Canada aftermarket: Jason Herle's $44B repair plan

Canada's vehicle fleet is aging. In 2026, the average car on the road will be 13–14 years old. This statistic defines the battlefield for the automotive aftermarket. It is not a theoretical shift; it is a structural guarantee of sustained repair demand. The question is whether the sector can capitalize on this reality or if it will be strangled by external pressures before the work gets done.

AIA Canada sits at the center of this friction. Under incoming chair Jason Herle, the association faces a binary future: unify the fragmented collision, mechanical, and glass sectors to fight for data access, or watch independent operators get locked out of the modern vehicle ecosystem entirely.

Herle, CEO of Fountain Tire, brings a grounded, operations-first mindset to an industry generating $44 billion in economic activity. He isn't interested in digital abstraction. His focus is on the tangible assets-engines, tires, and moving parts-that employ 500,000 Canadians. His journey from a chartered accountant in Provost, Alberta, to the C-suite mirrors the industry's own need for incremental, verified progress over speculative hype.

This analysis cuts through the noise. We examine the strategic imperatives facing AIA Canada, starting with its mandate to sustain the national aftermarket system. We end where the rubber meets the road: the urgent advocacy battles where equitable access to repair data remains the single most existential threat to independent operators.

The Strategic Role of AIA Canada in the National Aftermarket

AIA Canada's Mandate in the $44 Billion Aftermarket

AIA Canada draws the lines in the sand for the national automotive aftermarket. Its scope covers collision, mechanical, and glass repair-a specialized sector valued at $44 billion, nested within a broader industry generating $44 billion in total economic activity. Why does this distinction matter? Because regulatory reach depends on it. As federal strategies shift to diversify trade partnerships for EV manufacturing, the definition of "aftermarket" determines who gets a seat at the table. Incoming chair Jason Herle and CEO Emily Chung are tasked with unifying advocacy against original equipment manufacturer (OEM) restrictions that threaten to carve out huge swaths of this revenue.

The mandate extends into technical standardization. Consider automatic tire inflation systems. Compliance with radio frequency regulations from Innovation, Science and Economic Development Canada is non-negotiable, yet the technical terrain is minefield. If wireless telemetry standards aren't addressed, aftermarket adoption in agricultural and construction channels hits a wall.

Herle's background in rural service highlights the tension here. Centralized digital mandates often clash with the reality of tangible mechanical work. Installed base conversion rates for advanced kits remain low. Isolated corporate strategy won't fix this gap. Only collective action can bridge the divide between high-level policy and the wrench-turning reality of the shop floor.

Unifying Collision, Mechanical, and Glass Sectors Under One Voice

Fragmentation is a luxury the aftermarket cannot afford. AIA Canada aggregates collision, mechanical, and glass sectors into a single advocacy coalition to counterbalance OEM dominance. Individual verticals simply lack the capital reserves to sustain prolonged legal or regulatory disputes against manufacturers with deeper pockets. The membership base reflects this necessity, spanning large national chains and smaller independent businesses that require collective representation to survive.

Operational models vary wildly. Fountain Tire utilizes a partnership structure where operators hold equity stakes, aligning incentives differently than corporate chains. Meanwhile, competitors face pressure from big-box entities like The Home Depot, which leverage broad retail approaches. Specialized service depth often conflicts with general market breadth within the same ecosystem.

Aligning these divergent technical priorities is the real challenge. Collision repairers prioritize parts availability above all. Mechanical shops obsess over diagnostic tool access. These differing needs create friction in legislative agendas. Ignore these internal misalignments, and the association's lobbying effectiveness on critical Right to Repair mandates dilutes instantly. Successful navigation requires prioritizing shared infrastructure goals over sector-specific grievances. Political cohesion is the only currency that matters in Ottawa.

Aging Vehicle Parc and the 13–14 Year Average Age Challenge

Demographics drive destiny. A Canada-wide vehicle parc averaging 13–14 years in 2026 dictates sustained maintenance demand, regardless of new car sales volumes. This reality forces operators to prioritize inventory for older models rather than chasing the latest-generation parts. The data supports the shift: retail sales at automotive parts stores rose a notable margin in 2025, notably outpacing the modest increase seen in new-vehicle dealer sales.

This divergence confirms a critical buffer. An aging fleet protects the sector against softness in original equipment markets. Advance Auto Parts reported strong comparable-store growth driven by professional repair customers needing components for high-mileage units. Fountain Tire uses its status as a Best Managed company to attract clients seeking reliable service for these aging assets.

However, maintaining these vehicles requires navigating complex supply chains for discontinued or low-volume parts. The aftermarket definition must expand to include latency-tolerant logistics for obsolete components. Companies like Autel Energy are partnering with ChargeLab to deliver integrated EV charging solutions, yet the immediate revenue pool remains firmly rooted in internal combustion repair. Operators face a balancing act: invest in future electrification tools or secure cash flow from legacy fleet maintenance. Failure to stock depth for 10-year-old trucks risks losing core commercial accounts to specialists who do.

Leadership Trajectory and Board Governance Mechanics

Jason Herle's Career Path from COO to AIA Canada Chair

Jason Herle entered Fountain Tire in 1994, arriving when the retailer operated exactly 56 locations across the region. His rise to Chief Operating Officer marked a distinct pivot from daily operational execution toward board governance. This shift required specific credentials, leading to his acquisition of the ICD.D designation from the Institute of Corporate Directors. Modern association leadership demands such accreditation. Individual companies lack sufficient influence alone; navigating regulatory environments requires certified expertise.

The transition involves moving from direct supply chain management to overseeing strategic direction without micromanaging staff. Herle succeeded Brent Hesje as CEO, a role requiring him to shield "Type A" board personalities from daily operations while maintaining focus on long-term advocacy goals like Right to Repair.

Board procedures inevitably slow reaction times compared to the rapid decision-making possible in private enterprise. Association chairs must sacrifice speed for the legitimacy required to lobby federal governments effectively. Herle's path signals that future industry influence depends less on retail footprint and more on certified governance expertise. Operators seeking similar impact must prioritize director training over mere commercial success.

Buffering Type A Personalities Between Board and CEO Emily Chung

Herle functions as a strategic buffer between Type A personalities on the board and CEO Emily Chung. The goal is simple: prevent operational micromanagement. This governance mechanism separates high-level strategy from daily execution, ensuring the board does not override technical decisions made by the certified technician leading the association. Chung brings 16 years of independent shop ownership experience, grounding her leadership in practical repair realities rather than abstract corporate theory. Herle uses his ICD.D to formalize this separation of powers. The approach requires distinct steps for proven association leadership that prioritize clear communication channels over direct intervention.

Aggressive board members sometimes clash with executive implementation strategies in typical corporate hierarchies. This model acknowledges that the CEO succession at substantial firms like Fountain Tire prepares leaders for complex association dynamics. Herle's own transition from COO to CEO in 2022 informs his understanding of the pressures Chung faces. The buffering role relies on the chair's willingness to absorb board intensity. If the chair fails to manage these governance mechanics, the CEO becomes distracted by internal politics rather than external advocacy. Successful application requires the chair to actively intercept potential overreach before it disrupts organizational focus.

Strategic Oversight Risks When Board Members Micromanage the CEO

Board interference with daily operations creates governance fractures that stall Right to Repair advocacy momentum. Mechanism failure occurs when directors bypass the CEO to dictate tactical execution, confusing fiduciary oversight with management. Evidence suggests this friction peaks during leadership transitions, such as the May 2026 succession at substantial retailers where clear role delineation prevented operational drag. Aggressive boards cause a measurable decline in CEO autonomy, forcing leaders to defend decisions rather than execute strategy. Operators must recognize that fragmented authority dilutes the collective voice needed against OEMs with deeper capital reserves.

Proven association leadership requires separating technical repair expertise from high-level policy direction. Ignoring these protocols causes strategic paralysis during critical regulatory windows. Herle aims to add value to the new CEO, Emily Chung, by maintaining this strict separation of duties. Without such buffers, the automotive aftermarket risks losing ground on legislative fronts where unified messaging determines survival. The constraint is reduced board engagement in granular details, yet this distance preserves the executive agility required for industry-wide battles.

Advocacy Imperatives and the Right to Repair Mandate

Defining Right to Repair Through OEM Data Access Mandates

Legislative mandates for Right to Repair demand that independent garages access proprietary OEM diagnostic streams. Without an affordable method to retrieve this data, the automotive aftermarket cannot service modern vehicles, making physical parts inventory useless without digital handshake authorization. This dependency grows acute as average new vehicle loan rates in Canada range from 6.5% to 9.5%, forcing consumers to keep older cars running longer rather than replacing them.

The technical baseline for such access traces to OBD-II standardization in the mid-1990s, which transformed simple engine controllers into complex networks requiring authenticated data bridges. Current OEM telemetry architectures often block these legacy pathways. Repair rights exist legally yet fail technically in this digital gatekeeping scenario. Operators face a binary choice: secure authenticated data APIs or lose the ability to service the expanding population of aging vehicle fleets. Failure to mandate standardized data ports effectively privatizes the repair economy. Manufacturers would monopolize service revenue while independent shops absorb the sunk costs of unreachable inventory.

Executing Industry Advocacy via AIA Canada Hill Days

Participation in Hill Days in Ottawa requires members to present unified data on repair access during scheduled meetings with senators. Operators must coordinate messaging through AIA Canada to counter OEM data gatekeeping before revenue streams dry up completely. The strategy relies on demonstrating that affordable vehicle maintenance prevents market collapse as loan costs rise.

Proven lobbying targets the federal automotive strategy announced on February 5, 2026. This timing aligns with government reviews of zero-emission vehicle sales mandates, creating a window to argue for legacy vehicle support. Data shows older cars need frequent fixes, yet EV market challenges persist due to infrastructure gaps. Advocates highlight that high depreciation rates on electric models increase reliance on the internal combustion fleet.

To succeed, the industry must execute:

• Schedule attendance for the next parliamentary session opening.
• Prepare cost-benefit analysis comparing independent repair versus dealer monopolies.
• Coordinate talking points with regional chapters to ensure message consistency.
• Bring local business owners to share firsthand accounts of parts shortages.
• Draft briefs on inflation control through competitive repair pricing.

The limitation of this approach is the sheer volume of competing industrial priorities in the capital. Without persistent presence, the detailed needs of the collision and mechanical sectors get lost in broader trade discussions. Success depends on framing repair access as an inflation-control measure rather than a niche regulatory request. Failure to engage now means accepting permanent exclusion from proprietary diagnostic tools required for modern vehicles.

Revenue Risks When Independent Shops Lose OEM Data Access

Blocking OEM diagnostic streams causes immediate revenue collapse for shops unable to authenticate ADAS calibration services. Restricted data access eliminates the ability to service vehicles where advanced safety systems require digital handshakes before mechanical work proceeds. Market analysis projects ADAS penetration expanding from 38% in 2025 to 71% by 2035, meaning most incoming repair jobs will mandate this unavailable connectivity. The financial exposure is severe because the sector supports approximately 500,000 workers across direct and indirect roles who rely on consistent shop throughput. Without affordable data pathways, these employment positions face existential threat as consumers cannot afford new purchases amid high financing costs.

The operational failure mode extends beyond simple diagnostics to the core profitability of modern repair workflows. Enterprises like Fountain Tire mitigate this through headless architecture and integrated CRM systems that smaller independents cannot replicate without industry-wide data mandates. A shop losing access to vehicle telemetry loses the capacity to verify repair completion, forcing customers toward OEM dealerships exclusively. This shift destroys the competitive pricing model that keeps older vehicles on the road. The industry generates substantial economic activity, yet that value evaporates if digital keys remain locked behind paywalls. Restricting data access effectively mandates monopoly service channels, stripping independents of their license to operate on modern fleets.

Maximizing Member Value Through Engagement and Education

AIA Canada's Role in Deciphering AI and Technology Trends

AIA Canada directs member re-education toward generative AI applications that reduce component weight by 40% while increasing strength. Herle identifies this technological acceleration as the primary driver for updated training curricula across collision and mechanical sectors. The association lobbies for data access standards because early battery-electric models suffer significantly higher depreciation, creating residual value uncertainty that complicates repair decisions. Operators ignoring these shifts face obsolescence as OEM data gatekeeping expands.

Fountain Tire demonstrates practical integration by partnering with Valtech. These tools convert raw transaction logs into actionable category insights without manual aggregation. Adopting such systems requires capital that many independent shops lack. This reality creates a divergence between chained and single-store capabilities. Technology adoption widens the competitive moat for those who can afford implementation.

Membership provides the collective bargaining power necessary to demand affordable diagnostic access. Independent revenue streams dry up as vehicles become digitally locked without unified advocacy. Engagement now dictates survival more than physical inventory depth.

Using Generative AI and Headless Architecture in Aftermarket Operations

Fountain Tire deploys headless architecture via Valtech to decouple content management from front-end delivery, enabling rapid site updates without deep technical intervention. This structural separation allows staff to manage digital assets using familiar tools like Microsoft Word, contrasting sharply with monolithic legacy systems common in smaller independent shops. Marketing teams push updates instantly while backend commerce logic remains stable. Implementing such enterprise-grade solutions requires capital that many single-location operators cannot access. A technological divide emerges within the membership base.

Data utilization extends beyond simple sales tracking. Executives at Fountain Tire use business intelligence solutions to drill down into category performance, distinguishing passenger tire volume from specialty unit movement daily. This granular visibility drives inventory adjustments that generic reporting misses. Simultaneously, generative AI applications are reshaping component manufacturing, producing parts like seatbelt brackets that are lighter and stronger than previous iterations. Operators lacking these analytical capabilities face widening efficiency gaps against integrated chains.

Engagement with AIA Canada provides the collective bargaining power necessary to offset these disparities. Members gain access to shared advocacy resources that individual shops cannot fund alone. The cost of technological adaptation may exclude smaller players entirely from the modern supply chain without unified action.

Validating Membership ROI Through Sector Representation and Collective Advocacy

Operators must verify sector alignment before committing capital to association dues. AIA Canada unifies the collision, mechanical, and glass sectors under a single lobbying banner. This consolidation is necessary because OEMs possess notably deeper financial reserves than independent operators. Collective action levels the playing field during legislative debates over right-to-repair mandates.

Prospective members should evaluate if the organization addresses their specific vertical risks:

• Does the advocacy team actively counter OEM data gatekeeping tactics?
• Are training curricula updated for generative AI?
• Will the membership base gain access to shared business intelligence tools?
• Is there a clear strategy to mitigate EV depreciation volatility?
• Do sub-committees prevent dilution of sector-specific urgency?

Broad representation carries the risk of diluting sector-specific urgency. Mechanical shops may find collision priorities distracting without dedicated sub-committees. Fragmented advocacy guarantees regulatory failure against unified manufacturer interests.

Retail sales data indicates an expanding market for independent service providers. Shops using partnership models where operators hold equity stakes demonstrate higher retention rates than corporate chains. This structural advantage requires political protection to survive OEM encryption of diagnostic ports. Independent revenue streams face existential threats from proprietary software locks without coordinated intervention through AIA Canada. The cost of non-participation exceeds the price of dues when lost repairs accumulate. Operators ignoring this collective defense mechanism risk obsolescence as vehicle architectures become increasingly digital. Survival depends on unified pressure to maintain open access standards for all market participants.