Collingwood’s Clean Tech Surge: How MacLean Engineering’s EV Mining Grader Positions the Region as a Decarbonization Leader

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Last updated: March 2, 2026

Key Takeaways

• MacLean Engineering in Collingwood received $2.5 million from Natural Resources Canada to commercialize the GR8 EV Grader for global mining markets
• The company will deliver a 30-unit fleet of battery-electric graders to Fortescue Metals, with first units arriving in 2026 and full deployment by 2029
• The GR8 EV Grader is an 18-foot pit-class grader featuring 3-4 hour runtime and sub-30-minute charging using advanced MCS technology
• This fleet will eliminate tens of millions of litres of fossil fuel consumption over its operational lifecycle
• MacLean’s new surface mining division marks the company’s expansion from underground to surface mining electrification
• The Collingwood-based manufacturer brings 50 years of mining equipment expertise with 100 EV units already sold globally
• Federal investment positions the Blue Mountain region as a hub for green economy job creation and clean technology innovation
• The project demonstrates how local communities can drive climate action through industrial innovation

Quick Answer

Collingwood’s clean tech surge centers on MacLean Engineering’s $2.5 million federal investment to commercialize the GR8 EV Grader, an 18-foot battery-electric mining grader that will eliminate tens of millions of litres of diesel fuel. The project positions the region as a decarbonization leader by creating green jobs, advancing Canadian clean technology exports, and demonstrating how industrial communities can transition to sustainable manufacturing while maintaining economic competitiveness.

What Is MacLean Engineering’s GR8 EV Grader and Why Does It Matter?

The GR8 EV Grader is an 18-foot all-electric pit-class grader designed for surface mining operations, powered by Fortescue’s Zero battery system. This vehicle represents the first large-scale battery-electric grader deployment for open-pit mining, addressing one of the industry’s most significant decarbonization challenges.

Key specifications include:

• Runtime: 3-4 hours of continuous operation per charge
• Charging time: Sub-30-minute fast charging using MacLean Charging System (MCS) technology
• Performance: Higher drawbar pull compared to conventional diesel models
• Design features: Larger cab, improved ergonomics, and best-in-class visibility
• Compatibility: MCS/CCS charging infrastructure integration

The grader matters because it tackles a critical gap in mining electrification. While underground mining has seen steady EV adoption, surface mining equipment has lagged due to power demands and operational scale. MacLean’s solution builds on nearly a decade of underground electrification experience, applying proven technology to surface applications.

Common mistake: Assuming electric graders sacrifice power for sustainability. The GR8 actually delivers superior drawbar pull compared to diesel equivalents, proving that clean technology can enhance rather than compromise performance.

How Does the $2.5 Million Federal Investment Support Commercialization?

Natural Resources Canada awarded MacLean Engineering $2.5 million through its Energy Innovation Program’s Mining Decarbonization Demonstration Call specifically to advance the GR8 EV Grader from prototype to commercial product. This funding accelerates design refinement, testing, and manufacturing scale-up for Canadian and global markets.

The investment supports:

• Design optimization based on Fortescue partnership feedback
• Testing and validation in Western Australian mining operations
• Manufacturing infrastructure expansion in Collingwood
• Supply chain development for battery systems and charging equipment
• Knowledge transfer from underground to surface mining applications

This federal support demonstrates Canada’s commitment to positioning domestic manufacturers as global clean technology leaders. By funding commercialization rather than just research, the program helps Canadian innovations reach international markets faster.

Decision rule: Choose government-supported clean tech suppliers when procurement policies favor proven Canadian innovation with demonstrated performance records. MacLean’s 50 years of mining equipment expertise and 100 EV units sold provide risk mitigation that newer entrants cannot match.

What Economic Impact Will This Create for the Blue Mountain Region?

Collingwood’s clean tech surge through MacLean Engineering’s expansion creates direct manufacturing jobs, indirect supply chain opportunities, and positions the region as a green economy hub. The $2.5 million investment and 30-unit initial order represent significant economic activity for a community of Collingwood’s size.

Economic benefits include:

• Manufacturing jobs: Skilled positions in battery-electric vehicle assembly and testing
• Engineering roles: Design, testing, and customer support specialists
• Supply chain expansion: Local suppliers for components, materials, and services
• Export revenue: International sales starting with Australian operations
• Technology cluster development: Attracting related clean tech companies to the region

The formation of MacLean’s new surface mining vehicle division on February 27, 2026, signals long-term commitment to this market segment. Surface mining represents a larger equipment market than underground operations, offering substantial growth potential.

For the region: This positions Collingwood alongside other Canadian clean tech hubs, creating high-value jobs that support community asset management and economic resilience.

How Does MacLean’s Track Record Support This Expansion?

MacLean Engineering brings 50 years of mining equipment manufacturing experience with a proven electric vehicle track record that de-risks the surface mining transition. The company has already electrified 25 vehicle models, sold 100 EV units globally, and logged half a million operating hours in underground applications.

Proven capabilities:

The GR8 surface grader builds directly on the GR5 Underground Grader commercialization, applying underground learnings to surface challenges. This approach minimizes technical risk by adapting proven technology rather than developing entirely new systems.

Edge case: Underground and surface mining present different challenges (dust management, temperature extremes, longer operating distances). MacLean addresses these through co-development partnerships with Fortescue, conducting on-site research before finalizing designs.

What Makes the Fortescue Partnership Strategic for Collingwood’s Clean Tech Surge?

The 30-unit fleet delivery to Fortescue Metals represents one of the first battery-electric grader deployments for surface mining globally, providing MacLean with a high-profile reference customer and real-world validation. Fortescue’s commitment to full fleet operation by 2029 demonstrates confidence in the technology.

Partnership advantages:

• Co-development approach: Fortescue operational teams directly informed design specifications
• Battery system integration: Uses Fortescue’s Zero battery technology, proven in other applications
• Deployment timeline: Phased rollout from 2026-2029 allows iterative improvements
• Global visibility: Fortescue’s decarbonization leadership attracts additional customers
• Technology transfer: Australian mining conditions test equipment in extreme environments

This partnership follows MacLean’s philosophy of developing equipment with customers rather than for them. By embedding engineers in Fortescue operations, MacLean ensures the GR8 meets actual operational requirements, not theoretical specifications.

For Collingwood: International partnerships like this establish the region as a global clean tech supplier, not just a domestic manufacturer, creating export-driven economic growth.

How Does This Position Collingwood as a Decarbonization Leader?

Collingwood’s clean tech surge through MacLean Engineering demonstrates how mid-sized industrial communities can lead decarbonization by leveraging existing manufacturing expertise and adapting to clean technology markets. The region transitions from conventional equipment manufacturing to clean tech innovation without abandoning its industrial base.

Leadership indicators:

• Federal recognition: $2.5 million NRCan investment validates Collingwood’s clean tech potential
• Global customers: Fortescue partnership establishes international credibility
• Technology innovation: First-mover advantage in surface mining electrification
• Economic transition: Green jobs replace rather than displace traditional manufacturing
• Knowledge hub: Attracts talent and investment in battery-electric heavy equipment

The environmental impact reinforces this leadership. Eliminating tens of millions of litres of fossil fuel consumption over the fleet’s lifecycle demonstrates measurable climate action, not just aspirational goals.

Comparison to other regions: While larger cities attract clean tech startups, Collingwood’s advantage lies in established manufacturing infrastructure and skilled workforce that can scale production immediately. This positions the region competitively against urban innovation hubs.

Similar to how nature-directed stewardship benefits cities, industrial communities practicing clean tech innovation create environmental and economic benefits simultaneously.

What Are the Broader Implications for Canada’s Mining Sector?

MacLean Engineering’s GR8 EV Grader commercialization signals a tipping point for Canadian mining electrification, moving from underground niche applications to surface mining mainstream adoption. This transition affects the entire mining supply chain and positions Canada as a clean mining technology exporter.

Sector-wide implications:

• Regulatory alignment: Electric equipment helps mines meet increasingly strict emissions regulations
• Operational cost reduction: Lower fuel and maintenance costs improve mining economics
• Workforce transition: New skills requirements for battery systems and charging infrastructure
• Supply chain development: Canadian battery, charging, and component manufacturers gain domestic anchor customers
• Export opportunities: Global mining sector seeks proven decarbonization solutions

The Mining Decarbonization Demonstration Call funding mechanism specifically targets commercialization barriers, recognizing that Canada has strong clean tech innovation but weaker commercialization track records compared to competitors.

Choose electric mining equipment if: Your operation faces carbon pricing, operates in jurisdictions with emission reduction mandates, or seeks operational cost reductions through lower fuel and maintenance expenses. Diesel remains appropriate for remote operations without reliable charging infrastructure.

Conclusion

Collingwood’s clean tech surge through MacLean Engineering’s GR8 EV Grader represents more than a single product launch—it demonstrates how industrial communities can lead decarbonization while creating economic opportunity. The $2.5 million federal investment, 30-unit Fortescue partnership, and new surface mining division position the Blue Mountain region as a global clean technology hub with measurable environmental impact.

Actionable next steps:

For local stakeholders: Engage with community planning initiatives to support clean tech workforce development and infrastructure that attracts related industries to the region.

For mining companies: Evaluate battery-electric equipment for operations facing emission reduction pressures, starting with pilot deployments that leverage MacLean’s proven track record and co-development approach.

For investors and policymakers: Support commercialization funding programs that help Canadian innovations reach global markets, creating export-driven growth and climate solutions simultaneously.

The GR8 EV Grader proves that decarbonization leadership doesn’t require abandoning industrial heritage—it requires adapting that expertise to clean technology markets. Collingwood’s transformation from conventional manufacturing to clean tech innovation provides a replicable model for communities across Canada seeking sustainable economic transitions.

FAQ

What is MacLean Engineering’s GR8 EV Grader?
An 18-foot battery-electric pit-class grader designed for surface mining operations, featuring 3-4 hour runtime, sub-30-minute charging, and higher drawbar pull than diesel equivalents.

How much federal funding did MacLean Engineering receive?
Natural Resources Canada awarded $2.5 million through the Energy Innovation Program’s Mining Decarbonization Demonstration Call to support GR8 EV Grader commercialization.

When will the first GR8 EV Graders be delivered?
First deliveries to Fortescue Metals begin in 2026, with the full 30-unit fleet operational by 2029.

How much fuel will the electric grader fleet eliminate?
The 30-unit fleet will eliminate tens of millions of litres of fossil fuel consumption over the graders’ operational lifecycle.

Where is MacLean Engineering located?
MacLean Engineering is based in Collingwood, Ontario, in the Blue Mountain region.

What is MacLean’s electric vehicle track record?
MacLean has electrified 25 vehicle models, sold 100+ EV units globally, and logged over 500,000 operating hours in underground mining applications.

How long does the GR8 EV Grader take to charge?
Sub-30-minute fast charging using MacLean Charging System (MCS) technology, with MCS/CCS compatibility for flexible infrastructure integration.

What makes this different from underground electric mining equipment?
The GR8 adapts proven underground EV technology to surface mining’s unique challenges including longer operating distances, temperature extremes, and different dust management requirements.

Why did Fortescue Metals choose MacLean Engineering?
Fortescue selected MacLean based on 50 years of mining equipment expertise, proven EV track record, and co-development approach that incorporates operational team feedback into design.

What jobs will this create in Collingwood?
Manufacturing assembly positions, engineering roles for design and testing, customer support specialists, and indirect supply chain opportunities throughout the region.

Can electric graders match diesel performance?
Yes—the GR8 EV Grader delivers higher drawbar pull than conventional diesel models while eliminating fuel costs and reducing maintenance requirements.

What other mining equipment has MacLean electrified?
MacLean’s EV portfolio includes bolters, boom trucks, shotcrete sprayers, and underground graders, with the GR8 representing the company’s first surface mining electric vehicle.

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