The main advantage of microtunneling in infrastructure projects is its ability to combine precision, safety and operational efficiency, allowing the execution of subway works with minimal impact on the surface. This method is distinguished by avoiding the extensive excavations that characterize traditional methods, which translates into a significant reduction in traffic interruptions and community inconvenience, in addition to reducing the costs derived from land restoration once the work is completed.
In microtunneling, specialized machinery enables controlled and remote-controlled excavation, ensuring that the installation of pipes and conduits is carried out with high accuracy. This is essential in critical infrastructure, such as water supply networks, sewerage systems and subway cabling, where alignment and system integrity are essential for durability and optimum performance.
Another relevant aspect is the speed of execution. By integrating excavation and pipe-laying into a single process, construction times are reduced, which in turn lowers overall project costs and speeds up the commissioning of services. This agility is especially valuable in urban environments or on projects with tight deadlines.
In addition, microtunneling effectively adapts to complex terrain and difficult geotechnical conditions, offering a robust solution for areas where other methods may face greater risks or require more costly interventions. In short, microtunneling improves the efficiency, sustainability and safety of infrastructure projects, making it an optimal choice for modern developments in urban and rural environments.
ES 
EN 
FR 