Orange EV Ships 2,000th Electric Yard Truck to Coke Canada
Kansas City manufacturer hits production milestone with Coca-Cola Canada Bottling deployment, marking eight years of terminal-tractor deliveries.
Orange EV delivered its 2,000th electric terminal truck to Coca-Cola Canada Bottling in June, the Kansas City manufacturer announced June 23.
How many electric yard trucks has Orange EV built?
Orange EV has now built and shipped 2,000 electric terminal tractors since the company began production in 2018. The 2,000th unit went to Coca-Cola Canada Bottling, continuing a customer relationship that began with earlier Orange EV deployments at Coke bottling facilities across North America.
What does the 2,000-unit milestone mean for fleet adoption?
The production count puts Orange EV ahead of most electric yard-tractor competitors in cumulative deliveries. For context, the company shipped its 1,000th unit in early 2023, meaning the second thousand units took roughly three years to deliver. That pace suggests steady but not exponential adoption in the terminal-tractor segment, where diesel spotters still dominate most high-volume distribution yards.
Orange EV builds Class 8 terminal tractors rated for yard-spotting duty at distribution centers, intermodal facilities, and manufacturing plants. The trucks use lithium iron phosphate battery packs and are designed for shift work with opportunity charging between moves. Typical runtime is 8 to 12 hours on a full charge, depending on load weight and yard size.
What are the TCO economics for electric yard trucks?
Electric terminal tractors carry a higher upfront cost than diesel equivalents, typically $150,000 to $180,000 versus $80,000 to $100,000 for a comparable diesel spotter. The payback comes from fuel savings (electricity versus diesel), lower maintenance (no oil changes, no DPF service, fewer brake jobs due to regenerative braking), and longer service life. Orange EV claims a seven-year payback in high-utilization yards, faster in facilities with on-site solar or low commercial electricity rates.
Maintenance intervals are longer than diesel. Orange EV units require brake fluid and coolant checks but no engine oil, no diesel particulate filter regeneration, and no DEF refills. Battery pack warranty is typically eight years or 15,000 hours, whichever comes first. The packs are modular, so a single failed cell can be replaced without swapping the entire assembly.
Who else runs Orange EV terminal tractors?
Coca-Cola Canada Bottling joins a customer base that includes Anheuser-Busch, Walmart, FedEx Freight, and several large third-party logistics operators. The company has concentrated deployments in California, where CARB's Advanced Clean Fleets rule will require zero-emission terminal tractors at many facilities starting in 2027. Fleets in those markets are buying electric spotters now to avoid scrambling for units when the mandate takes effect.
Orange EV competes with BYD, Capacity, and Kalmar in the electric terminal-tractor segment. BYD entered the North American market in 2021 with a Class 8 yard tractor built in California. Capacity offers both battery-electric and hydrogen fuel-cell models. Kalmar, a longtime diesel spotter manufacturer, launched an electric version in 2022.
What this means for yard operations
For fleets running multi-shift yard operations, the 2,000-unit installed base provides a reference pool for reliability and parts availability. Orange EV has service centers in Kansas City, Ontario (California), and Atlanta, with mobile service vans covering other regions. Parts lead times for battery modules and drive motors are currently four to six weeks, longer than diesel engine parts but shorter than the 12-week waits common in 2022 and 2023.
Fleets considering electric spotters should verify that their facility has adequate electrical service. A single Orange EV truck on a Level 2 charger draws 19.2 kW, roughly the same load as three residential air conditioners running simultaneously. A yard running four electric spotters on staggered charge schedules needs a 100 kW service upgrade, which can cost $30,000 to $80,000 depending on distance from the utility transformer. That cost is separate from the truck purchase and should be factored into the total project budget.
