Skip to content

Remodeled A46 Highway: Impressive Sight of Massive Transport Trucks in Motion

Cool, check this out: The goods will be transported via Husten's exit, followed by federal road B 229, passing through Hachen, Sundern, and Amecke for a total of 26 kilometers.

Rebuilt A46 Road Now Accommodates Large-Scale Transportation: Impressive Sight of Massive Trucks in...
Rebuilt A46 Road Now Accommodates Large-Scale Transportation: Impressive Sight of Massive Trucks in Motion

Remodeled A46 Highway: Impressive Sight of Massive Transport Trucks in Motion

The Sundern-Allendorf wind farm, a 34 MW project near Arnsberg, Germany, is under construction and is expected to supply power to approximately 22,800 households. The project was developed by PNE AG and was sold turnkey to Encavis AG in August 2025, with the wind farm expected to be operational in the first half of 2026.

Despite limited information available on the specific delivery route and exact delivery schedule for the wind turbine components, it has been confirmed that the transport of these components will involve specialized heavy-load trucks traveling from manufacturing plants or ports. The routes will be strategically chosen to avoid obstacles, and coordination with local authorities will ensure minimal disruption.

The delivery of the 83-meter-long rotor blades is expected to start in the 36th calendar week of 2025. The rotor blades will be delivered via the Hüsten motorway exit and will travel through Hachen, Sundern, and Amecke, over the Amecker Sorpe Dam and the L686 country road to the wind farm area, a 19.5 km transport route.

To bypass obstacles in the town centers of Hachen, Sundern, and Amecke, a special adapter will allow the long rotor blade to be inclined up to 60 degrees.

For the convenience of residents and to minimize disruption, the first large components for the five Nordex N163 wind turbines will be delivered between 10 PM and 6 AM. The A46 interchange Hüsten will be rebuilt for several heavy transporter passages from August 12 to 15, with a detour via the Neheim-Süd interchange during the renovation.

Ecological compensation measures are planned for the wind farm project, with a reforestation planned as compensation for cleared forest areas. The reforestation will be carried out after a final assessment in coordination with the Lower Nature Conservation Authority.

The wind farm is scheduled to be commissioned by the end of the 4th quarter of 2025, marking the completion of this significant renewable energy project in Germany. For more precise and updated information on logistics and transport for the Sundern-Allendorf project, it may be necessary to consult the project developer PNE AG, operator Encavis AG, or local municipal transport authorities.

The wind farm project in Sundern-Allendorf, which is under construction, is part of the renewable energy sector, with the wind farm expected to operate using technology from Nordex N163 wind turbines. The environmental-science aspect of this project includes ecological compensation measures, such as a reforestation plan to offset cleared forest areas, which will be coordinated with the Lower Nature Conservation Authority.

Once operational, the wind farm is predicted to supply power to approximately 22,800 households, contributing to the reduction of carbon emissions and mitigating the effects of climate-change. The finance aspect of this project was facilitated by the sale of the turnkey project from PNE AG to Encavis AG in August 2025.

The industry involvement in this project is evident in the transport of large components, including 83-meter-long rotor blades. These components will be delivered via a 19.5 km transport route, with the aid of special adapters to bypass town center obstacles, and coordination with local authorities to ensure minimal disruption.

The delivery schedule for the wind turbine components has the first large components being delivered between 10 PM and 6 AM, with the Ulster motorway exit and the A46 interchange rebuilt for several heavy transporter passages during the process.

Read also:

    Latest