Automation charts path to more cars in Canada

Automation takes the driving seat as Canada plots to make more cars. The Canadian Automation Leadership Summit 2026 (CALS26) brought together more than 70 leaders from across the country’s manufacturing and automation sectors on June 2 to map a practical playbook for lifting output without blowing up costs. The mood was operational, not magical: the room focused on how real factories get from plan to parts on a schedule that makes financial sense.

The keynote from Brendan Sweeney, president and CEO of the Pacific Manufacturing Association of Canada, drilled into a blunt question: how do we make more vehicles in Canada, not fewer? His answer leaned on a straightforward, and sometimes neglected, line of thinking: educate on the benefits of automotive manufacturing and amplify the spillover effects for communities that host plants. He also pressed the importance of preserving North American free trade as a cornerstone for a resilient, domestic-vehicle supply chain. In short, the path to higher output is as much about policy and people as it is about robotics.

A centerpiece of CALS26 was the executive summary of a Vendor Preference Survey delivered by Manufacturing AUTOMATION. The full report, released for download, highlighted the hot zones in automation technology, including PLCs, sensors and vision, and from industrial robotics to collaborative robots. Deployment data shows how vendor respondents weigh these categories and the reasons behind their preferences, with stakeholders emphasizing integration ease and long-term maintainability as key decision drivers. The takeaway for plant leaders is plain: the tech stack seems straightforward on paper, but the real work lives in how these components talk to one another and to the plant’s overall data ecosystem.

On the shop floor questions that keep CFOs awake at night, CALS26 did not shy away from the practical realities of turning automation into cash. The event framed cycle times and throughput as the north star of ROI, a reminder that automation promises value only when it accelerates actual production without triggering cascading delays in changeovers, maintenance, or downtime. Integration requirements emerged as the gatekeeper: new sensors, vision systems and robotics must plug into existing PLCs and manufacturing execution systems with predictable reliability. In other words, a two-week debugging cycle is a myth unless the project is planned with a robust integration blueprint, including cybersecurity considerations and data standardization.

The final morning panel addressed the dual-use question head on: how to capitalize on rising defence spending within the manufacturing ecosystem. Moderated by Jim Beretta, with speakers including Ilika Jovanovic, the session underscored a business reality for many Canadian shops: defence-oriented demand can catalyze automation programs, but it also raises questions about supply chain clarity, export controls, and risk management. The case study reports that manufacturers are weighing these factors as they decide how broad a production upgrade to fund and how quickly to scale. The consensus was that defense-linked opportunities are real, but they must be pursued with disciplined program scope and clear qualification criteria for suppliers.

For managers watching capital budgets and board dashboards, CALS26 offered concrete practitioner cues. First, integration is not optional; it is the bottleneck that sets project speed and ROI. Second, training and education matter as much as hardware choices; without a workforce ready to design, program, and maintain automated lines, the best PLCs and vision systems will stall. Third, automation’s impact on skilled trades will be uneven and needs planning: automation often augments inspectors, welders and field technicians on core lines, while reducing repetitive tasks that fatigue teams over time. Finally, the dual-use angle remains a strategic lever, but it requires careful orchestration across suppliers, customers and regulatory frameworks.

CALS26 closed with a clear signal: Canada’s path to more cars sits at the intersection of technology, policy, and people. Deployment data shows technology preferences are converging toward interoperable, maintainable systems, while the case study reports indicate a growing appetite to translate defence investment into domestic production capacity. If plant leaders treat cycle time and throughput as living performance metrics, and align vendors, training, and integration early, the roadmap to higher output starts to look both practical and affordable.