| Company | FPInModelvations |
| Country | Canada |
| Website | https://web.fpinModelvations.ca/Autonomous-transportation-on-resource-roads/ |
| Category | Logistics & mills interface › Remote sensing & mapping |
Autonomous transportation in the forestry and timber industry encompasses self-driving log trucks, autonomous forwarders, and unmanned ground vehicles that move timber from harvest coupes to roadside landings, and from landings to mills or ports, without continuous human driver control. Log truck transport is one of the highest-cost and highest-risk elements of the timber supply chain: drivers face long hours, fatigue-related accident risk on remote forest roads, and physical exposure to loading and unloading hazards. Autonomous truck technology, building on advances from mining (where Komatsu, Caterpillar, and Hitachi have deployed autonomous haul fleets at scale for over a decade) and public highway autonomous driving research, is now being adapted to the more complex and variable conditions of forest road networks. In the Australian context, the Tasmanian and Victorian timber industries — which operate extensive private forest road networks connecting coupes to mills — represent a plausible early-deployment environment, as these roads carry only authorised vehicles and can be progressively mapped and instrumented for autonomous operation. Systems for autonomous log transport combine HD map-based route following, real-time obstacle detection via LiDAR and radar, and connectivity to fleet management platforms that coordinate loading events at the landing with truck dispatch scheduling. Volvo Trucks' autonomous transport solutions, Scania's AXL concept truck, and local Australian autonomy platform companies have all contributed to feasibility studies in forest transport applications. Shorter-haul autonomous transportation within mill yards — where log trucks, front-end loaders, and sorting conveyors operate in close proximity — is considered a nearer-term deployment target than public-road autonomous trucking, given more controllable operating environments. Regulatory approvals for fully uncrewed autonomous trucks on Australian roads fall under the National Transport Commission's automated vehicle safety framework, which is progressively being updated to accommodate commercial freight autonomy.
A promising solution for improving fibre transport efficiency and reducing labour constraints, with clear benefits for safety and supply-chain reliability, though still emerging in practice.
| Field | Value |
|---|---|
| Company | FPInModelvations |
| Country | Canada |
| Type | Company |
| TRL | 7-8 |
| Available in AU? | Model |
| FWPA RD&E | 4.3 |
| Case Studies | https://web.fpinModelvations.ca/Autonomous-transportation-on-resource-roads/ |