GeoAerospace offers advanced drone docking station solutions designed to enhance operational efficiency and autonomy. Our docking station solutions provide a secure and convenient platform for drone deployment, charging, and data transfer. With features such as remote management and automated operations, docking stations optimize workflow and maximize productivity in various industries.
GeoAerospace sell, rent and operate drone docking stations for your organisation.
With the release of the DJI Dock 2, GeoAerospace is excited to announce that we have two Certified DJI Dock Engineers on our team. With this and other manufacturer certifications, GeoAerospace remains committed to providing the best and most up-to-date sales, service, and training for all of our customers.
Autonomously inspect solar farms with our drone fleets and docking stations. Effortlessly schedule missions, initiate on-demand flights, and monitor visual data remotely from your command center
Utilize drone fleets for regular missions to gather up to date project data. Streamline data collection to monitor the advancement of your construction or mining projects effectively.
Deploy drones for surveillance, aerial monitoring, and security patrols. Automate and schedule routine missions, and remotely control the drones to monitor your property around the clock.
Empower first responders with autonomous drones for real-time situational awareness. Remotely control and manage operations to ensure effective response and coordination
The more capable yet noticeably smaller DJI Dock 2 deploys Matrice 3D or 3TD drones with ease and security. Dock 2 is lightweight, offers high-level operation capabilities, and has cloud-based intelligent functions that bring efficiency and quality to automatic operations.
GeoAerospace also offers bespoke solutions for drone docking stations, including the iDiployer Docking Station. In addition to DJI drones, IDI docks can also accommodate a host of alternative drone manufacturer solutions to help automate your drone operations workflow.
Flytbase's drone autonomy software platform is designed for system integrators to enable automated repeatable and routine drone operations with drone docks for site security, asset inspection, or emergency response. Flytbase provides solutions for in-country cloud servers for additional data security and privacy.
FlightHub 2 is an all-in-one cloud-based drone operations management platform that helps you achieve comprehensive, real-time situational awareness. Access all the information you need to plan drone missions, supervise your fleet, and manage the data you create, now from a secure cloud-based environment.
Whether it's reliable communications (3G, 4G, LTE or SATCOM), or EASA compliance (MOC 2511/2512), GeoAerospace can provide you with suitable solutions for your drone dock deployment at your site to ensure you operate safely and in compliance with regulations.
The GeoAerospace team has experience with BVLOS applications and approvals from regulatory bodies in Europe and work with regulatory experts to help you develop bespoke Operations Manuals to deploy drone docks in BVLOS scenarios.
GeoAir is revolutionizing drone data collection with remote operations and autonomy, building a marketplace for on-demand drone services, with flight operations controlled from the GeoAir Remote Operations Centre. Whether it's routine perimeter security patrols, weekly construction site surveys, daily traffic accident response for public safety management or ad-hoc critical infrastructure inspections for utilities. GeoAir will simplify the entire process.
GeoAir is a remotely operated drone docking station flight operations management system (Drone On Demand Service) for automated site monitoring - a customer focused flight operations engine for drone services on a global scale. GeoAir provides geospatial solutions for the energy industry which facilitates efficient data collection, using a network of strategically sited drone docking stations, all controlled from a centralized, remote operations center (removing humans from the field). Combined with computational workflows for advanced data analysis, this in turn aims to aid in remote management of sites.
GeoAir utilises novel remote sensing technologies (satellites and drones) combined with machine learning techniques to improve predictive maintenance work practices at scale, specifically addressing issues such as vegetation encroachment and structural defects, removing humans from the loop and introducing automated and efficient data collection methods in the field.
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