York Space Systems has completed its acquisition of satellite communications specialist ALL.SPACE, bringing the company under its ownership as a wholly owned subsidiary. Announced on July 8, 2026, the transaction combines York’s space infrastructure and mission operations capabilities with ALL.SPACE’s advanced terminal technology. The companies said the integrated offering will support resilient communications and positioning across space, land, air, and maritime environments, including theaters where conventional networks face disruption or interference.
Transaction Structure
York acquired ALL.SPACE for an approximate total purchase price of $300 million, comprising about $155 million in cash and 5.9 million shares of York common stock. ALL.SPACE recently redomiciled to the United States and will continue operating as a wholly owned York subsidiary while serving defense and commercial customers. Its workforce, technology portfolio, and customer commitments are expected to remain in place as York incorporates its capabilities into a broader national security and commercial space platform.
Strategic Fit
The acquisition expands York beyond spacecraft production and mission management by adding a ground-based connectivity layer designed for complex and contested operating conditions. ALL.SPACE develops terminals that can connect simultaneously across multiple satellite networks, orbits, and frequency bands, reducing dependence on any single communications pathway. By linking these terminals with York’s command-and-control infrastructure, the combined company aims to provide customers with a more integrated system for communications, coordination, and mission execution.
Resilient Connectivity
A central element of the deal is ALL.SPACE’s Hydra Terminal Range, which supports connectivity across low, medium, geostationary, and highly elliptical Earth orbits. The technology is designed to maintain links across multiple bands and networks while platforms are moving, an important requirement for military and other mission-critical operations. York said this multi-link architecture can improve communications resilience when radio-frequency systems, commercial satellite networks, or positioning services are degraded, jammed, or unavailable.
Supporting Unmanned Operations
York is positioning the acquisition as a response to the growing use of unmanned systems across distributed operational environments. Chief Executive Dirk Wallinger said larger autonomous fleets will require reliable positioning, global coverage, and infrastructure capable of coordinating missions at scale, particularly in areas where GPS access is denied. The company argues that space-based systems can provide the reach and in-theater assurance needed to connect, manage, and direct unmanned platforms beyond the limits of conventional terrestrial or single-network communications.
Integration and Market Reach
ALL.SPACE Chief Executive Paul McCarter said joining York will give the terminal developer access to additional space infrastructure, mission operations expertise, and established customer relationships. York expects the combination to create a tactical communications ecosystem that can serve national security, government, and commercial users seeking more dependable connectivity. The acquisition also supports York’s broader strategy of offering proprietary hardware and software across the space mission lifecycle, from spacecraft production and deployment to network access and operational control.
The completed acquisition gives York Space Systems a wider role in delivering end-to-end space and defense capabilities by adding resilient multi-network terminals to its existing spacecraft and mission operations portfolio. Its success will depend on how effectively York integrates ALL.SPACE’s technology, retains customer confidence, and converts demand for assured connectivity into contracts across defense and commercial markets. For customers operating in contested or infrastructure-limited environments, the combination could offer a more unified alternative to systems built around separate spacecraft, ground terminals, and command platforms.