Los camiones superan en eficiencia a los turismos en las carreteras de cinco de las siete capitales europeas

Geotab's 2025 connected-vehicle data show commercial trucks were more road-efficient than passenger cars in five of seven European capitals, with the truck-versus-car efficiency gap ranging from +26 points in Rome to -6 points in Madrid. Madrid ranked as the most difficult operating environment for commercial fleets, scoring 22 for trucks versus 28 for cars and just 8 for truck network suitability; its truck travel-time variability score of 33 was less than half that of the next-worst city. The findings indicate that professional routing and off-peak scheduling can improve fleet performance, but structural congestion and infrastructure constraints can limit those benefits.

Analysis

This is not a directional read-through for listed transport operators, but it reinforces that urban logistics cost dispersion is increasingly driven by route predictability rather than average traffic speed. Operators with proprietary fleet data and flexible delivery windows should protect utilization and labor productivity in Rome, Berlin and Amsterdam; rigid last-mile networks face disproportionate overtime, failed-delivery and spare-vehicle costs in Madrid. The likely second-order beneficiary is telematics/software penetration—Samsara (IOT) and Trimble (TRMB)—as fleet managers seek dispatch optimization where infrastructure cannot create incremental capacity.

Madrid is the relevant watchpoint for European parcel, grocery and construction-distribution networks: persistent variability forces higher scheduled slack, which is margin-dilutive even if fuel prices remain benign. For DHL Group (DHL.DE), DSV (DSV.CO) and Kuehne+Nagel (KNIN.SW), the financial impact depends on local exposure and contractual fuel/congestion pass-through, neither of which is established here. The data are vendor-produced, normalized and limited to connected vehicles, so it should not be treated as evidence of market-share gains for Geotab or a near-term earnings catalyst.

Over 1-3 months, municipal access-rule consultations, low-emission-zone enforcement changes, and carrier peak-season surcharge announcements are the actionable confirmation signals. Over 6-18 months, recurring urban congestion favors larger networks able to amortize telematics, micro-fulfillment and off-peak operations, while pressuring smaller owner-operators. The contrarian view is that severe congestion can improve incumbent margins if capacity exits and congestion surcharges are accepted; absent evidence of weak pass-through, the intuitive short-logistics conclusion is premature.

Key Decisions for Investors

• No standalone trade on this release; set an alert on DHL.DE, DSV.CO and KNIN.SW for quarterly commentary on Madrid/UK urban-delivery labor hours, network costs and congestion-surcharge recovery. A guidance cut tied to European last-mile productivity would be the trigger for a sector-underweight, not this data point alone.
• Monitor long IOT versus short a broad transport proxy (IYT) only after IOT reports sustained enterprise fleet subscription growth and improving net retention; the thesis is software spend replacing operating slack. Falsify if fleet subscription growth decelerates or sales-and-marketing expense rises faster than ARR for two quarters.
• For UK-focused logistics exposure, treat any expansion of loading restrictions or low-emission compliance requirements as modestly negative for older, fragmented fleets and relatively favorable for scaled operators with newer assets. Confirm through regulatory implementation dates and surcharge acceptance before positioning.