Compound Dwell Time Is Costing OEMs More Than They Admit

Every car sitting in a compound is a depreciating asset on the wrong side of the balance sheet. You already know this. The uncomfortable part is how long that car has been sitting there — and why your logistics model keeps letting it happen.

The industry has a polite name for the problem. Volkswagen Group Logistics calls it “sleeping value.” Speaking at ALSC Europe 2026, Peter Hörndlein, Managing Director of Vehicle Logistics at Volkswagen Group Logistics, put it plainly: vehicles resting in the wrong spots of the supply chain represent significant idle capital. It’s a diplomatic framing for what OEM finance teams are increasingly reading as a structural cost centre — one that’s been hiding in plain sight for years.

The Inventory Overhang Makes Everything Worse

The context here is brutal. Global inventory levels have climbed to around 18%, against an optimal 15%, with roughly 16 million vehicles sitting in the pipeline globally as of 2024. The automotive market has swung back to demand-constrained, and that’s not expected to ease meaningfully through 2026.

For compounds, this isn’t abstract. Vehicles that can’t be pulled downstream pile up. Storage charges accrue. Re-handling multiplies. Depreciation risk climbs with every week a model ages on a yard. And when OEM marketing timelines slip — or a sudden trade policy shift scrambles destination flows — the dwell curve bends sharply in the wrong direction.

This isn’t a logistics problem dressed up in supply chain language. It’s a revenue leak that shows up in the gap between plant-out and invoice date.

A 50% Cost Base Increase With Nothing to Show at the Compound

Here’s where the math turns genuinely ugly. The cost of moving finished vehicles by road, rail, and short-sea ro-ro across Europe has risen more than 50% since 2019, driven by driver shortages, fuel and energy inflation, and the compounding compliance burden of tightening environmental regulation. Carriers are locked into structurally higher costs — assets, insurance, alternative-fuel investment — and they’re pushing those costs through tariff structures that OEMs are fighting hard to resist.

That battle over margin is legitimate. But it distracts from the compound. Every additional day a vehicle dwells in yard against that inflated logistics cost base makes the hidden centre more visible. The cost-per-vehicle isn’t just transport anymore. It’s transport plus the dwell tax on top. Operators will tell you the two are rarely modelled together — and that’s exactly the gap that needs closing.

We’ve written before about how OEM visibility over finished cars lags far behind inbound component tracking. Compound dwell is where that visibility gap bites hardest.

EVs Are Shrinking Your Effective Yard Capacity

There’s a newer layer on top of the structural problem, and it’s only going to thicken. EVs impose handling requirements that ICE vehicles simply don’t: battery state-of-charge management, high-voltage safety protocols, fire risk mitigation, dedicated storage zones for lithium-ion units. European ports are already adapting to these demands, carving out bespoke battery-safe areas that effectively shrink the usable footprint for everything else.

The knock-on is mechanical: less usable compound space means longer dwell for all vehicle types, not just EVs. Consolidation around a smaller number of high-capacity hubs is the logical response — but that concentrates risk and adds trunk haul for vehicles heading to secondary markets. There’s no clean answer here yet. But OEMs who are still planning compound capacity on ICE assumptions are already behind.

Push the Right Cars — Don’t Just Push Cars

Volkswagen’s AutoLog pilot at Emden is the right instinct: LiDAR sensors, 5G connectivity, and centralised control software to remotely steer vehicles across logistics yards. The technical apparatus matters less than the underlying logic it encodes. Hörndlein’s point about silo-breaking is the sharper one — pushing out the wrong cars at the wrong speed makes every subsequent handling step harder. Fast throughput that ignores sequencing doesn’t reduce dwell time; it just relocates it downstream, where it becomes a dealer problem and, eventually, a relationship problem.

The fix starts with planning. AI-driven demand signal tools can inform which vehicles need to clear compound first, aligning plant-empty sequencing with actual downstream pull rather than production push logic. That integration — between global transport planning and compound operations — is exactly what most OEM logistics functions still treat as two separate conversations.

As long as they stay separate, the compound stays a cost centre. The vehicles keep sleeping. And the CFO keeps asking why the gap between build date and invoice date keeps widening.

The question for 2026 isn’t whether compound dwell is a problem worth fixing. It’s whether OEM logistics leadership gets to own the fix before the finance function turns it into an audit finding.