Brady, Texas
The project required cutting through solid rock to create a clear path between two towers, a task that presented a number of challenges due to the tough nature of the material. On top of the geological difficulty, the project was also time-sensitive, with a very tight timeline demanding quick and efficient execution to meet critical milestones. Delays in the rock cutting process could have caused major disruptions to the overall schedule, leading to cost overruns and potential impacts on other phases of the project. With such high stakes, it was essential to find a solution that could not only meet the strict timeline but also provide a reliable and cost-effective approach to cutting through solid rock.
To overcome these challenges, we turned to the 1475 Rock Hawg, a high-performance machine designed specifically for demanding rock cutting projects. By utilizing the Rock Hawg’s advanced cutting capabilities, we were able to maintain an impressive cutting rate of approximately 120 feet per hour for the duration of the project. This machine’s robust performance allowed us to efficiently and consistently cut through the tough rock, ensuring steady progress without compromising precision or safety. The Rock Hawg’s reliability and power made it an ideal tool for the job, as it handled the tough geological conditions with ease, avoiding the delays associated with traditional methods.
Thanks to the efficiency and power of the 1475 Rock Hawg, the project was completed within the tight 10 to 12-month timeframe, well within the established schedule. The fast cutting rate not only ensured timely completion but also resulted in significant savings—hundreds of thousands of dollars were saved in crane rentals and other associated costs. The machine operated smoothly and continuously throughout the entire project, with no mechanical issues or downtime, which further contributed to cost savings and kept the project on track. The successful completion of the project within budget and ahead of schedule highlighted the effectiveness of using advanced equipment to handle tough challenges in a time-sensitive environment.
