Robotic Total Stations paired with GNSS receivers represent cutting-edge technology in surveying practices. Precision Geospatial Solutions, LLC (PGS) employs a "hybrid" setup that leverages these advanced instruments to enhance accuracy and efficiency in data collection. Our FAA Part 107 certified pilots conduct aerial mapping missions, enabling the collection of extensive datasets significantly faster than traditional surveying methods.

This integration of terrestrial and aerial data capture allows for a comprehensive understanding of project sites, ensuring precision and reliability in results. Our commitment to utilizing the latest survey instrumentation positions PGS at the forefront of the geospatial industry, driving innovation and quality in all our operations.

Utilizing drone technology in conjunction with survey instruments allows for enhanced accuracy in volumetric calculations and cut/fill analysis. This integration provides a comprehensive and precise approach to measuring material volumes, which is essential for various stakeholders in the construction and excavation industries.

Aggregate suppliers, excavators, and companies involved in logistics, quarrying, and landfill operations will experience significant benefits from our workflow. By leveraging advanced drone capabilities, projects can be completed more efficiently and with a greater degree of confidence in data accuracy. Real-time data acquisition and processing also enable better decision-making and resource allocation, ultimately leading to reduced costs and improved project outcomes.

Our focus on precision and reliability ensures that clients receive the most valuable insights, facilitating better planning and execution of their projects.

PGS is poised to enhance its capabilities through a strategic partnership with a leading expert in Photography and Film Production services. This collaboration allows PGS to integrate advanced visual data collection techniques into its existing offerings, enhancing the overall quality and range of services available.

The integration of drone camera sensors and LiDAR technology has marked a significant advancement in PGS’s data collection process. This state-of-the-art technology supplements traditional data collection methods, allowing for more comprehensive and accurate outputs. A key focus of this advancement is the collection of aerial mapping data for both natural and built environments.

PGS has refined the methodology for creating precise “Digital Twins,” which have a multitude of applications including Design, Analysis, Monitoring, Inspection, and evaluation of As-Built conditions. These Digital Twins serve as essential tools for professionals across various disciplines, facilitating more informed decision-making and project execution.

To ensure the integrity of the data collected, PGS adheres to rigorous verification and validation protocols. The data collection process is cross-checked with traditional survey instruments, ensuring that all coordinate data is accurate and reliable. This commitment to precision underscores PGS's dedication to delivering high-quality results across all projects.

Working with design firms in the region, Precision Geospatial Solutions, LLC (P.G.S.) offers a streamlined approach to land development projects. Our capabilities allow us to manage your project from initial concept to final approval while eliminating the complications that can arise from involving multiple contractors. By immersing ourselves in each project, we leverage our extensive experience to ensure efficient and effective execution. Trust P.G.S. to deliver comprehensive solutions tailored to your specific needs in land development.

The emergence of “Digital Twins” in the construction and environmental sectors represents a transformative leap forward in efficiency and accuracy. Contractors can now seamlessly compare As-Built conditions against proposed site designs, enabling faster identification of discrepancies and facilitating timely adjustments. Likewise, regulatory agencies can leverage aerial data collection to establish comprehensive inspection programs that enhance oversight and ensure compliance.

This innovative approach is not just about data collection; it heralds a new standard for processing and utilizing information. By significantly reducing the time required to generate detailed, real-time representations of physical spaces, stakeholders can make informed decisions more rapidly. As a result, projects can move forward with greater speed and confidence, minimizing delays and optimizing resource allocation.

Implementing Digital Twins will redefine workflows, fostering collaboration among contractors, regulators, and other stakeholders. The construction and environmental industries stand on the brink of a new era, one where efficiency, accuracy, and responsiveness are paramount. Embracing these advancements will ultimately lead to better project outcomes and more sustainable practices.

Utilizing aerial data collection and post-processing, Precision Geospatial Solutions, LLC provides comprehensive services for generating as-built contours essential for design projects. These contours facilitate accurate planning and development, ensuring that the topographical changes reflect site conditions.

Our expertise extends to calculating stormwater runoff, a critical factor in managing water resources and preventing flooding. By analyzing collected aerial data, we deliver precise predictions regarding how water will flow across a site, allowing for effective design modifications.

Additionally, we specialize in the creation of Digital Terrain Models (DTMs) and Digital Elevation Models (DEMs), which are vital for various applications including land management and infrastructure development. Our Triangulated Irregular Networks (TINs) enhance this capability, offering detailed surface representations that support intricate engineering and design tasks.

Moreover, our monitoring services for environmental resources incorporate the development of Digital Twins for diverse environments such as golf courses, ski resorts, and educational institutions. This innovative approach enables organizations to visualize and manage their assets with real-time data, optimizing resource allocation and enhancing sustainability efforts.

Precision Geospatial Solutions, LLC is committed to leveraging advanced aerial data collection and post-processing techniques to provide actionable insights that drive successful project outcomes across various sectors.

PA Licensed Sewage Enforcement Officer

Precision Geospatial Solutions, LLC offers comprehensive services associated with on-lot septic testing, permitting, and design, compliant with Pennsylvania regulations. Our team includes licensed Sewage Enforcement Officers (SEO) who are adept at navigating Act 537 Sewage Facilities Planning Modules to facilitate effective sewage management strategies.

On-lot Septic Testing/Permitting & Design

Our experts conduct thorough on-lot septic system evaluations, ensuring compliance with the latest state regulations. We provide permitting services that streamline the process for both residential and commercial projects, ensuring timely and effective solutions.

Act 537 Sewage Facilities Planning Modules

We specialize in the preparation of Act 537 planning modules, which are essential for the development and approval of sewage facilities. Our team is experienced in assessing existing systems, exploring innovative solutions, and securing necessary permits to meet regulatory requirements.

Stormwater Hydraulic Conductivity Testing (Ksat) for Stormwater Management Facility (BMP) Design

To support effective stormwater management, we perform hydraulic conductivity testing (Ksat) that is crucial for the design and implementation of Best Management Practices (BMP). Our testing ensures that stormwater facilities are designed to function effectively, providing long-term environmental protection.

Wetland Delineation per USACE Manual 1987

Our services also include wetland delineation following the USACE Manual (1987). We conduct site assessments to identify and delineate wetland boundaries, providing critical information for project planning, permitting, and compliance with environmental regulations. This ensures that all developments are conducted in a manner sensitive to the ecological significance of wetland areas.