Pilot Flying J adds 50 sites in six months, hits 300 fast-charge locations

Pilot Flying J, North America's largest travel center network, has crossed 300 publicly accessible DC fast-charging locations in the United States — and the expansion is still accelerating. As of this month, the network stands at 309 locations with 1,323 individual charging stalls, after the company added 50 new sites across 25 states in the first half of 2026 alone. That single-half-year addition matches what many charging operators take years to build, and it confirms that Pilot's transformation from diesel giant to all-energy highway destination is no longer a strategy — it's a fact.

The timing matters for EV drivers heading out this summer. Pilot's 309 locations now cover a third of the company's 900-plus travel center footprint across 43 states and five Canadian provinces. For anyone planning a road trip of more than 300 miles, that density means a Pilot fast charger is almost certainly within reach on any major interstate route.

How Pilot's Fast-Charge Network Grew 50% in Under a Year

The scale of expansion becomes clear when you map the timeline. Pilot's charging network had just over 200 sites and roughly 850 stalls when it crossed the 200-location mark in September 2025. By January 2026, the network had passed 1,000 stalls across 40 states. The 309-location total announced this month — confirmed by EV charging data platform Paren and independently reported by InsideEVs and Electrive — puts the network past the halfway mark toward Pilot's original goal of deploying up to 2,000 stalls at up to 500 Pilot and Flying J locations.

The buildout is a product of a 2022 tripartite partnership between Pilot Company, GM Energy, and EVgo, with the first stations coming online at the end of 2023. EVgo, which brings charging network operations and technology, runs more than 1,200 stations and over 5,200 ports across the United States independently. Pilot provides the real estate and amenities footprint — the restaurants, Wi-Fi, and canopied pull-through bays — while GM Energy co-developed the deployment strategy. It is a structure designed to move faster than any single party could alone.

What 350 kW Actually Means — and When You Get Less

Every Pilot and Flying J charging location runs EVgo dispensers rated at 350 kilowatts — one of the highest power levels commercially deployed for passenger vehicles in the United States today. For context, the federal NEVI program sets a minimum of 150 kW for funded public fast chargers; Pilot's hardware delivers more than twice that floor.

The 350 kW rating comes with an important architectural note worth understanding before you plan your charge stop. Each dispenser has two charging cables. When only one vehicle is connected, it can draw the full 350 kW. When two vehicles are plugged into the same unit simultaneously, the available power is split between them — roughly 175 kW each, depending on each vehicle's maximum acceptance rate. For most current EVs, which top out at 100–150 kW, that shared output barely registers. For high-power vehicles like the Hyundai Ioniq 5, Kia EV6, or Porsche Taycan — which can accept 200 kW or more — arriving at a shared dispenser during peak travel periods means a meaningfully slower session than the headline number suggests. Pilot has not announced any plans to install higher-power single-head configurations.

That said, the real-world utilization picture offers reassurance. Industry-wide data from Paren shows the average DC fast charger runs at about 16% utilization — meaning the odds of arriving at a fully occupied dispenser are low outside of peak summer travel windows.

Plug-and-Charge: How the Authentication Works

Pilot's stations support Plug-and-Charge, the feature that lets compatible vehicles begin a session simply by connecting the cable — no app launch, no RFID card, no QR code scan required. The technology is built on ISO 15118, an international standard for vehicle-to-charging-station communication that has been mandatory for newly installed public AC chargers in the EU since January 2026.

The mechanism works through Power Line Communication over the Control Pilot pin of the charging cable — effectively an encrypted digital handshake using the same copper wire that carries the charging current. The vehicle presents a manufacturer-issued provisioning certificate; the charger verifies it against a chain of Root Certificate Authorities; and the session starts automatically. Billing is handled through a pre-registered account with an e-Mobility Service Provider. The only requirement is that a payment method must be configured in the Pilot app or EVgo network before the vehicle arrives at the station.

This frictionless experience closes a significant gap that has frustrated EV owners at public chargers for years: the multi-step authentication process that can fail due to app connectivity issues, dead RFID cards, or unresponsive touchscreens. Reliability failures at public chargers — separate from power availability — have affected nearly half of EV owners who use public charging regularly, according to industry data.

Highway Coverage Is Now EV Charging's Most Critical Frontier

Pilot's expansion lands at the moment when highway charging — not city charging — has become the real test of EV infrastructure readiness. Urban and suburban EV drivers with home chargers have largely solved their daily charging needs. The remaining gap is the long-haul interstate corridor: the 300-plus-mile trip where a driver needs to stop, add 150 miles of range in 20 minutes, and get back on the road.

Deloitte's 2026 Global Automotive Consumer Study, which surveyed more than 28,000 consumers across 27 countries, found that available driving range (47%) and charging time (44%) are the two leading concerns keeping US consumers from committing to battery-electric vehicles. Both concerns point directly at the highway charging scenario — where range per session and minutes-per-stop determine whether a long trip is practical.

The broader infrastructure data confirms a system in rapid expansion. DC fast charging ports in the United States grew by approximately 30% in 2025, adding more than 18,000 new ports for a total that surpassed 70,000 by year's end. By April 2026, there were 71,398 public DC fast charging ports at 15,121 sites, with new stalls coming online at a rate exceeding 1,000 per month. Paren projects another 19,500 new DCFC ports in 2026, which would push the national total toward 90,000.

Within that national buildout, Pilot's network ranks 8th largest among all US DC fast charging operators by port count, ahead of Ionna — a position it achieved in roughly two and a half years from its first station going live.

NEVI Funding Is Back — and Shaping the Highway Build-Out

Federal infrastructure funding has complicated and now clarified the charging expansion landscape. After the Trump administration froze the National Electric Vehicle Infrastructure program in February 2025 — directing the Federal Highway Administration to rescind prior NEVI guidance under Executive Order 14,154 — a coalition of 17 states and the District of Columbia sued in May 2025. A preliminary injunction restoring access to roughly $1 billion in NEVI funds for 14 states came in June 2025. On January 23, 2026, U.S. District Court Judge Tana Lin issued a summary judgment declaring the freeze unlawful under the Administrative Procedure Act and permanently prohibiting the DOT from withholding NEVI funds outside the procedures set by the 2021 Infrastructure Investment and Jobs Act.

Notably, most of the 30% growth in DC fast charging ports during 2025 came from private investment, not NEVI funds. Paren's analysis found NEVI-funded deployments accounted for just 3% of new DC fast charging ports installed in 2025. Private-sector actors like Pilot, EVgo, and Tesla have been driving the buildout regardless of federal program status.

Pilot Is Not the Only One Expanding — But Has a Structural Advantage

The highway charging market is attracting rapid new entrants. Walmart has been building its own fast-charging network since April 2025 and, as of late June 2026, operates 73 locations with 612 individual stalls — using 400 kW ABB A400 or Alpitronic HYC400 chargers, which slightly exceed the per-unit power of Pilot's EVgo hardware. Walmart's network is expanding aggressively, adding 25 new sites in May 2026 alone.

The structural difference between the two networks is the use case they serve. Walmart locations are designed around retail parking lots and suburban retail corridors. Pilot and Flying J travel centers are positioned directly on or adjacent to interstate on- and off-ramps — a placement that specifically serves the road-trip scenario where every minute of detour time adds mental friction to an already-long trip. For an EV driver in the middle of a 500-mile day, a Pilot location visible from the highway is a meaningfully different proposition from a Walmart charger a half-mile off the exit.

Pilot also brings amenities at a scale no new entrant can match overnight: 24/7 site monitoring, over-canopy charging bays that protect drivers from weather, free Wi-Fi, full-service restaurants, and trucking-tier restrooms — the baseline infrastructure of a company that has spent decades keeping long-haul drivers on schedule. The network earned a PlugShare score of 9.43 as of October 2025, reflecting strong driver satisfaction at existing locations.

What Comes Next for Pilot's EV Network

Crossing 300 locations and the halfway mark toward its original 500-location target puts Pilot in striking distance of a network dense enough to handle mainstream EV road-trip demand — not just early adopters willing to tolerate occasional detours. The second half of 2026, judged by the expansion velocity of the first half, could see 50 or more additional sites, potentially pushing the network toward 360 locations before year's end.

The underlying economics support continued investment. More vehicles are NACS-equipped than ever, following the connector standard transition among major automakers. The permanent court ruling on NEVI funding creates a more predictable backdrop for highway corridor charging investments. And with Paren projecting 19,500 new DCFC ports industry-wide in 2026, the competitive pressure to hold position in the growing highway-charging landscape will keep Pilot's expansion cadence high.

For the 1.2 million drivers who already stop at a Pilot or Flying J location every day, the message is simple: if you bought an EV in the past two years, your next road trip is more likely than not to have a fast charger waiting for you at the rest stop you already use. And if you're still deciding whether to make the switch, the infrastructure gap you may have cited a year ago has narrowed considerably.

Frequently Asked Questions

How fast does Pilot Flying J actually charge — and does it matter how many cars are plugged in at once?

Each Pilot and Flying J charging location uses 350 kW EVgo dispensers, each with two cables. If you are the only vehicle on a dispenser, you can draw the full 350 kW — adding roughly 200 miles of range in 15 to 20 minutes on a compatible EV. If another vehicle is also plugged into the same dispenser, the output is split, delivering approximately 175 kW per vehicle. For most EVs on the road today, 175 kW is still very fast; for high-power vehicles that accept 200 kW or more, a shared session adds several minutes to the stop.

Do I need an app or membership card to charge at Pilot Flying J?

Pilot's stations support Plug-and-Charge via the ISO 15118 standard, which lets compatible vehicles start a charging session automatically when the cable is plugged in — no app needed at the charger itself. However, a payment method must be registered in advance through the Pilot app or an EVgo account before your first session. Drivers whose vehicles do not support ISO 15118 will need to initiate sessions through the Pilot app or an EVgo account directly. RFID cards are also accepted.

How does Pilot Flying J compare to other highway charging networks?

By DC fast charging port count, Pilot's 1,323 stalls across 309 locations rank 8th among all US DC fast charging operators — ahead of Ionna. Tesla's Supercharger network remains by far the largest. Among non-Tesla networks, Electrify America, EVgo (standalone), and ChargePoint are larger by total ports. Walmart is expanding rapidly at 73 locations and 612 stalls as of late June 2026, using slightly higher-power 400 kW chargers, but its sites cluster in retail parking lots rather than interstate corridors. For the specific use case of long-haul road trips on major US interstates, Pilot's highway-adjacent positioning gives it a structural advantage that raw port-count comparisons do not fully capture.

What is NEVI, and does the federal charging program affect Pilot's network?

The National Electric Vehicle Infrastructure program provides $5 billion in federal funding for highway corridor charging stations, established by the 2021 Infrastructure Investment and Jobs Act. The Trump administration froze the program in February 2025; a permanent court injunction in January 2026 declared that freeze unlawful and restored state access to NEVI funds. However, Pilot's charging expansion has been primarily privately funded — Paren data shows NEVI-funded sites accounted for just 3% of new US DC fast charging ports added in 2025. The court ruling matters most for smaller and state-funded charging projects; Pilot's timeline has not depended on NEVI disbursements.