The EV boom is rewriting North America’s auto supply chains. From new plants to gigafactories, the race is on — but moving high-value EV components safely and on time is the real challenge.
Our latest white paper breaks down the 5 biggest EV shipping risks and how shippers can stay ahead.
The electric vehicle (EV) boom is transforming automotive supply chains across North America. New plants are opening in the U.S., Canada, and Mexico, battery gigafactories are rising in former industrial hubs, and supply networks are being redesigned to comply with new regional content rules.
For OEMs and Tier suppliers, the biggest operational risks now lie in how to move high-value, high-risk EV components across North America’s road and rail networks — safely, quickly, and compliantly.
This white paper examines the five most pressing EV shipping challenges in North America and offers practical steps shippers can take to protect production, control costs, and meet sustainability goals.
Battery Transport: Heavy, Hazardous, and Highly Regulated
The challenge:
- Lithium-ion batteries and modules are classified as hazardous materials. They often require temperature control, vibration protection, and secure handling throughout transit. A single shipment delay can halt production.
North American reality:
Many batteries and modules cross borders between U.S., Canada, and Mexico multiple times before final assembly. This creates extra regulatory touchpoints and inspection risk.
What shippers should do:
- Standardize packaging and securement methods for all carriers.
- Use hazmat-certified carriers with proven safety performance.
- Pre-clear documentation for all cross-border battery shipments.
Cross-Border Congestion and Compliance
The challenge:
EV production in North America often involves complex cross-border flows — battery cells may be produced in one country, modules assembled in another, and final vehicles built in a third.
Trend to watch:
Major automotive corridors like Windsor–Detroit, Laredo, and Nogales are experiencing record traffic volumes, especially for high-value freight requiring FAST and CTPAT compliance.
- Partner with carriers that have deep cross-border expertise and certifications.
- Stage freight near borders for quicker clearance.
- Maintain alternative crossing points in contingency plans.
Rail-Road Coordination for Long-Haul EV Freight
The challenge:
Rail offers cost-effective, lower-emission transport for heavy EV components over long distances, but rail schedules must align with just-in-time production windows.
North American reality:
Battery packs and vehicle bodies are often moved by rail for the bulk of the journey, then transferred to road for final delivery — adding complexity to handoffs and dwell time.
- Use intermodal partners who control both rail and drayage operations.
- Track shipments in real time across both modes.
- Plan buffer time for weather or rail congestion without overstocking.
Specialized Equipment and Capacity Constraints
The challenge:
EV components often require custom securement, high-cube trailers, or temperature-controlled units. These are in shorter supply than standard equipment.
North American reality:
As more gigafactories open, demand for specialized trailers and secure transport will spike, making it harder to source capacity on short notice.
- Secure multi-year capacity agreements for specialized equipment.
- Identify backup carriers with compatible gear and driver training.
- Forecast production ramp-ups early to lock in capacity.
Reverse Logistics and Recycling Loops
The challenge:
Battery returns, defective modules, and end-of-life recycling all require reverse logistics programs with strict safety compliance.
North American reality:
Recycling plants and battery refurbishment centers are concentrated in select regions, meaning returned product often travels long distances by road or rail under hazmat rules.
- Integrate reverse logistics into your forward supply chain planning.
- Use dedicated routes and trained carriers for returns.
- Track chain of custody and regulatory compliance for every reverse shipment.
Conclusion: What Future-Ready Supply Chains Look Like
North America’s EV transformation is underway — and logistics is at the heart of whether it succeeds. Road and rail networks are now the arteries of the EV supply chain, moving heavy, hazardous, and high-value freight across thousands of miles and multiple borders.
Shippers who invest in carrier partnerships, real-time visibility, specialized equipment, and cross-border expertise will be best positioned to avoid costly production stoppages and keep pace with EV demand.
Bison Transport is sharing these insights to help automotive leaders navigate the road ahead with clarity, compliance, and confidence.
Terminals across Canada, USA and Mexico
Why Bison Transport?
Bison Transport is a privately held, professionally managed transportation company, established in 1969. With a network throughout Canada, the U.S. and Mexico, Bison is a leading asset-based freight solutions provider that employs over 4,000 professional Drivers and staff.
We proudly deliver award-winning transportation services to our valued clients throughout North America. We operate one of the largest, safest, and most modern fleets on the road today. Our investments in tractor, trailer and container-Bison equipment are a testament to the commitment we’ve made to our customers, staff, and the industry.