The new Transit Custom marks a major engineering milestone for Ford, and the company’s decision to build a flexible Ford powertrain van platform shows how commercial vehicles are evolving. When engineers began the project, their goal was ambitious: create one van architecture capable of supporting diesel, plug-in hybrid, and fully electric systems without sacrificing performance or practicality. For a vehicle expected to haul tools, navigate tight streets, and complete long-distance runs, this adaptability is central to its future.
Global teamwork shaped the Ford powertrain van
The development process behind the Ford powertrain van was global, but Australia played a critical role. Ford Australia’s design and engineering teams contributed technology, testing, and real-world insights. At the You Yangs Proving Grounds, every version of the Transit Custom was pushed to its limits. The Geelong Research Centre added decades of powertrain expertise. These sites feed directly into Ford’s commercial-vehicle hub in Europe, allowing engineers to refine durability, comfort, and capability for global markets.
A flexible architecture built for every customer
The heart of the new Ford powertrain van is a shared platform designed to support diverse powertrains on the same assembly line. This decision reduces manufacturing complexity, especially for fleets running mixed fuel types. Under the floor, the electric model houses a flat battery pack that preserves cargo volume and stability. Meanwhile, the diesel and hybrid versions use that same space for weight balance and improved ride quality. As a result, every variant drives more like a refined passenger car while still performing like a tough work van.
Designed to match real-world workloads
Ford’s engineers did not focus only on engines. They examined how different industries use their vans. Some businesses operate predictable routes and return to base nightly, making plug-in hybrid or electric models ideal. Others cover vast rural distances where charging remains limited, making diesel the most practical choice. Because of this, the Transit Custom lineup includes a powerful AWD diesel, an efficient PHEV, and the E-Transit Custom offering 307 km of WLTP range with 160 kW output. All versions share the same cabin layout, load volume, and driving position, creating a familiar environment for any fleet.
Interior designed around the modern worker
The interior also reflects customer feedback. Ford created a cabin that functions as a mobile office, complete with device mounts, intelligent storage, and a fold-down tray desk. Engineers are even developing a tilting steering wheel that can transform into a laptop workspace. This approach ensures the van supports today’s technicians, couriers, and tradespeople who often work from the road.
A system built for the future of transport
Ultimately, the Ford powertrain van is more than a single product. It is a modular system ready for Australia’s mixed-energy future, where some fleets will stay diesel, others will adopt hybrid, and many will move fully electric. Ford’s design philosophy ensures customers never lose capability, regardless of drivetrain.
