EV in Focus

Ford Mustang Mach-E

Performance, technology and utility are converging in Canada’s EV market, and the Ford Mustang Mach-E is at the centre of that transformation. As Ford’s first purpose-built electric crossover, the Ford Mustang Mach-E blends the iconic Mustang name with advanced EV engineering, delivering impressive range, over-the-air software capabilities and a highly connected driving experience. Built on a dedicated electric architecture, it incorporates a large structural battery pack, extensive driver assistance technologies and sophisticated electronic systems that introduce new considerations for collision repair, diagnostics and calibration.

Charging the Ford Mustang Mach-E is as simple as plugging in, whether at home or at one of the expanding public charging networks across North America.Ford Mustang Mach-E Repair Pros & Cons

EV REPAIR PROS

• Purpose-built EV platform: Designed from the ground up as an EV, making structural repair logic more consistent than converted ICE vehicles.

• Strong OEM repair information ecosystem: Ford provides detailed structural, scan, and calibration procedures, supporting more accurate repairs.

• Well-established parts and supply network in Canada: Generally good availability of OEM parts reduces downtime.

• Clear ADAS calibration pathways: Standardized procedures for camera, radar, and sensor calibration help improve repeatability in repair workflows.

EV REPAIR CONS

• High ADAS calibration burden: Even moderate damage often requires multiple calibrations, increasing cycle time and cost.

• Complex high-voltage safety requirements: Battery and power systems demand strict isolation procedures and trained technicians.

• Sensor-integrated body design: Many systems are embedded into bumpers, glass, and trim, making repairs more invasive than traditional vehicles.

• Software-dependent systems: Post-repair validation often requires module communication checks, updates, and scan tool verification before release.

For more stories related to Ford visit collisionrepairmag.com/15740613

Nissan LEAF

As one of the world’s first mass-market electric vehicles, the Nissan LEAF helped pave the way for EV adoption in Canada and it remains an important vehicle for repairers to understand. Designed to make electric mobility practical and accessible, the Nissan LEAF combines a compact, familiar hatchback design with proven electric powertrain technology. Unlike many newer EVs, it utilizes a simpler architecture and an air-cooled battery system, reducing complexity in some areas while presenting unique considerations around battery health and thermal management. For collision repairers, its high-voltage systems, evolving driver assistance technologies, and large population on Canadian roads make the Nissan LEAF a key vehicle to understand as more electric vehicles enter the repair cycle.

Real-time driving data, energy-use information and entertainment features are seamlessly integrated into the Nissan LEAF’s easy-to-use interior display.Images courtesy of Nissan. For availability visit nissan.caNissan LEAF Repair Pros and Cons

EV REPAIR PROS

• Mature, well-documented platform: More than a decade on the market means repair procedures and service information are widely available.

• Relatively simple EV architecture: Compared with newer EVs, the Nissan LEAF has fewer integrated systems and less structural complexity.

• No liquid battery cooling system: The air-cooled battery design eliminates components such as coolant pumps, lines, and heat exchangers that can be damaged in a collision.

• Large Canadian vehicle population: The high number of Leafs on the road creates steady repair opportunities and makes parts sourcing easier.

EV REPAIR CONS

• Battery vulnerability and health concerns: Air-cooled battery packs can experience greater degradation over time, making battery condition assessment an important part of repairs.

• Limited thermal management system: The lack of active cooling can complicate evaluations following overheating events or severe impacts.

• High-voltage safety procedures still apply: Despite its simpler design, technicians must follow proper de-energization and isolation procedures before repairs.

• Aging fleet considerations: Many Nissan LEAF’s are now entering their second or third ownership cycle, meaning shops may encounter vehicles with previous repairs, battery degradation, or deferred maintenance.

For more stories related to Nissan visit collisionrepairmag.com/15750115

Images courtesy of Hyundai. For availability visit hyundaicanada.com

The Hyundai IONIQ 5

Blending retro-inspired design with cutting-edge technology, the Hyundai IONIQ 5 has quickly become one of Canada’s most recognizable electric vehicles. Built on Hyundai’s dedicated E-GMP platform, it features an 800-volt electrical architecture, ultra-fast charging capability and a highly digital, sensor-rich design that introduces new considerations for diagnostics and collision repair. For collision repairers, its high-voltage architecture, growing calibration requirements and sophisticated electronic systems make the Hyundai IONIQ 5 one of the most technically distinctive EVs entering Canadian repair facilities.

The Hyundai IONIQ 5 combines everyday comfort with EV-focused convenience, offering thoughtful interior features such as a wireless charging pad and heated seats that enhance the driving experience. Designed around modern electric mobility, the cabin keeps passengers connected and comfortable while delivering the technology and practicality expected from a next-generation EV.Hyundai IONIQ 5 EV Repair Pros & Cons

EV REPAIR PROS

• Dedicated E-GMP platform: Purpose-built EV architecture provides well-defined repair procedures and component layouts.

• Comprehensive OEM repair information: Hyundai offers detailed guidance for high-voltage servicing, structural repairs and ADAS calibrations.

• Modular battery and electrical systems: Many high-voltage components can be serviced individually, reducing the need for complete system replacement.

• Strong diagnostic capabilities: Advanced onboard diagnostics and software systems help technicians identify faults and verify repairs efficiently.

EV REPAIR CONS

• 800-volt architecture: Requires specialized training, equipment and safety procedures beyond those needed for many 400-volt EVs.

• Extensive ADAS and sensor integration: Multiple cameras, radars and electronic systems increase calibration requirements and repair complexity.

• Sophisticated electronics and software dependency: Post-repair scans, module programming and system verification are often necessary before vehicle delivery.

• Potentially higher repair costs and cycle times: Specialized components, calibrations and high-voltage procedures can increase both repair expenses and shop turnaround times.

For more stories related to Hyundai visit collisionrepairmag.com/15749879