LSYSTEMS is the country’s first provider of BVLOS drone operations – enabling flights beyond the visual line of sight, setting a new standard in advanced drone surveying.
LSYSTEMS provides advanced drone-based agriculture spraying solutions designed to improve efficiency, reduce waste, and enhance crop productivity across diverse terrain. Our UAV systems enable precise and uniform application of fertilizers, pesticides, and herbicides, even in remote or difficult-to-access farming areas.
Using intelligent flight systems and GPS-guided accuracy, our drones ensure optimal coverage while minimizing chemical usage and environmental impact. This results in improved crop yields, reduced labour costs, and more efficient farm management.
Our solutions are particularly effective in challenging environments such as steep terrain, large plantations, and remote agricultural regions, making them ideal for operations across Papua New Guinea and surrounding regions.
LSYSTEMS provides advanced drone-based inspection services for communication and power transmission towers. Using high-resolution visual and thermal imaging, we identify structural issues such as corrosion, loose components, and vegetation interference quickly and safely—without the need for manual climbing or shutdowns.
Our drone inspection solutions enable safe and detailed assessment of tunnels, including mining and road infrastructure. We capture high-quality visual and LiDAR data to detect cracks, water ingress, and structural damage, ensuring accurate reporting while minimizing operational risks and downtime.
LSYSTEMS offers drone lifting and heavy payload transport solutions for remote and hard-to-access locations. Our UAV systems can safely carry equipment, tools, and materials, supporting construction, mining, and infrastructure projects where traditional access is difficult, costly, or unsafe.
LSYSTEMS provides drone-based agricultural solutions to support modern farming practices. From crop spraying and monitoring to aerial mapping, our services help improve productivity, reduce resource usage, and enable efficient farm management across large and challenging terrains.