Newdegate Project Case Study
- Allan Godley
- Oct 24
- 3 min read
The Newdegate Construction Project is an important initiative that plays a vital role in CBH Group's plan to expand its regional grain storage network in Western Australia’s Wheatbelt. This project is designed not only to boost bulk storage capacity but also to streamline truck logistics and implement state-of-the-art grain handling systems. Key infrastructure, including new bunkers, conveyor systems, weighbridges, a sample hut, and dedicated bunding zones, are central to the facility’s design.
To facilitate the successful delivery of this project, Prodrone Worx was engaged to provide survey-grade aerial data acquisition, progress documentation, and analytical reporting throughout the construction lifecycle. This partnership emphasizes how incorporating advanced technology can lead to improved efficiency and effectiveness in modern construction.
Understanding the Project
The Newdegate facility aims to address the rising need for grain storage and handling in the region. The construction of new bunkers and upgraded infrastructure will significantly boost the capacity for bulk grain storage, directly supporting local farmers. Enhanced logistics will ensure timely transportation and distribution of grain, benefiting the entire community.
Over a span of 32 consecutive weeks, Prodrone Worx conducted weekly site visits to gather crucial data. They used structured aerial surveys and took progress photos that were essential for engineering verification and effective communication with stakeholders. By utilizing drone technology, they collected accurate and timely data crucial for managing the construction process effectively.
Key Project Deliverables
The following are some of the essential deliverables produced throughout the project:
Orthomosaic Imagery: A high-resolution, georeferenced aerial map offered a precise visual reference, ensuring all stakeholders had clear insights into the project status.
Digital Elevation Model (DEM): This provided detailed ground elevation data, which was critical for analyzing grading and drainage, ensuring the site was adequate for new construction.
3D Surface Model: A realistic 3D visualization allowed for accurate measurements and facilitated regular progress assessments.
Volume Calculations: Precise metrics on earthworks and stockpiles played a vital role in budget management and resource planning.
Final Data Package: A comprehensive collection of processed imagery, models, and reports was delivered for CBH records, effectively summarizing the project.
Technical Details
The Newdegate Project involved impressive technical logistics. Over 32 weeks, the project covered a distance of approximately 26,880 km and included around 190 drone flights. This means, on average, more than 5 flights occurred each day, showing a strong commitment to keeping documentation thorough and up-to-date.
The project successfully navigated weather challenges, with only three incidents of severe weather disrupting scheduling. This resilience speaks to the planning and flexibility of the entire team, ensuring the project stayed on track.
Addressing Project Challenges
The Newdegate Project encountered various challenges, the most significant being weather-related disruptions that affected flight schedules. However, the proactive strategies employed by the team allowed for quick adaptations, minimizing setbacks.
The integration of drone technology was instrumental in mitigating these issues. By providing real-time data and visual documentation, Prodrone Worx empowered the project team to make informed decisions swiftly, which helped maintain progress despite obstacles.
Looking Ahead
The Newdegate Project is an excellent demonstration of how technology can enhance construction processes. The collaboration between CBH Group and Prodrone Worx serves as a testament to the value of aerial data collection and analysis in project management.
By increasing grain storage capacity in Western Australia’s Wheatbelt, the Newdegate Project sets a strong example for future construction initiatives. As the demand for efficient grain handling rises, the insights gained from this project will undoubtedly influence best practices throughout the industry.
The Newdegate Project showcases the power of drone technology in construction, offering valuable lessons on project management, engagement with stakeholders, and the necessity of precise data. As we advance, adopting these innovations will be crucial for enhancing the efficiency and success of construction projects across various sectors.
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