Westport Fuels Growth with the Start of Production at Two Strategic High-Pressure Controls and Systems Facilities

VANCOUVER, British Columbia – Westport Fuel Systems Inc., a global leader in advanced alternative fuel systems and components, has officially announced the start of production at two critical high-pressure controls and systems facilities. This milestone represents a major step forward in the company’s long-term strategy to support the growing global demand for clean, efficient, and low-carbon transportation solutions.

The announcement underscores Westport’s commitment to operational excellence, technological innovation, and scalable manufacturing as the transportation sector continues its rapid transition toward lower-emission fuels. With these facilities now operational, the company is positioned to strengthen its supply chain, enhance production efficiency, and support customers across multiple global markets.

Strategic Importance of the New Production Facilities

The two newly operational facilities are focused on high-pressure controls and fuel delivery systems, which are core components for next-generation internal combustion engines powered by alternative fuels such as natural gas, renewable natural gas, and hydrogen. These systems are designed to operate at extremely high pressures while maintaining precision, reliability, and safety.

By bringing these facilities into full production, Westport is expanding its manufacturing footprint and ensuring that it can meet increasing customer demand without compromising quality or performance. The facilities are expected to play a pivotal role in supporting both original equipment manufacturers (OEMs) and aftermarket customers worldwide.

Supporting the Transition to Cleaner Transportation

The transportation industry is undergoing a profound transformation as governments, regulators, and corporations push for lower greenhouse gas emissions. Westport’s high-pressure controls and systems are a critical enabler of this transition, allowing heavy-duty and medium-duty vehicles to operate on cleaner fuels without sacrificing power or durability.

These new production lines will support a range of applications, including:

• Heavy-duty trucks and buses
• Industrial engines
• Off-road and specialty vehicles
• Emerging hydrogen-fueled powertrains

With production now underway, Westport is better equipped to serve customers who are accelerating their own decarbonization strategies.

Operational Readiness and Manufacturing Excellence

Westport emphasized that the start of production follows extensive planning, testing, and validation efforts. The facilities were designed with advanced automation, rigorous quality control systems, and scalable production capabilities to ensure consistent output and long-term operational efficiency.

According to the company, the manufacturing processes at these sites have been optimized to reduce waste, improve throughput, and maintain the high standards required for safety-critical fuel system components. This operational readiness reflects Westport’s broader focus on disciplined execution and continuous improvement.

Advanced Technology and Precision Engineering

High-pressure fuel systems demand exceptional engineering precision. Even minor deviations can impact performance, efficiency, or safety. Westport’s new facilities leverage cutting-edge manufacturing technologies, including:

• Computer-controlled machining and assembly systems
• Automated testing and validation equipment
• Real-time quality monitoring and data analytics
• Lean manufacturing principles

These capabilities enable Westport to deliver products that meet stringent global standards while maintaining flexibility to adapt to evolving customer requirements.

Strengthening the Global Supply Chain

The start of production at these two facilities also strengthens Westport’s global supply chain resilience. In recent years, manufacturers across industries have faced disruptions related to logistics, raw materials, and geopolitical uncertainty. By expanding internal production capacity, Westport reduces reliance on external suppliers and improves its ability to respond quickly to market changes.

This enhanced supply chain control is particularly important for high-pressure fuel system components, which require specialized materials and processes. Westport’s investment ensures greater consistency in supply, shorter lead times, and improved service levels for customers.

Meeting Growing Market Demand

Demand for alternative fuel vehicles continues to rise as fleet operators seek cost-effective and environmentally responsible solutions. Natural gas and renewable fuels remain attractive options due to their lower carbon intensity and established infrastructure in many regions.

Westport’s high-pressure controls and systems are central to enabling these technologies at scale. With production now ramping up, the company can support new vehicle programs, expand existing customer relationships, and pursue growth opportunities in emerging markets.

Alignment with Westport’s Long-Term Strategy

The announcement aligns closely with Westport’s long-term strategic priorities, which include profitable growth, operational discipline, and leadership in clean fuel technology. By investing in critical manufacturing capabilities, the company is laying the foundation for sustained success in a competitive and rapidly evolving industry.

Westport has consistently highlighted the importance of focusing on core competencies where it can deliver differentiated value. High-pressure fuel systems represent one such area, combining deep technical expertise with strong customer demand.

Supporting Innovation Across Fuel Platforms

While natural gas remains a key focus, Westport’s high-pressure systems are also relevant to future fuel platforms, including hydrogen. As hydrogen technologies mature, the ability to safely and efficiently manage high-pressure fuel delivery will be essential.

The new facilities are designed with this future in mind, offering the flexibility to support evolving product designs and fuel requirements. This forward-looking approach positions Westport as a long-term partner for customers navigating the energy transition.

Economic and Workforce Impact

The start of production is expected to have positive economic and workforce impacts in the regions where the facilities are located. Westport has invested in skilled labor, training programs, and advanced equipment to support these operations.

By creating high-quality manufacturing jobs and fostering technical expertise, the company contributes to local economies while building internal capabilities that support its global operations.

Commitment to Safety and Sustainability

Safety is a top priority in the production of high-pressure fuel systems. Westport has implemented comprehensive safety protocols, employee training programs, and facility design features to ensure a safe working environment.

In addition, the company continues to integrate sustainability considerations into its operations. This includes efforts to improve energy efficiency, reduce waste, and minimize the environmental footprint of manufacturing activities.

Industry Context and Competitive Positioning

The global market for alternative fuel systems is becoming increasingly competitive as more players invest in clean transportation technologies. Westport’s ability to bring new production facilities online successfully demonstrates its execution capabilities and reinforces its position as a trusted supplier.

Customers value reliability, quality, and long-term support when selecting fuel system partners. The start of production at these facilities sends a strong signal that Westport is prepared to meet these expectations at scale.

Responding to Regulatory and Market Trends

Regulatory pressures to reduce emissions are intensifying across North America, Europe, and Asia. Policies promoting low- and zero-emission vehicles are driving demand for alternative fuel solutions that can be deployed quickly and cost-effectively.

Westport’s technologies offer a practical pathway to emissions reduction, particularly in heavy-duty applications where full electrification may not yet be feasible. The new production capacity enhances the company’s ability to support customers responding to these regulatory trends.

Outlook and Future Growth Opportunities

Looking ahead, Westport expects the start of production at these facilities to contribute positively to revenue growth and operational performance. As production volumes increase, the company anticipates improved economies of scale and margin potential.

Management has indicated that disciplined capital allocation and operational execution will remain key priorities as Westport pursues growth opportunities in both established and emerging markets.

Building Momentum in Clean Energy Transportation

The successful launch of these production facilities marks another step in Westport’s journey toward enabling cleaner, more sustainable transportation. By combining proven technology with manufacturing excellence, the company continues to play a vital role in reducing emissions from some of the world’s most demanding vehicle applications.

As customers, regulators, and communities increasingly prioritize sustainability, Westport’s investments today position it to deliver value well into the future.

Conclusion

The announcement of production commencement at two key high-pressure controls and systems facilities represents a significant milestone for Westport Fuel Systems. It reflects the company’s commitment to innovation, operational excellence, and leadership in alternative fuel technologies.

With these facilities now fully operational, Westport is better positioned to meet growing global demand, support the energy transition, and create long-term value for customers, employees, and shareholders alike.

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