Katapult Pro Pole Loading Module -
The module generates a "Pass/Fail" report based on the utilization percentage. If a pole is overloaded (exceeding 100% capacity), the engineer can model a "Make-Ready" solution, such as moving a guy wire or replacing the pole, to bring it back into compliance. Key Benefits for Utilities and Engineers ⚡ Unmatched Speed
While legacy tools have been the industry standard for decades, they often feel like "black boxes" that are difficult to learn. Katapult Pro’s Pole Loading Module is built on a modern web interface. It allows for better collaboration, as multiple stakeholders can view the same pole model simultaneously from different locations. katapult pro pole loading module
The Katapult Pro Pole Loading Module offers several benefits to users: The module generates a "Pass/Fail" report based on
The process begins with the Katapult Pro field kit. A field technician takes a series of photos using a calibrated pole and a specialized camera setup. This captures the pole's lean, the height of every attachment, and the mid-span height of the wires. 2. Office Processing and Annotation Katapult Pro’s Pole Loading Module is built on
Accurate assessment of mechanical loads on utility poles is critical for ensuring the reliability and safety of overhead power distribution networks. Traditional methods often rely on static load assumptions or generalized software that lacks integration with field-collected data. Objective: This paper introduces the Katapult Pro Pole Loading Module (KP-PLM) , a specialized computational tool designed to perform advanced loading analysis on wood, steel, and concrete poles under combined environmental and operational stresses. Methods: The module employs finite element analysis (FEA) calibrated against IEEE Std 751 and ASCE 48 standards. It integrates real-time inputs for wind speed, ice accretion, conductor tension, and angle of deviation. A comparative validation study was conducted against physical pole testing data from 50 distribution poles under varying load scenarios. Results: The KP-PLM demonstrated a mean deviation of less than 4.2% from empirical failure load values, with a computational speed improvement of 35% compared to generic FEA platforms. The module’s graphical interface reduced input setup time by 50% in field engineering trials. Conclusions: The Katapult Pro Pole Loading Module provides a reliable, efficient, and user-friendly solution for pole loading analysis, making it suitable for utility engineers, line designers, and forensic investigators. Future work will include integration with LiDAR-based pole geometry capture and machine learning for load prediction.
Furthermore, the non-linear analysis engine accounts for "P-Delta" effects—the additional stress caused by the pole's deflection—providing a more realistic safety profile than simpler linear models. Conclusion
