6 MAY 2026 SERVICE TRUCK PULSE SERVICE TRUCK PULSE MAY 2026 7 POWERTRAINS POWERTRAINS Class 8 diesel semi typically costs $150,000–$180,000, depending on specifications and brand. A 2025 diesel Mack Anthem sleeper would have cost around $155,000. Mack is a subsidiary of Volvo. By contrast, electric Class 8 trucks range from $280,000 to $500,000, though prices are trending downward as battery costs fall and production scales up. A few years back, most of the electric semi Class 8 trucks from Freightliner, Volvo, Kenworth, and Peterbilt were in the $400,000 to $500,000 range. Other smaller electric vehicle specialist companies, such as Lion, BYD, and Nikola, offer their EVs for less—about $300,000 to $400,000. Obviously, it costs less if you are buying a Class 4, 5, 6, or 7 truck— electric, diesel, or gasoline. Tesla’s Semi, however, remains a standout, offering a 500-mile range for about $180,000, which is competitive with diesel for certain applications. However, most electric models from Freightliner, Volvo, and Nikola still carry a premium of $130,000– $250,000 over their diesel counterparts. Okay, so what about incentives? • Federal Commercial Clean Vehicle Tax Credit: Up to $40,000 per truck for zero-emission vehicles (valid through 2032). • Infrastructure Tax Credit: 30 percent of charger installation costs, capped at $100,000 per site. • S tate Programs: It varies by state, obviously. California’s HVIP offers rebates up to $120,000 per truck, while New York and Oregon provide similar programs. HVIP (Hybrid and ZeroEmission Truck and Bus Voucher Incentive Project) is designed to accelerate the adoption of clean trucks and buses by providing point-ofsale rebates to fleet operators. Administered by the California Air Resources Board (CARB), its purpose is to reduce upfront costs for zeroemission and hybrid commercial vehicles. Rebates of up to $120,000 per truck, depending on vehicle class and technology, are available and are available to fleets operating in California, including public and private entities. These incentives can significantly narrow the upfront gap, but operators must navigate complex eligibility rules and timelines. OPERATING COSTS: WHERE EVS SHINE Along with the fact that we aren’t going to run out of electricity, like we will one day run out of diesel (or at best, we still have diesel, but it’s too expensive to run cost-effectively), fuel, and maintenance are where electric trucks pull ahead. Energy Costs: • D iesel averages $3.50/gallon, translating to about $0.47 per mile for a Class 8 truck. • E lectricity costs roughly $0.12/kWh, or $0.25 per mile, saving fleets $26,000 annually on 120,000 miles (MORE INFO). Maintenance: EVs have fewer moving parts—no oil changes, no exhaust systems, and regenerative braking extends brake life. Maintenance costs average $0.176 per mile for EVs vs. $0.246 for diesel, according to the International Council on Clean Transportation, an independent, nonprofit research organization that provides technical, scientific, and policy analysis to help environmental regulators and policymakers improve the environmental performance of transportation systems worldwide. (MORE INFO). Over five years, these savings can offset much of the initial price premium, especially for highmileage fleets. PERFORMANCE: TORQUE VS. RANGE Electric trucks deliver instant torque, making them ideal for urban and regional routes. Leading Class 8 EVs now offer 2,000+ lb-ft of torque, compared to diesel’s 1,850 lb-ft. As you are aware, the higher the torque, the easier it is for the truck to pull trailers or carry large payloads. Acceleration is also superior. For example, Tesla’s Semi can hit 0–60 mph in 20 seconds fully loaded, versus 45+ seconds for many diesel rigs. Range remains diesel’s trump card: • D iesel: 1,000–1,200 miles per tank • E lectric: 300–500 miles per charge (best-in- class models) As well, charging times for electric vehicles vary: 30–45 minutes for 80 percent capacity on megawatt chargers, though full charges can take hours. Diesel refueling? About 15 minutes. But you already knew that. INFRASTRUCTURE: THE ACHILLES’ HEEL OF ELECTRIFICATION Just like it was about 120 years ago when battery electric vehicles were making inroads, infrastructure remains a concern, though we are certainly better positioned in the 21st century for EV success. Then again... By 2025, the US had 3,200 heavy-duty charging Just a few short years ago, the automotive industry was looking at how it could transform itself from being wholly dependent on diesel and gasoline, seeing as how the planet was coming to the end of its availability by sometime around 2070 AD. Sure, there were also cries denouncing the pollution caused by ICE (internal combustion engine) powertrains and that we, as a planet, need to move to cleaner options. But then politics happened—both here and abroad—and suddenly it was no longer “trendy” to push the alternative fuel agenda as hard as it was being pushed. “We have time,” people said. “What’s the rush?” While discussing “alternative fuels,” the seemingly most popular was electrification, over other such promising technologies as propane, hydrogen, and various formats of biofuels. All have their denouncers; all have their proponents. As of 2026, the trucking industry is at a crossroads, undergoing its most significant transformation in decades. Diesel engines—long the backbone of freight and service fleets—now share the road with batteryelectric trucks (BEVs) that promise zero tailpipe emissions and lower operating costs. But promises don’t always translate into practical solutions. In 2026, fleet operators must weigh the pros and cons of both technologies. The decision isn’t just about fuel versus electricity; it’s about total cost of ownership (TCO), infrastructure readiness, regulatory compliance, and long-term sustainability. Oh yeah, and how much your diesel technician seems to have a hate-on for anything not diesel. UPFRONT COSTS: STICKER SHOCK VS. INCENTIVES Diesel trucks still dominate in purchase price. A new Diesel vs. Electric: Which Powertrain Will Drive the Near-Future of Service Fleets? As electric trucks gain traction in North America, fleet managers face a pivotal decision: stick with diesel or invest in battery-electric vehicles. Here’s a comprehensive look at costs, performance, infrastructure, and environmental impact in 2026. ANDREW JOSEPH, EDITOR PHOTO: algre/iStock/Getty Images Plus While they each do the same thing—an electric vehicle charger and a fuel nozzle—each represents a technology that is either on the way out or refusing to be allowed in. Which technology is best for now and the near-future for you and your fleet?
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