Rocket Lab is scheduled to launch its next HASTE (Hypersonic Accelerator Suborbital Test Electron) mission, titled "That’s Not A Knife," for the Defense Innovation Unit. The mission is targeted for NET Feb 25 from Launch Complex 2 at Wallops. This mission continues Rocket Lab's cadence of providing suborbital flight test environments for hypersonic technology

Rocket Lab is successfully evolving into a defense test infrastructure provider, a role that carries significantly higher strategic value than simple smallsat launch. As hypersonic programs scale, the demand for high-cadence test launches creates a durable, high-margin niche. Investors should recognize that Rocket Lab is decoupled from the "race to the bottom" in smallsat launch pricing by offering a specialized service that the U.S. military currently views as a national priority.

Defense One reported from an unclassified Pentagon allocation plan for $151B in reconciliation funding, with $24.4B+ allocated to Golden Dome missile defense and $13.8B tied to Space Force elements, alongside explicit space-related components (sensors and space-based layers).

This is what it looks like when “space-based defense” stops being conceptual and starts becoming a budget-shaped demand signal. The spend profile implies a multi-year pull for sensor architectures, space data plumbing, launch/test cadence, and operational integration. For investors, the "Golden Dome" represents a massive, multi-year tailwind for defense contractors specializing in orbital sensors and rapid-response launch.

Microsoft has announced a strategic collaboration with Starlink to provide connectivity to rural, agricultural, and hard-to-reach communities, with Kenya serving as the primary launchpad. In Kenya, Microsoft is working alongside Mawingu Networks to support 450 community hubs, including farmer cooperatives and digital centers.

This is another marker that LEO is becoming a default tool in the rural connectivity playbook, not an exotic alternative. For Starlink, institutional partners can be a meaningful growth lane because they bring distribution, affordability, and local coordination, lowering customer acquisition friction where terrestrial rollout is slow or uneconomic. The UAE is another example, having signed a global partnership with Starlink at the World Government Summit 2026 to support its Digital School initiative. These examples show that development and philanthropy could become an additional demand unlock for Starlink as governments and donors push to bridge the digital divide.

SpaceX revealed at the ITU’s Direct-to-Device session that Starlink Direct to Cell (D2C) is already operating at a meaningful scale, boasting over 13 million connected users across 12 countries, supported by approximately 650 D2C-enabled satellites. The current product, which utilizes a mobile partnership model with unmodified phones, is designed for texting, IoT, and light data applications. However, the roadmap for 2027 includes leveraging the EchoStar 2 GHz MSS band to expand into video, voice, and cellular broadband, targeting peak speeds of 150 Mbps per user with true global coverage.

SpaceX is effectively positioning itself as the largest LTE provider by geography. By utilizing operator spectrum rather than seeking its own, SpaceX avoids the regulatory quagmire of global spectrum licensing while turning every unmodified smartphone into a potential Starlink terminal. For investors, the real story is the transition from a niche supplementary connectivity to a global broadband competitor. The 2027 band agreement suggests a long-term infrastructure play that could eventually disrupt traditional roaming and rural telecommunications markets entirely.

China’s highly classified Shenlong robotic space plane is currently executing its 4th orbital mission. U.S. Space Force analysts are monitoring the vehicle as it is believed to be testing rendezvous and proximity operations (RPOs) with deployed satellites in Low Earth Orbit.

RPO competence is inherently dual-use: it underpins benign servicing and inspection, and it also maps to counterspace options. Even without perfect visibility, repeated missions suggest China is iterating toward a more capable reusable orbital platform and building operational muscle around object deployment, tracking, and maneuvering. That is a direct read-through to rising demand for SSA, resilience, and defensive space architectures.

Elon Musk said Starlink’s recent price cuts have “nothing to do with Kuiper,” arguing they’re aimed at making the service more affordable and accelerating adoption, especially across emerging markets.

We read this as a deliberate installed-base expansion move, even if it pressures near-term ARPU. A larger subscriber footprint improves Starlink’s long-run capacity utilization and supports the 100M+ subscriber ambition, while also strengthening SpaceX’s hand in distribution and procurement channels (enterprise, government, and carrier-style partnerships). If Starlink is the cash flywheel, then affordability-first adoption is a rational trade: prioritize scale and resilience today, and monetize more cleanly as capacity and product tiers mature.

SpaceX set a new milestone in rapid reusability, flying a Falcon 9 booster for the 33rd time, while another reached its 31st flight on the same day during dual Starlink missions. Both boosters were successfully recovered on drone ships, continuing the company's streak of operational efficiency.

This is compounding evidence that SpaceX’s true competitive edge is its operations system, not just the hardware. The turnaround process control and refurbishment throughput are the "flywheels" that keep Starlink capex efficient while the company continues to iterate on Starship. 

NASA flagged a new upper-stage helium pressurization/flow issue discovered during pad operations, prompting troubleshooting and a rollback posture that pushes Artemis II to no earlier than April 2026. This comes after earlier progress on hydrogen leak mitigation, underscoring that Artemis pad flow still has multiple latent failure modes.

Schedule volatility continues to be a real constraint on the broader lunar stack. For SpaceX, HLS execution is still downstream of NASA’s ability to run a stable cadence across SLS/Orion and program governance. Continuous slips indicate exactly how highly compressed the lunar stack schedule has become. NASA can clear one major technical gate and still lose weeks on another, which impacts when lunar programs convert planning into sustained procurement and milestone cash flows.