TII SCHEUERLE BladeLifter Systems Support Challenging Wind Farm Transport Project in Germany
- Meagan Wood
- Apr 27
- 4 min read
30-Second Takeaway
TII SCHEUERLE BladeLifter systems are playing a critical role in transporting 85.85-metre wind turbine blades for the Bad Berleburg wind farm project in Germany. The highly complex operation involves navigating steep gradients, tight village streets, and difficult mountain roads while minimising environmental impact and maintaining precise blade control throughout the journey.
TII SCHEUERLE BladeLifter Systems Support Major Wind Farm Transport Operation
Three TII SCHEUERLE BladeLifter systems are supporting a highly complex wind turbine transport project for the Bad Berleburg wind farm in Germany.
The operation involves transporting 60 rotor blades, each measuring approximately 85.85 metres, for ENERCON E-175 EP5 E1 wind turbines.
The oversized blades are being transported using BladeLifter systems mounted on 16 axle lines of modular platform trailers, allowing operators to navigate some of the region’s most demanding road conditions.
The project highlights the increasing importance of specialised heavy transport technologies as wind turbine components continue growing in size.
Complex Route Includes Mountains, Villages and Steep Serpentines
The transport route covers approximately 45 kilometres and is divided into three operational sections.
Blade Transports Combine Conventional and Self-Propelled Operation
Depending on the route conditions, the transport operation combines:
Conventional towed transport
Self-propelled modular transport movement
The most technically demanding final route section requires self-propelled operation to navigate steep terrain and highly restricted road conditions.
Rotor Blades Tilt Between 21 and 46 Degrees
To safely navigate the challenging environment, the BladeLifter systems actively adjust blade pitch angles between:
21 degrees
46 degrees
This allows the rotor blades to clear:
Underpasses
Sharp bends
Steep gradients
Roadside obstacles
Tight village streets
while maintaining safe transport control throughout the operation.
BladeLifter Technology Reduces Environmental Impact
One of the key advantages of the TII SCHEUERLE BladeLifter system is its ability to actively raise and position the blades over environmental obstacles.
Blade Positioning Helps Protect Trees and Infrastructure
According to project teams, the technology allows operators to transport blades over protected trees and other obstacles without requiring major route modifications.
This helps:
Minimise environmental disruption
Reduce infrastructure alterations
Preserve surrounding landscapes
Simplify permitting requirements
The system’s advanced manoeuvrability is particularly valuable for wind farm projects located in environmentally sensitive or mountainous regions.
Weather and Terrain Continue Challenging Transport Crews
The project route includes gradients of up to 16 percent, adding further complexity to the transport operation.
Fog, Wind and Winter Conditions Increase Operational Difficulty
Crews must also contend with:
Winter weather conditions
Dense fog
Strong winds
Changing visibility
Variable road conditions
Transport activities are carried out during both daytime and nighttime windows to maximise operational flexibility and take advantage of suitable weather conditions.
Constant Blade Control Remains Essential
Björn Feddermann, Global Logistics Project Manager at ENERCON, said maintaining full control of the blades remains one of the operation’s biggest challenges.
“The challenge lies in the combination of demanding route conditions and constantly changing environments,” said Feddermann.
“Tight curves, varying elevations and weather influences such as wind and fog require full control of the rotor blade at all times.”
Multiple Transport Teams Coordinate Simultaneous Deliveries
The operation involves three parallel BladeLifter transport teams working simultaneously throughout the project.
Steil Kranarbeiten and ENERCON Share Transport Operations
Two BladeLifter systems are being operated by Steil Kranarbeiten, while a third unit is being managed directly by ENERCON.
In addition to the rotor blade deliveries, teams are also coordinating the transport of:
Tower sections
Wind turbine components
Additional infrastructure equipment
The scale and complexity of the operation require extensive logistical planning and communication between all stakeholders.
Team Coordination Critical to Project Success
Manuel Eck of Steil Kranarbeiten highlighted the importance of close collaboration throughout the transport campaign.
“These transports only work as a team effort,” said Eck.
Wind Turbine Growth Continues Driving Heavy Transport Innovation
The Bad Berleburg project reflects a broader industry trend toward larger wind turbine components and increasingly specialised logistics solutions.
Larger Components Require Advanced Transport Technology
As wind turbine blades continue approaching and exceeding 100 metres in length, transport providers are increasingly relying on:
Blade lifting systems
Self-propelled modular transporters
Advanced steering technologies
Route simulation software
Specialised engineering solutions
The continued growth of the renewable energy sector is driving further innovation across heavy transport and project logistics industries worldwide.
About TII SCHEUERLE
TII SCHEUERLE is a global manufacturer of heavy transport and modular trailer systems specialising in oversized and heavy load transportation solutions. The company produces self-propelled modular transporters (SPMTs), BladeLifter systems, platform trailers, and specialised logistics technologies for infrastructure, energy, industrial, and renewable energy projects worldwide.
TII SCHEUERLE is part of the TII Group, a global specialist in heavy-duty transport engineering and mobility solutions.
Website:https://www.tii-group.com
About ENERCON
ENERCON is a Germany-based wind turbine manufacturer specialising in onshore wind energy systems and renewable energy infrastructure. The company designs and manufactures wind turbines for projects across Europe and international markets.
Website:https://www.enercon.de
Frequently Asked Questions
What is being transported during the Bad Berleburg wind farm project?
The project involves transporting 60 rotor blades measuring approximately 85.85 metres for ENERCON wind turbines.
What transport systems are being used?
Three TII SCHEUERLE BladeLifter systems mounted on modular platform trailers are being used for the operation.
Why is the transport route considered challenging?
The route includes mountainous terrain, steep gradients, narrow villages, tight serpentines, and changing weather conditions.
What advantage does the BladeLifter system provide?
The BladeLifter system can actively raise rotor blades over obstacles such as protected trees, reducing environmental impact and route modifications.
Who is operating the BladeLifter systems?
Two systems are operated by Steil Kranarbeiten, while one is operated directly by ENERCON.
