By Adam Osborn, Head of Commercial, North America, Einride

On September 21, the national average price of diesel peaked at $6.529 a gallon, according to EIA. At 6.5 miles per gallon, that is about $1.00 of fuel in every mile freight moves. The climb was brutal. In the week of March 9 alone, pump prices jumped from $3.90 to $4.86, and by May they were up about 60% year over year.

You feel that in your lane rates. JBF Consulting put the U.S. truckload breakeven price at $3.12 per mile in Q2 2026, the first time it has ever crossed $3, and fuel alone accounts for about 80 cents of it. Spot rates hit a record $3.83 per mile in early June.

It also hits you through fuel surcharges. Carriers describe fuel cost recovery as more a timing problem than a pricing problem, and a spike this fast makes that lag costly. Whoever absorbs the gap, the volatility lands somewhere in your cost base. JBF estimates diesel would need to fall to around $4.00 within six months just to pull breakeven back under $3. I wouldn’t build next year’s budget on that.

What has changed about electric

The old objection was that electric meant paying a premium for a capability gap. That is no longer a safe assumption.

On cost, the U.S. picture is converging. NACFE’s 2026 total-cost-of-ownership forecast finds that parity is not a single date but a window set by each fleet’s lanes, duty cycles and utility rates, and that diesel faces rising compliance, maintenance, insurance and fuel-price costs.

On capability, Tesla began series deliveries of the Semi in September, with a plant built for up to 50,000 trucks a year. The Long Range version is rated for 500 miles on a charge and the Standard Range for 325. Einride has ordered 500 of them to be deployed on Saga across California, Texas, New Jersey, Illinois and Georgia over 24 months. Outside analysts expect 5,000 to 15,000 deliveries this year, well below plant capacity, so supply is still ramping. That means capacity is being allocated now.

Move before the next rate cycle

Shippers who are evaluating early get to choose their lanes, their start dates and their terms. While others who wait for a cheaper diesel market will be negotiating for the same capacity as everyone else. Many will start with pilots that never teach them how to scale, while others are already scaling.

There’s also a risk argument, and it matters more to some of you than the savings. Every lane you move to electric is a lane whose fuel cost no longer follows a diesel market that just moved this violently.

What it takes to make electric work in a network

The hard part isn’t the truck. It’s everything around it. As a carrier, Einride runs all of it: electric trucks, charging depots and the software to operate them, delivered as freight capacity like any other carrier’s. In practice, that means five things:

• EV fleet. Electric trucks and capacity that execute to the same service levels as current providers.

• Charging. A charging solution, or access to a network, so trucks are “fueled” where and when freight needs them.

• Technology. Our Saga platform, which manages charging time and energy costs that shift as conditions change.

• Network optimization. Planning that decides which lanes and schedules get the most from an electric fleet.

• Analysis and roadmap. An honest assessment of what works on your network today, what to revisit later, and how to get there. I’ll tell you which lanes are and are not ready.

In August, Einride announced it will deploy 500 Tesla Semis on its Saga platform over 24 months while Saga has overseen more than 19 million miles of operations, and we expect to reach 1,500 to 2,000 trucks by 2028.

Where to start

Don’t start with a pilot. Start with an analysis of your network. Which lanes already match or beat diesel on cost? Which can’t yet? What should be revisited in 12 months? You can have those answers before your next rate cycle, and then decide with real numbers.

Every load that moves to electric also carries lower emissions. These trucks produce no tailpipe emissions, and the reduction shows up in the transportation emissions you report. Shippers get the cost case and the sustainability case from the same lane.

Shippers across North America are capturing zero-emission capacity right now—mitigating diesel volatility while establishing a scalable foundation for fleet electrification.