Seaspan Shipyards Invests $1.5M in Robotics to Automate Blast and Paint Operations

Seaspan Shipyards awarded a $1.5 million contract to Alberta-based Confined Space Robotics (CSR) on February 12, 2026 to develop and integrate semiautonomous robotic systems for blast and paint operations — one of the most hazardous and labor-intensive processes in shipbuilding and repair. The robotic platforms will carry specialized tools including needle scalers, laser ablation systems, grinders, grit blasters, and spray-coating equipment, with custom AI-driven software guiding path planning and operations inside confined and high-risk spaces where workers are traditionally exposed to toxic fumes, particulates, and repetitive strain injuries. Automating shipbuilding's toughest job: Surface preparation and coating work is fundamental to both newbuild construction and complex submarine repair and overhaul projects — ensuring structural integrity, corrosion resistance, and long-term durability. Yet these operations consistently rank among the most punishing jobs on the waterfront. By shifting repetitive and dangerous tasks to semiautonomous robots, Seaspan aims to reduce worker exposure and injury risk while improving coating consistency and material efficiency. CSR Director of Engineering Ahmed Kawar stated the systems are designed to allow skilled workers to focus on higher-value activities while fostering incident prevention through automation. Global shipyard robotics trend accelerates: The investment reflects a broader shift across global shipbuilding where automation is moving from experimental to practical. South Korea's HD Hyundai has launched humanoid welding robot initiatives targeting labor shortages, while shipyards worldwide contend with skilled labor constraints, stricter safety standards, and environmental compliance pressures. Seaspan's effort specifically targets the blast and paint bottleneck — an equally critical but often overlooked constraint in both newbuild and repair timelines. Canadian Industry Minister Mélanie Joly endorsed the investment as demonstrating how Canadian industry pushes the boundaries of advanced manufacturing. For commercial ship repair yards globally, the Seaspan/CSR partnership provides a template for evaluating robotic automation in surface preparation — a process where AI-guided path planning and semi-autonomous operation can deliver immediate safety improvements alongside quality and efficiency gains without requiring full autonomous operation. [gCaptain / MarineLink / Splash247]

This story is part of the Maritime AI Digest of 22 February 2026.

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