NASCAR Engine Logistics: 9-12 Engines a Week

850-pound NASCAR engines, moved cross-country on a tight build schedule and ground freight beat air. FreightWaves Today sits down with ShipStation Global and Toyota Racing Development (TRD) to break down how TRD ships 9-12 race engines a week from Costa Mesa, California, to North Carolina with fewer touches, tighter control and reliable Monday delivery. This is a real-world look at high-stakes transportation planning, mode shift strategy and what happens when one late shipment can sideline a race team. Useful lessons here for carriers, brokers, shippers and anyone managing time-critical freight.

ShipStation Global ships between 9 and 12 Toyota Racing Development NASCAR engines per week on dedicated straight trucks from Costa Mesa, California, to North Carolina, a logistical pivot away from air freight that the company says has delivered greater reliability and less product handling for a cargo valued in the mid-six figures per unit.

The move matters to carriers and shippers because it illustrates how expedited ground can outperform air on time-sensitive, high-value freight when handling risk and transit predictability are weighted alongside raw speed. TRD engines run for roughly 1,200 miles before they are pulled, torn down, and rebuilt from scratch, which is the equivalent of about two race events. A missed delivery does not just delay a shipment; it can sideline a Cup Series team entirely.

“Can you imagine you show up at the NASCAR race and Denny Hamlin doesn’t have his engine?” asked Mike Grayson, Chief Relationship Officer and EVP at ShipStation Global.

“It’s an 850-pound engine. They were putting them one at a time in crates and moving them by air freight. And we said maybe there’s a better way for us to do this,” Grayson said.

Under the current process, engines leave Costa Mesa on Thursday afternoons, arrive in the North Carolina market over the weekend, and are delivered to race team facilities Monday morning. Kevin Warner, Partnerships Manager at Toyota Racing Development, said the time differential between air and ground turned out to be negligible, while ground transit offered more control, better tracking, and fewer touches on precision-engineered hardware. Air freight had introduced recurring risk from weather delays and airport congestion that ground movements largely eliminated.

Planning for the operation runs far ahead of race day. Grayson said that following NASCAR’s release of the 2027 schedule, ShipStation Global and TRD teams will convene in November in Costa Mesa to map out every engine movement for the entire season. Now in their third year of working together, the partners rely on the same drivers repeatedly making the cross-country run which is a consistency that TRD’s engineering staff has come to depend on. Engines are also returned after each race for NASCAR inspection and shop rebuilding, meaning the logistics loop runs both directions every week across NASCAR’s 38-week competitive calendar.

Each straight truck is configured to serve approximately three NASCAR Cup teams per weekly run, with custom-built, form-fitted crates designed to protect the engines and make efficient use of cargo space during loading and unloading at multiple stops. Warner described each engine as a “mid-six-figure proposition,” with the opportunity cost of a missed race representing a far larger financial exposure given prize and sponsorship incentives tied to on-track performance.

Grayson said the discipline built around the TRD account is being applied more broadly. ShipStation Global works with dozens of Fortune 100 companies and is using lessons learned from high-complexity enterprise logistics to improve service levels for small and midsize business customers, arguing that rigorous supply chain planning should not be reserved only for large shippers.

This Summary is generated thanks to a transcription of the interview, for the full interview please enjoy the video above.