Glasgow

Skyrora

Glasgow, United Kingdom commercial

Skyrora is a Glasgow-based UK rocket company developing launch vehicles to provide British sovereign space access. In August 2025, the UK Civil Aviation Authority granted Skyrora the first vertical launch operator license awarded to a UK-based rocket company, authorizing up to 16 sub-orbital Skylark L launches per year from the CAA-licensed SaxaVord Spaceport in Shetland. This historic milestone made Skyrora the first British company licensed to launch from UK soil. The Skylark L suborbital rocket is designed to loft 50 kg payloads to 120 km altitude above the Karman Line. The Skyrora XL, designed to deliver up to 315 kg of small satellites into orbit, stands nearly 23 meters tall and 2.2 meters in diameter, featuring carbon composite construction, nine 3D-printed engines on the first stage, a vacuum-optimized second stage engine, and a third kick stage for precise orbital insertions. Skyrora partnered with Viasat to use satellite-powered InRange telemetry systems during upcoming sub-orbital launches.

Alba Orbital

Glasgow, United Kingdom commercial

Alba Orbital is Glasgow's pioneering PocketQube satellite manufacturer and operator, founded in 2012 by Tom Walkinshaw and Chris Larmour as the world's first commercial PocketQube company. PocketQubes measure just 5×5×5 cm per unit (one-eighth the volume of a 1U CubeSat), enabling radically lower mass and cost for LEO missions. Alba developed the Unicorn-2 series of 2P PocketQubes for automatic identification system (AIS) ship tracking, providing maritime domain awareness data commercially. Their Cluster-2 rideshare deployer — manifested on SpaceX Transporter and Rocket Lab launches — allows multiple PocketQubes to share a single launch slot, making orbital access accessible to universities and early-stage startups with budgets under $100K. The company supplies standardized PocketQube platforms (1P through 6P) with integrated solar panels, attitude control, UHF/VHF radio, and on-board computers, enabling rapid six-to-twelve month build cycles. Alba has deployed constellations for IoT sensor data collection and maritime monitoring and works with academic institutions globally to fly first-ever national satellites at minimal cost. With the sub-kilogram satellite market growing as launch prices fall and miniaturized electronics improve, Alba Orbital sits at the forefront of a tier below standard CubeSat providers, competing with GomSpace and NanoAvionics on price and simplicity while targeting a distinct ultra-small form factor niche.

Craft Prospect

Glasgow, United Kingdom commercial

Craft Prospect is a Glasgow, Scotland-based satellite operations software company founded in 2018, developing AI-powered autonomous mission management systems that enable satellites to operate with greater autonomy — making real-time onboard decisions about observation tasking, anomaly response, and data downlink prioritization without requiring constant ground controller intervention. The company emerges from Glasgow's thriving NewSpace cluster anchored by Spire Global's Glasgow factory (one of the world's highest-volume satellite manufacturing facilities), Clyde Space (AAC Clyde Space), and the University of Strathclyde's space engineering research group. Craft Prospect's core technology is autonomous satellite operations software that reduces the ground operator burden — currently, each satellite typically requires dedicated mission control time for tasking, health monitoring, anomaly response, and download scheduling. As constellation sizes grow from dozens to hundreds to thousands of satellites, the traditional one-operator-per-satellite or even per-few-satellites model becomes economically untenable. Craft Prospect's system uses machine learning models to automate routine health monitoring (flagging anomalies only when action is needed), optimize observation scheduling against competing priorities automatically, and enable satellites to respond to onboard-detected events (e.g., detecting a storm system from onboard image analysis and immediately scheduling a targeted re-observation) without ground-in-the-loop latency. The autonomous decision-making capability is particularly valuable for constellation operators with many satellites crossing the coverage horizon of any given ground station for only minutes per orbit — windows too short for manual intervention on every contact. Craft Prospect's system manages the scheduling and decision pipeline during these brief contacts, enabling small operations teams to oversee large satellite fleets. Craft Prospect has participated in UKSA programs and ESA's BASS (Business Applications and Space Solutions) program funding autonomous space operations R&D. The company competes with D-Orbit (ION satellite carrier with onboard AI), Cognitive Space (AI tasking), Kayhan Space (autonomous conjunction), and Slingshot Aerospace for the autonomous satellite operations software market.

Clyde Space

Glasgow, United Kingdom commercial

Clyde Space is a Glasgow-based pioneer of commercial CubeSat manufacturing, founded in 2005 as one of the world's first dedicated CubeSat manufacturers. The company was acquired by AAC Microtec in 2019 and now operates as the UK division of AAC Clyde Space. Clyde Space built its reputation by producing flight-proven power systems — electric power systems (EPS) and solar panels for 1U to 12U CubeSats — as well as integrated satellite platforms. The company has supplied hardware to over 100 missions across universities, commercial operators, and government agencies globally, making it one of the most widely flown smallsat component suppliers in history.

Spire Maritime

Glasgow, United Kingdom commercial

Spire Maritime, a division of Spire Global located in Glasgow, United Kingdom, specializes in maritime tracking and analytics services. Founded in 2012, the company focuses on providing comprehensive vessel monitoring solutions, extending from coastal regions to deep ocean environments. Their core offering centers around Automatic Identification System (AIS) data collection and analysis, enabling real-time visibility of maritime traffic. Spire Maritime distinguishes itself through a substantial infrastructure of over 13,000 AIS receivers, allowing them to track nearly 300,000 vessels daily with a reported latency of less than one minute. This extensive network and rapid data processing capability represent a key technological advantage. The company provides tools to track any vessel globally, offering a high degree of granularity and timeliness for maritime situational awareness. While specific customer details are not publicly available, the company’s services cater to a broad range of potential users including shipping companies, port authorities, and organizations requiring maritime domain awareness. Spire Maritime positions itself as a provider of critical data for operational efficiency, supply chain management, and broader maritime intelligence needs. Through its dedicated focus on AIS technology and a large-scale receiver network, Spire Maritime has established a significant presence in the maritime tracking sector, offering a robust and responsive solution for global vessel monitoring.

University of Glasgow Space

Glasgow, United Kingdom academic

University of Glasgow Space, operating within the James Watt School of Engineering, is a research-focused entity dedicated to advancing space technology. Founded in 2007, the organization functions as an academic and research hub, leveraging the University of Glasgow’s engineering expertise to address national and global challenges. Its core activities center around conducting cutting-edge research in areas relevant to the space sector, supported by world-leading facilities and renowned researchers. The University demonstrates a strong commitment to research excellence, evidenced by its top ranking in Scotland for Aeronautical & Aerospace Engineering, Civil Engineering, and Electronics & Electrical Engineering. Notably, the Research Excellence Framework (REF) 2021 assessment judged 96% of its research as ‘world-leading’ or ‘internationally excellent’. This research is facilitated through several Centres for Doctoral Training (CDTs) funded by UKRI Research Councils, covering diverse areas like applied quantum technologies, ultrasonic engineering, and photonic integration. While specific space-focused missions or commercial products aren’t detailed in the provided information, the University’s robust research infrastructure and high-quality postgraduate programs suggest a focus on foundational technologies and talent development for the broader space industry. A high percentage of graduates (86.2%) achieve professional employment, indicating the practical applicability and value of the education and research conducted. University of Glasgow Space positions itself as a key contributor to the advancement of engineering knowledge and innovation, with a clear emphasis on research-informed learning and addressing societal problems through engineering ingenuity. Its interdisciplinary approach and commitment to equity, diversity, and inclusion further contribute to its unique value proposition within the academic and research landscape.