1.Overview
There are virtually no technical limitations. The distance a house can be moved is unlimited, and it supports multiple relocations as well as rotation at any angle (full 360° rotation). Whether to accommodate government road widening (Pelebaran Jalan), commercial land rezoning, or adjusting the orientation of religious buildings, this is a highly mature and safe engineering solution.
II. How far can it be shifted?
⑴、Theory vs. Practice
In theory: There is no upper limit to the moving distance.
In practice: The most common relocations range from 10 to 100 meters, typically used for residential properties to avoid foundation pits, comply with municipal boundary adjustments, or consolidate land.
⑵、Construction logic
Long-distance shifting is achieved by laying high-strength tracks in segments and using hydraulic traction systems to gradually move the structure. Even for movements over a kilometer, as long as the building’s structure undergoes complete underpinning (Suntik Beton/Underpinning) in the initial stage, its safety is no different from moving just 1 meter.
III. How many times can it be moved? (Frekuensi Pemindahan)
Unlimited repetitions: As long as the main structure of the building remains intact and the underpinning system (Rigid Frame) at the base is stable, the building can be relocated multiple times as needed.
Application scenarios: For example, in large-scale complex developments, old buildings may need to be temporarily moved aside to avoid basement excavation and then returned to their original location after underground construction is completed. This “round-trip relocation” is standard practice in specialized engineering projects.
IV. Can the angle be adjusted (such as orientation correction)?
Absolutely feasible, this holds unique cultural and practical value.
⑴、Rotation at any angle
Whether it’s 90°, 180°, or minor adjustments of a few degrees for specific orientations (such as aligning mosques toward the Qibla direction or optimizing for better sunlight and views), all can be achieved with precision.
⑵、Implementation Methods
Rotating Disk Method: A temporary turntable is installed at the center of the building to rotate the entire structure in place.
Orbital Polygonal Turning: The angle adjustment is achieved through multiple curved track segments during the movement process.
⑶、Technical Assurance
The rotation process is controlled by a PLC system at each stress point, ensuring no torsional stress is generated on the structure, with 100% preservation of both the exterior facade and interior finishes during rotation.
V. Special Recommendations for the Indonesian Environment
Religious and Feng Shui Context: Building orientation often involves cultural customs or religious guidelines. The overall rotation technique can perfectly resolve historical orientation discrepancies without the need for demolition and reconstruction.
Legal Compliance (Sisi Legal): After relocation, it is essential to report the new position and orientation to local authorities (such as Dinas Cipta Karya in Jakarta). Although technically feasible, the final placement must comply with Indonesia’s building setback requirements (GSB – Garis Sempadan Bangunan).
Land Ownership: Before multiple relocations, confirm the boundaries outlined in the land certificate (SHM/SHGB) to ensure that the movement trajectory and final placement remain within legally owned boundaries.
VI. Summary
The distance to move, the number of relocations, and the degree of rotation entirely depend on your planning needs. Our technical team can precisely rearrange buildings weighing dozens or even thousands of tons like “playing with a Rubik’s Cube.” As long as the site space allows, there are no technical difficulties.
Expert Tip (Developer’s Note):
Before long-distance relocation, we conduct surveys of the soil bearing capacity (Daya Dukung Tanah) along the route. Temporary steel plates may be laid or soil hardening performed if necessary to ensure the building remains as stable as ever during its “journey.”