High Exposure is at the forefront of revolutionising survey and inspection services in Victoria through its innovative drone solutions, offering clients a fresh perspective and efficient answers to age-old challenges. With a dedicated focus on leveraging advanced drone technology, High Exposure is transforming the way surveys and inspections are conducted in Victoria. The integration of advanced sensors like LiDAR and photogrammetry not only enhances the accuracy of data collection but also provides clients with detailed insights into their assets and landscapes. High Exposure’s drone services offer a swift and cost-effective alternative to traditional methods, enabling the identification of potential issues in critical infrastructure, agricultural fields, and various other sectors. By embracing modern technology, High Exposure is not just providing services; it’s offering comprehensive solutions that empower clients in Victoria to make informed decisions, enhance efficiency, and address longstanding challenges with a new level of precision and effectiveness.
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
