Vanguard Completes Complex 360-Tonne Stator Transport and Installation for Matla Power Station
- Meagan Wood
- May 7
- 3 min read
30-Second Takeaway
Vanguard has successfully completed the delivery and installation of a 360-tonne stator from Wroclaw, Poland, to Matla Power Station in South Africa. The multi-modal operation involved rail transport, ocean shipping, heavy road logistics, SPMTs, and hydraulic gantry lifting systems while overcoming severe terrain, weather, and port restrictions.
Vanguard Completes International Stator Transport Project
Heavy transport specialist Vanguard has completed the transport and installation of a 360-tonne stator for Matla Power Station in South Africa.
The large-scale project ran between:
September 2025
March 2026
and involved a highly coordinated multi-modal logistics operation spanning both Europe and Africa.
The scope included:
Rail transport
Sea freight
Heavy road transport
Final on-site installation
The project required extensive engineering and logistical planning due to the size and weight of the stator as well as challenging transport conditions throughout the route.
Rail Transport Begins in Poland
The project commenced in Wroclaw, Poland, where the stator was prepared for rail transportation to the Port of Gdansk.
Specialised Schnabel Wagon Used for Oversized Cargo
The stator was transported using a:
Specialised Schnabel wagon configuration
designed specifically for oversized and ultra-heavy cargo movements.
The rail operation allowed the unit to be safely moved across Poland while distributing the load efficiently across the transport system.
Port Operations Managed Despite South African Embargo
Upon arrival at the Port of Gdansk, Vanguard coordinated the transfer and shipping operations for the overseas transport phase.
Jacking System Used for Port Transfer Operations
At Gdansk, the stator was transferred into a temporary handling area using:
Heavy-duty jacking systems
before being loaded for shipment to:
Port of Richards Bay, South Africa
Vanguard Maintained Schedule During Port Restrictions
Despite a port embargo affecting operations in South Africa at the time of arrival, Vanguard kept the project on schedule by utilising:
Its own dedicated laydown facility within the port area
This approach allowed operations to continue while minimising delays associated with restricted port access.
SPMTs and Heavy Haul Trailers Supported African Transport Phase
Following discharge at Richards Bay, the stator began the African heavy transport phase.
Self-Propelled Modular Transporters Used at Port
The cargo was discharged using self-propelled modular transporters (SPMTs)
configured in a10-axle, four-file arrangement. The system allowed precise handling of the ultra-heavy unit during transfer operations within the port.
700-Kilometre Overland Journey Required 24-Axle Trailer
The stator then began a 700-kilometre overland journey to Matla Power Station using a 24-axle trailer configuration. The transport route crossed difficult terrain throughout KwaZulu-Natal and surrounding regions.
Terrain and Weather Created Significant Transport Challenges
The road transport phase presented some of the project’s most difficult operational challenges.
Steep Gradients and Severe Weather Impacted Journey
According to Vanguard, the route involved:
Mountainous terrain
Steep gradients
Narrow transport sections
Severe weather conditions
The convoy passed through sections commonly referred to as the:
“Valley of 1000 Hills”
Four Trucks Required for Push-and-Pull Operations
To navigate the demanding terrain, Vanguard deployed four support trucks
to push and pull the load through difficult sections of the route. Heavy storms and poor road conditions extended the overland transport phase to approximately three weeks
Final Installation Completed Using Hydraulic Gantry System
Once at Matla Power Station, Vanguard completed the final positioning and installation phase.
SPMTs Used for Final Positioning
The stator was manoeuvred into position using self-propelled modular transporters
allowing precise alignment within the restricted power station environment.
800-Tonne Hydraulic Gantry Installed Stator
Final lifting and installation were completed using an 800-tonne hydraulic gantry system.
The operation required detailed engineering and coordination due to limited installation space within the facility.
Power Sector Projects Continue Driving Heavy Transport Demand
Large-scale energy infrastructure projects continue creating demand for highly specialised transport and lifting operations worldwide.
Multi-Modal Logistics Increasingly Important for Energy Infrastructure
Transporting oversized power generation components often requires:
Rail logistics
Ocean freight coordination
Heavy road transport
SPMTs
Hydraulic lifting systems
Complex international supply chains continue driving demand for integrated heavy transport solutions capable of overcoming infrastructure and environmental challenges.
About Vanguard
Vanguard is a specialist provider of heavy transport, abnormal load logistics, and engineered lifting solutions serving energy, infrastructure, industrial, and power generation sectors globally. The company delivers complex multi-modal transport operations involving SPMTs, hydraulic gantries, heavy haul trailers, and specialised project logistics systems.
Frequently Asked Questions
What equipment did Vanguard transport?
Vanguard transported and installed a 360-tonne stator for Matla Power Station.
Where did the transport project begin?
The project began in Wroclaw, Poland.
What transport methods were used during the project?
The operation involved rail transport, sea freight, heavy road transport, SPMTs, and hydraulic gantry systems.
What challenges affected the transport route?
The project faced steep terrain, severe weather, mountainous roads, and port restrictions in South Africa.
What lifting system was used for final installation?
An 800-tonne hydraulic gantry system was used to install the stator at the power station.
