High Exposures sets the industry standard for cutting-edge drone survey services in Wollongong NSW, employing state-of-the-art technologies such as LiDAR and photogrammetry to revolutionise the inspection of critical infrastructure. Specialising in aerial data collection, High Exposures utilises LiDAR (Light Detection and Ranging) to generate highly accurate three-dimensional models of terrain and structures. This advanced technology allows for a comprehensive analysis of the landscape, providing valuable insights for urban planning and infrastructure development. Moreover, their expert use of photogrammetry facilitates the creation of detailed maps and models through high-resolution imagery, enhancing the precision of survey results. High Exposures’ drone survey services play a pivotal role in inspecting critical infrastructure, ensuring the integrity and safety of structures by identifying potential issues and vulnerabilities. With a commitment to excellence, High Exposures stands at the forefront of innovation in the field, contributing significantly to the advancement of surveying practices in Wollongong and beyond.
Our team has been capturing aerial and spatial data since 2016, providing a wealth of knowledge and experience in the field. We have built proven methodologies and scopes of work for every scenario
Safety is our highest priority in all of our operations. We hold all required CASA licenses and insurance to ensure a smooth operation
Your project goal is our priority. Our team of passionate professionals will work with you to ensure we get a result that solves your questions
Project Overview Client: ACT Parks and Conservation Project Location: Kowen Forest, Canberra Survey Area: 780ha Project Duration: 1 week Objective: ACT Parks and Conservation required an aerial survey to assess
High Exposure was engaged by the main contractor overseeing the remedial repairs of Australian National University in Canberra to assist with assessing damages to a
High Exposure Commercial Drone Services undertook an aerial survey at the 250-hectare Gregadoo Waste Management Facility, employing drone photogrammetry and LiDAR capture techniques. The primary
