A new car and a used car don't move through the network the same way, yet plenty of operations try to run both through software that was only ever built for one. New vehicles come off the line in volume and move to a plan. Used vehicles arrive one at a time, in whatever condition they happen to be in, and go wherever the next decision sends them. Increasingly, both end up at the customer's door rather than the dealer's forecourt. This is the problem finished vehicle logistics software has to solve: creating a single platform that can efficiently handle these two distinct processes without compromising either.
New vehicle logistics runs on repetition. Batches of near-identical units move to schedule across ocean, rail and road, through ports and compounds, out to dealers. Volumes are known weeks ahead, and the work is orchestration at scale: keeping thousands of vehicles moving to a plan that rarely changes shape.
Used vehicles give you none of that. They move in ones and twos, on no fixed schedule, each one a separate decision about where it goes and when. A platform built purely for high-volume distribution treats every vehicle as one of a thousand, so the single unit is the thing it loses track of. That is usually where the delays and blind spots sit, because the system was built to watch the batch.
Whatever the flow, the first question is always the same: what have you got, and where is it right now. Automotive supply chain software for finished vehicles must answer that live, across the whole network, not in a report that lands the next morning.
That is what a control tower does. It manages the supply chain as a single entity across a global, multi-modal network, so a planner sees the ocean leg, the rail leg, the compound and the final mile in one place, in real time. Generic supply chain tools won't do this. They can show a status against a record, but they can't hold a live picture of every vehicle from factory to consumer and act on it, which is the whole point when a vehicle changes hands a dozen times before it arrives.
For a new vehicle, inspection is a checkpoint: transit damage, pre-delivery inspection, sign-off. For a used vehicle, condition is the first thing anyone needs to know, which makes inspection part of the logistics rather than a job on the side.
Vehicle inspection software built for this runs on Android or iOS handhelds against survey templates you define. It captures damage codes and reasons to the AIAG standard, annotatable photographs, splat diagrams and signatures, then syncs straight to the central server, where the record can be reviewed or sent on automatically as a PDF. The useful part is what happens next: depending on the inspection type, the answers can trigger the next process, a notification or an alert on their own, so a recorded fault moves the vehicle forward instead of waiting in an inbox.
Used vehicles rarely move in a straight line. A single unit might pass between several sites before it reaches its destination, and coordinating those moves is a routine part of the flow rather than an exception you plan around.
Direct sales are rewriting the last leg on top of that. More vehicles now go straight to the customer, often on single delivery vehicles working residential streets rather than a transporter dropping twelve at a dealer. Jobs that used to sit with the dealer, finance, accessories, warranty and service, are being pushed back up the supply chain, and the network stretches all the way to a driveway. Consumers expect to see it too. Anyone who tracks an Amazon parcel to the hour expects the same of a car worth far more. Speed is commercial here, not only operational: the longer a vehicle sits between sites, the more it costs, so real-time visibility and automated movement are what keep single-vehicle deliveries moving.
Two flows this different can only share a platform if that platform bends to fit them. That is the real test, and it is where most yard and compound systems fall. Once they go live, the processes and decision logic set at implementation start to set like concrete, and every change after that becomes a project.
ProAct Global Solutions builds the opposite behaviour in through its process digitalisation engine, which lets complex processes be configured and run automatically, in real time, and changed again when the operation changes. Compounds are no longer only storage. They host added-value activities such as maintenance, repair, upfitting, and charging, and the mix keeps shifting. A yard running fixed bays and fixed routines can't absorb that. A configurable one can, without a development cycle, attached to every new requirement.
So the checklist is short: one supply chain technology platform that gives real-time visibility across both flows, runs new-vehicle batches and single used-vehicle moves through configurable processes, and folds inspection and integration (EDI, APIs, telematics) into the same system. Control tower, yard management and inspections working as one, rather than three tools passing data by hand.
New and used shouldn't need two separate systems. If you're weighing up what your finished vehicle logistics software should do across both flows, get in touch and we'll talk it through.
