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The Bengaluru Metro Phase III project is embarking on a significant milestone with the commencement of geotechnical investigation along its expansive 45-kilometre corridor. This crucial step signifies a pivotal moment in the expansion of Bengaluru's metro network, which aims to revolutionize urban connectivity and alleviate commuter congestion in the bustling city. The geotechnical investigation process involves comprehensive studies of soil conditions, terrain characteristics, and geological factors along the metro corridor route. By gathering detailed data on the subsurface conditions, engineers and planners can make informed decisions regarding the design, alignment, and construction methods for the metro infrastructure. This geotechnical investigation is essential for ensuring the structural integrity, stability, and safety of the metro system, as it provides valuable insights into ground conditions and potential geological hazards. Additionally, it enables engineers to optimize construction techniques and mitigate risks during the implementation phase. The Bengaluru Metro Phase III project holds immense promise for transforming the city's transportation landscape, offering residents and commuters a reliable, efficient, and sustainable mode of public transit. With the geotechnical investigation underway, the project is one step closer to realizing its vision of a modern, interconnected metro network that serves the evolving needs of Bengaluru's growing population.