Volvo Trucks secures 185-unit long-haul fleet order

Koch Trucking has placed an order for 185 Volvo VNL 860 long-haul sleeper tractors as part of a fleet renewal program targeting fuel efficiency, operational uptime, and driver retention across its North American freight operations.

A fleet-scale renewal anchored in standardized equipment
Koch Trucking, a family-owned transportation provider headquartered in Minneapolis, Minnesota, operates a fleet in which all tractors are three years old or newer. This renewal strategy is designed to reduce unplanned downtime, stabilize maintenance planning, and maintain consistent vehicle performance across long-distance routes throughout North America.

The 185-unit order will replace older assets while maintaining a high level of standardization across the fleet. Operating a largely uniform vehicle population simplifies maintenance procedures, parts management, driver onboarding, and performance benchmarking at fleet scale.

VNL sleeper configuration aligned with long-haul duty cycles
The ordered vehicles are based on the Volvo VNL platform introduced in 2024 and configured for extended long-haul sleeper operations. The design addresses the operational reality of multi-day routes, where cab ergonomics, noise levels, and rest quality have a direct impact on safety and productivity.

Interior features include improved acoustic insulation, optimized cab layout, and sleeper configurations designed to function as a living space during rest periods. Integrated climate control systems allow heating and air conditioning without continuous engine idling, reducing fuel consumption while maintaining thermal comfort.

Powertrain efficiency supported by predictive vehicle control
From a technical perspective, the VNL platform combines aerodynamic refinements with an optimized powertrain configuration. According to manufacturer data, the platform can deliver fuel efficiency improvements of up to 10% compared with previous VNL generations, depending on duty cycle and route profile.

Contributing technologies include the I-Shift automated transmission and I-See predictive cruise control. I-See uses stored topographical and route data to anticipate gradients and adjust gear selection and vehicle speed accordingly, supporting smoother driving behavior and lower fuel consumption over repeated long-haul routes.

Reduced idle time and improved vehicle utilization
Early operational feedback indicates reductions in idle time, driven in part by sleeper systems that remove the need to run the engine for cab climate control during rest periods. Lower idle hours translate into measurable reductions in fuel use and engine wear, improving overall vehicle availability.

For long-haul fleets operating under tight delivery schedules, these gains contribute to more predictable maintenance intervals and lower total cost of ownership.

Vehicle specification as a factor in driver retention
In long-haul operations, vehicle specification directly influences driver comfort, fatigue, and retention. Cab noise levels, seat ergonomics, storage capacity, and sleeper layout affect daily working conditions and rest quality.

Koch Trucking’s continued investment in modern VNL sleeper tractors aligns with its broader workforce strategy, where maintaining a modern fleet supports recruitment, retention, and consistent service performance.

What the order indicates for long-haul fleet planning
The size of the VNL order reflects a broader trend in North American freight transport toward platform-level fleet upgrades rather than incremental vehicle replacements. Fuel efficiency, automation, idle reduction, and onboard living conditions are increasingly treated as interconnected system variables.

In this context, the Volvo Trucks order illustrates how fleet investments are being used to address operational efficiency, sustainability objectives, and driver workforce stability through a single long-haul vehicle platform.

www.volvotrucks.com