~$2 bn) for 162 satellites
• Sub-systems Skif (broadband LEO), Marafon (IoT), Grifon (EO), Express-RV (HEO comms), Yamal (GEO relay)
• First demo launch Skif-D, October 2022
• Express-RV delay 2025 → 2026
• FOC estimate 2036

Ariane 6 Status

Four flights completed in 2025, below a six-mission target. Eight flights planned for 2026, including the inaugural Ariane 64 four-booster variant and the first Amazon Leo constellation deployment. Block 2 upgrade (P160C boosters, enhanced Vinci engine) entering service in 2026, adding ~2 metric tons LEO capacity. Nominal 9–10 flights per year expected from 2027.

As of end-2025, Ariane 6 holds more than 30 booked flights including 18 Amazon Leo missions.

European Launch Landscape 2026

• Isar Aerospace Spectrum Mission 2 ("Onward and Upward") — imminent, Andøya; missions 3–7 in production
• Rocket Factory Augsburg RFA ONE inaugural attempt expected 2026, SaxaVord Spaceport
• MaiaSpace (ArianeGroup) Partially reusable demonstrator, inaugural 2026, Kourou Soyuz pad
• Avio / Vega C 3–4 flights planned 2026; Avio assumes full commercial operations from Arianespace
• T-Minus (Netherlands) Dart / Barracuda sub-orbital and orbital attempts, Ireland + North Sea platform
• PLD Space (Spain) MIURA 5 orbital development ongoing

~$2,700 Cost per kg to LEO on SpaceX Falcon 9 — the benchmark every other provider measures against

Verified Sources & Formal Citations

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