Point Density: 9200 points per m^2
Height: 20 m AGL
Speed: 6 m/s 
Data Acquisition Time: 10 minutes

Point Density: 320 points per m^2
Height: 80 m AGL 
Speed: 8 m/s  
Data Acquisition Time: 7 minutes

Point Density: 510 points per m^2
Height: 80 m AGL
Speed: 6 m/s
Data Acquisition Time: 3 minutes

Point Density: 582 points per m^2
Height: 120m AGL (approx.) 
Speed: 12m/s (approx.)  
Data Acquisition Time: 3 minutes

Point Density: 168 points per m^2
Height: 320m AGL 
Speed: 55 knots 
Data Acquisition Time: 26 minutes

Explore the transformative role of LiDAR technology in urban development through EHRA’s use of the Mini-Ranger LiDAR system. This video highlights how EHRA, a leading engineering firm, utilizes drone LiDAR to revolutionize urban planning and project management. 

The Mini-Ranger system, acclaimed for its precision in terrain and vegetation data collection, enables efficient project execution and detailed site analysis, ensuring cost-effective management and enhanced flood prevention strategies.

Join Aaron Kelsey, EHRA’s Senior Survey CAD Tech and Drone Program Manager, as he discusses the system’s capacity to survey extensive areas swiftly, reducing both time and labor costs significantly. 

The reliability and high-quality data collection of the Mini-Ranger system have proven essential in multiple large-scale projects, supported by the excellent customer service from Phoenix LiDAR.

This session also covers the evolution from traditional survey methods to advanced LiDAR technology, underscoring its accuracy and the objective data crucial for drainage studies and boundary surveys. Celebrate Phoenix LiDAR’s decade of innovation and discover how their technology is pivotal in advancing urban engineering practices.

Discover the revolutionary impact of LiDAR technology in urban development with EHRA’s utilization of the Mini-Ranger LiDAR system. In this video, learn how EHRA, a leading engineering firm, leverages drone LiDAR for advanced urban planning and project management. 

The Mini-Ranger system is celebrated for its precision in terrain and vegetation mapping, facilitating rapid and accurate data collection that drives efficient, cost-effective project outcomes.

Join Aaron Kelsey, EHRA’s Senior Survey CAD Tech and Drone Program Manager, as he discusses the system’s transformative effects on large-scale surveying—reducing both time and labor costs significantly. He also highlights its crucial role in flood prevention by providing detailed elevation data for effective drainage and water flow management.

The video also explores the evolution of surveying from traditional methods to cutting-edge GPS and LiDAR technologies, enhancing the reliability of data collection. With Phoenix LiDAR’s support, EHRA continues to push boundaries in urban engineering, making significant strides in project accuracy and efficiency.

Discover the groundbreaking impact of LIDAR technology in urban development with EHRA’s innovative use of the Mini-Ranger LIDAR system. In this insightful video, we delve into how EHRA, a leading engineering firm, leverages the power of Drone LIDAR and the MiniRanger system to revolutionize urban planning and project management.

In this informative video, Angela Livingston from Pape-Dawson Engineers, a leading firm in civil engineering and LiDAR services, shares her extensive experience and insights. Pape-Dawson Engineers has been around for over 50 years, expanding their operations across various locations in Texas and Florida. Angela, with a strong background in photogrammetry, LiDAR, and GIS, explains how the company has integrated LiDAR technology into their workflows to enhance efficiency and accuracy in land development projects. The company now utilizes multiple UAVs and LiDAR scanners, including the Phoenix Recon XP, Ranger VUX, and Ranger Ultra, to cater to diverse project needs.

Angela dives into the decision-making process behind choosing specific LiDAR systems based on factors such as vegetation, site size, and project requirements. She explains the strategic use of both drones and helicopters for LiDAR data acquisition, depending on the project’s scope and environmental conditions. This flexibility allows Pape-Dawson to efficiently handle larger projects, such as wastewater treatment plant expansions, and significantly reduce time and costs compared to traditional terrestrial scanning methods. Angela emphasizes the importance of selecting the right tool for the job to achieve the best results.

The video also covers the crucial aspect of standardized workflows and data processing techniques that Pape-Dawson employs. Angela highlights how having a well-defined process ensures high-quality and accurate deliverables for engineering projects. She explains their method of using Phoenix’s Spatial Explorer and Inertial Explorer for navigation processing, followed by Terra Solid and MicroStation for point cloud fusion and feature extraction. This meticulous approach allows Pape-Dawson to maintain consistency and reliability in their data outputs, which is essential for supporting their engineers’ work.

Towards the end of the video, Angela expresses her appreciation for the support and collaboration with Phoenix LiDAR Systems, noting how their responsiveness to feedback has led to hardware and software improvements. She encourages viewers to reach out to her via email for advice on project collection and sensor selection. Angela’s expertise and willingness to share her experiences provide a valuable resource for anyone looking to enhance their engineering projects with advanced LiDAR technology. For those interested, Angela can be contacted through Pape-Dawson’s website or directly via email.

This video features Professor Michael Starek from Texas A&M University-Corpus Christi, as he discusses the innovative use of drone LiDAR technology by geomatics students to map and protect coastal habitats. 

Through a detailed interview, Professor Sterk explains how they employ Phoenix LiDAR systems, including the high-end Ranger LR and the cost-effective Recon XT-A, to accurately measure microtopographic changes in sensitive wetland areas. 

These drone-based systems provide crucial data for understanding coastal erosion, vegetation dynamics, and the impacts of sea level rise, with a focus on precision and the ability to capture minute changes in terrain that are vital for environmental monitoring and conservation.

The video highlights the practical applications of LiDAR in geomatics, demonstrating its significance in environmental science and the advantages of using drones over traditional aircraft for detailed and localized data collection. Professor Sterk emphasizes the career opportunities in geomatics, noting the high demand for trained professionals in this growing field.