Logistics LifeHacks
7 factors for the safe transport of oversized cargo by sea or air.
Modern logistics often solves tasks that look impossible at first glance. One of the most impressive examples is the relocation of entire houses, where a building is lifted and transported to a new site with minimal disassembly.
Such operations are performed regularly in the United States, Canada, Australia and several European countries - mostly to preserve historical buildings or move structures away from risk zones.
How it works in real life
1. Lifting the structure.
Engineers install steel beams and hydraulic jacks underneath the building, raising it evenly before transport.
This technique is well-documented in engineering sources such as HowStuffWorks.
2. Placing the building on transport systems.
The raised structure is positioned on multi-axle transport dollies or modular transporters.
For very large moves, SPMTs - the same platforms used for ship sections and industrial modules - can be employed.
3. Planning the route.
Utility lines, traffic lights, poles and even trees may be temporarily removed.
Moves take place with escorts, controlled traffic and detailed engineering checks.
Are houses always moved “in one piece”?
Not always.
Many buildings are moved whole, but others are transported in several sections, depending on the road layout, size and structural characteristics - such as in the relocation of Frank Lloyd Wright’s historic Gordon House.
Why move an entire house?
preservation of cultural heritage
relocation from flood-risk areas
cost efficiency compared to demolition and rebuilding
moving schools, cottages and municipal buildings
Moving a house is not a miracle - it’s a sophisticated, well-engineered logistics operation that proves how far modern Extreme Logistics and Oversized Transport have come.
At LOADSTAR, we believe the same principle applies everywhere: with the right planning, technology and coordination, even the most challenging cargo can reach its destination
Such operations are performed regularly in the United States, Canada, Australia and several European countries - mostly to preserve historical buildings or move structures away from risk zones.
How it works in real life
1. Lifting the structure.
Engineers install steel beams and hydraulic jacks underneath the building, raising it evenly before transport.
This technique is well-documented in engineering sources such as HowStuffWorks.
2. Placing the building on transport systems.
The raised structure is positioned on multi-axle transport dollies or modular transporters.
For very large moves, SPMTs - the same platforms used for ship sections and industrial modules - can be employed.
3. Planning the route.
Utility lines, traffic lights, poles and even trees may be temporarily removed.
Moves take place with escorts, controlled traffic and detailed engineering checks.
Are houses always moved “in one piece”?
Not always.
Many buildings are moved whole, but others are transported in several sections, depending on the road layout, size and structural characteristics - such as in the relocation of Frank Lloyd Wright’s historic Gordon House.
Why move an entire house?
preservation of cultural heritage
relocation from flood-risk areas
cost efficiency compared to demolition and rebuilding
moving schools, cottages and municipal buildings
Moving a house is not a miracle - it’s a sophisticated, well-engineered logistics operation that proves how far modern Extreme Logistics and Oversized Transport have come.
At LOADSTAR, we believe the same principle applies everywhere: with the right planning, technology and coordination, even the most challenging cargo can reach its destination
