A cluster of announcements highlights a supply chain that is starting to optimize for bigger power-hungry missions. Redwire unveiled a new solar array product positioned around higher performance per stowed volume and lower mass, while Rocket Lab introduced silicon solar arrays explicitly marketed for gigawatt-class “space-based data centers.” Separately, Starpath rolled out its ultra-thin Starlight Air panel line, emphasizing lightweight construction and manufacturability.

For orbital compute, power is the first-order constraint, and solar is the front door. What is changing is not “a new panel,” it is that multiple vendors are now designing for scale economics (cost per watt, mass per watt, stowage, production throughput) instead of bespoke heritage hardware. This is an early sign that the industry is reorganizing around a credible demand thesis for higher-power spacecraft.

SpaceX is now positioning Direct-to-Cell under a clearer consumer umbrella: “Starlink Mobile.” In the same breath, the company is setting expectations for the next step-change, saying its V2 direct-to-phone satellites are designed to deliver 5G-like experiences and ~100x the data density versus the current V1 generation.

SpaceX is aligning Starlink Mobile’s roadmap with the next wave of smartphone chipsets (modems/RF front-ends) and the step-change promised by V2 direct-to-phone satellites, which executives are framing as the unlock for richer “5G-like” service in the 2027–2028 window. Investors should watch two gating items: (1) handset readiness (OEM adoption of the right silicon and RF stack to make satellite links practical at scale) and (2) go-to-market (partner-MNO rollouts vs direct to consumer and bundling with Starlink broadband/Grok/xAI).

Deutsche Telekom says it will use Starlink’s Mobile Satellite Service (MSS) spectrum to extend coverage in hard-to-reach areas, with a service launch planned for 2028 across several European markets. Telekom and Starlink also describe this as a first European deployment of Starlink’s V2 direct-to-device capability, with the ambition to expand beyond messaging into data, voice, and video.

The 2028 timeline is the tell. Europe is effectively separating Gen1 “coverage gaps” utility from the more ambitious “broadband-to-phone” promise. Deutsche Telekom's commitment to a 2028 rollout provides a tangible commercial timeline for high-bandwidth satellite-to-mobile services, shifting the industry benchmark from basic emergency texting toward genuine broadband continuity.

 

Orange signed an agreement with AST SpaceMobile and Satellite Connect Europe (AST’s joint venture with Vodafone) to pursue direct-to-device satellite connectivity, with demonstrations planned, including voice, SMS, and data trials in Romania by late 2026. Orange framed the move as complementary to its terrestrial network and consistent with a broader roster of satellite relationships.

Telcos are buying optionality. Europe is likely to remain multi-vendor for longer than the US because “coverage” and “sovereignty” politics sit closer to the product. For Starlink, the competition matters, but the bigger picture is that D2D is being normalized as a standard layer in mobile strategy.

SpaceX executed two Starlink launches in one day, one from Vandenberg and another from Cape Canaveral, pushing another 54 satellites into orbit. Both boosters landed successfully, with reuse milestones that underline just how operationally mature Falcon 9 has become.

This is the moat in plain sight: manufacturing throughput + launch availability + flight-proven reuse. Even if competitors build comparable satellites, they still have to replicate the cadence engine that keeps Starlink’s deployment tempo relentless and its constellation refresh cycle tight.

British Airways confirmed that its first aircraft fitted with Starlink in-flight Wi-Fi will begin flying in March, though the airline has not yet laid out a detailed fleetwide rollout schedule.

Inflight connectivity is a distribution channel where “stickiness” gets overstated until a clearly better product shows up. Every major airline that commits derisks Starlink Aviation’s scale thesis, because it validates certification pathways and signals the service is moving from early adopter to default expectation on long-haul fleets.

Following a resupply mission, a NASA/SpaceX cargo Dragon completed its splashdown. Prior to undocking, the spacecraft successfully executed multiple altitude-boosting maneuvers for the International Space Station (ISS), demonstrating a reboost role historically associated with other vehicles.

It is a small operational milestone with big strategic meaning. As the ISS approaches its endgame and commercial station timelines remain fluid, NASA will prioritize partners that can do more of the platform work reliably, not just show up at the docking port. SpaceX keeps widening that operational footprint

SpaceX moved Ship 39, its first V3 Starship upper stage, to the Massey’s test site for cryogenic proof testing, a gating step before Flight 12. Reporting indicates SpaceX is also using new test infrastructure to validate flap hardware and even simulate “chopstick squeeze” loads.

The debut of the V3 architecture and Raptor 3 engines represents a major inflection point in Starship’s development curve. SpaceX is investing in system-level validation that maps to reuse at scale, not just “does it fly.” Every additional structural and handling test looks like overhead, but it is the path to a high-cadence transport system where speedy turnaround is crucial.

NASA announced a major Artemis restructure that adds a low-Earth orbit test mission in 2027 and moves the first crewed lunar landing to 2028. The stated logic is straightforward: de-risk the stack with an earlier integrated test before committing to a landing timeline.

This is NASA choosing program realism over calendar optimism. For SpaceX, it cuts both ways: more runway to mature Starship and the lunar architecture, but also a longer path to the “flagship” landing narrative that anchors public and political support. Investors should watch what NASA does next on procurement structure, milestone definitions, and funding stability, because those levers tend to matter more than the headline schedule.

Virgin Media O2 switched on UK's first commercial satellite-to-smartphone service, branded O2 Satellite, powered by Starlink Direct to Cell. It is sold as a £3/month add-on, starts with limited device/app support, and is positioned as a meaningful expansion of coverage across the UK landmass.

Introducing a defined, direct-to-consumer pricing model (£3/month) is a vital milestone for the D2C market, establishing an early baseline for customer willingness to pay for ubiquitous dead-zone coverage. While capabilities are currently limited, this commercial launch serves as a crucial live testing ground for consumer behavior and network offloading economics ahead of the higher-bandwidth V2 services.