Glider data, engine tests and a completed industrial sale

A glider measuring ocean conditions and a glider listening for a submarine serve different purposes. The Royal Navy’s October 1 REPMUS report puts both in the same experiment: environmental observations describe the water through which sound travels, while larger sentinel gliders carry long acoustic arrays. Surface craft gathered acoustic data and reported submarine contacts.

The deployment chain extended above the water. Autonomous boats, 12 and 17 metres long, were tested towing sonar, deploying sonobuoys and launching gliders. Swedish reconnaissance drones and Portuguese airborne sonobuoy deployment and relay added other sensing paths. The UK led ASW scenarios with about 200 sailors, scientists and industry personnel, working with ten NATO and partner nations.

The Royal Navy describes the experiments as a way to evaluate emerging technologies, including potential industry offerings not yet formally adopted, and inform future Atlantic Bastion options. For Canada’s Atlantic and Arctic sensing ambitions, the useful benchmark is the division of labour: environmental prediction, acoustic collection, deployment and reporting each require a working handoff. A fleet of vehicles alone does not establish that chain.

JASCO’s REPMUS26 account connects Slocum glider measurements to a named operator planning tool. In its September 22 account, the company says conductivity-temperature-depth and ambient-noise measurements from Slocum gliders supported its Detection Range Modelling capability. Directional acoustic detections, environmental measurements and model outputs were integrated and visualized in Tacteris Chorus, a planning and situational-awareness platform. That puts sensing and predicted sensor coverage in the same operator environment.

JASCO’s October 1 wrap-up describes trials against uncrewed underwater vehicles carrying representative acoustic signatures. The company reports tracking those targets through transient signals and narrowband tones, with the gliders remaining active through the final experimentation period before recovery. These are participant-reported trial results; the posts do not publish detection probabilities, ranges or false-alarm performance.

There is a concrete Canadian test chain behind this work. In a June 5 report on DRDC-led CATS-M trials in Conception Bay, JASCO describes three directional Slocum gliders, two acoustic-monitoring buoys and a towed array on Open Ocean Robotics’ DataXplorer. The team tested sensor integration with General Dynamics’ Undersea Data Management System ahead of planned REPMUS26 experimentation. JASCO analysts and Ocean Tracking Network glider pilots supported the Canadian trial from Dartmouth.

JASCO’s product description adds a useful operating constraint: onboard detections are sent ashore when the Slocum surfaces at set intervals. Continuous sensing therefore need not mean a continuously current shore picture. The public REPMUS posts identify the receiving software, but do not disclose the reporting latency or sensor-performance envelope.

Canada Rocket Company is building a test site on 50 acres leased at London International Airport. BetaKit’s October 1 reporting describes a 12,000-square-foot engineering and assembly building and up to three vertical and horizontal test stands for engines exceeding one meganewton of thrust. CRC expects full operations in 2028 and about 40 skilled jobs within 18 months.

The significant industrial addition is a place to run large engines on the ground. CRC told BetaKit that Canadian work at this scale would otherwise have to go abroad, and that the site would be available to others in the ecosystem. That could support domestic propulsion development beyond one vehicle if the access model materializes. The medium-lift rocket, its funding and its flight qualification remain separate milestones; a groundbreaking does not establish sovereign orbital launch.

Calian completed the sale of its Houston-based U.S. commercial IT business to Trace3 on October 1. The Ottawa company reports roughly C$43 million in upfront cash proceeds and the purchaser’s assumption of approximately C$17 million in net liabilities, on the previously announced terms. Adding those amounts together as cash received would overstate the liquidity created.

The transaction changes the perimeter of a Canadian company active in defence, space, healthcare and critical infrastructure. Management says it will give Calian greater focus for its next growth phase. The statement does not allocate the proceeds to a particular defence acquisition or programme. Readers assessing Canadian industrial capacity can now treat the disposal as completed and distinguish available cash from the separate balance-sheet relief.