A key feature of the ILX-LR1 is its outstanding image resolution of 61 megapixels, which is based on full-frame technology and, when paired with a high dynamic range, delivers the required details with low noise. This technology is familiar to Sony's Alpha series and is widely used in the consumer sector, but it is now being made available for UAV applications for the first time. The high resolution allows a single image to do the work of four images with a conventional 12- or 20-megapixel camera. For drones, whose flight time is severely limited due to the battery capabilities, this means a significant increase in efficiency. This can be particularly crucial for applications such as mapping or inspecting large areas, surveying areas, or monitoring critical infrastructure. A single high-resolution image can be used to identify and analyze details that would previously have required several flights or images.
Compact, lightweight design
The camera body is also characterized by its compact and lightweight design. Weighing just 243 grams and measuring 100 x 74 x 42 millimeters, it is specially designed for use in drones. Its small size and low weight have a positive effect on the flight times of drones, which is particularly important for applications such as precision agriculture or large-scale mapping. Sony has also equipped the ILX-LR1 with screw holes that enable stable attachment to UAVs, ensuring robust integration into a wide range of systems.
Another key to the success of the ILX-LR1 is the comprehensive software support provided by Sony through a specially developed Software Development Kit (SDK). This SDK offers UAV manufacturers and service providers a wide range of functions for integrating the camera into their systems. This includes, for example, the option of linking GPS data with captured images to geotag them. This is particularly essential for applications such as the creation of 3D models or the precise surveying of areas. The SDK also enables detailed control of the camera, such as triggering images, retrieving data, or remotely controlling the zoom.
High robustness even in bad weather
The ILX-LR1 was specially developed for industrial requirements and, in addition to its outstanding image quality, also offers a high level of robustness. The sensor technology ensures outstanding image quality even in poor lighting or changing weather conditions. The camera is resistant to vibration and can withstand aircraft movements and wind without compromising image sharpness. Sony has adopted technologies from the Alpha series and adapted them to industrial requirements. The camera has a combination of hardware-based stability and software-supported image correction to deliver high-quality results even under difficult conditions.
The camera is already widely used in practice and has proven itself in projects where precision and efficiency are crucial. Examples include the inspection of telecommunications antennas or the inspection of aircraft fuselages for damage such as cracks or dents. In France, drone manufacturers have successfully integrated the camera and used it for inspection tasks in mountainous regions. The strength of the camera is particularly evident here, as its high resolution and robust design mean that it works reliably even under difficult conditions.
In Germany, a turn-key solution provider implemented the ILX-LR1 to their drones and ICC remote control system, with which the clear cargo cranes of Hamburg Harbor are been regularly inspected. The drones carrying especially the ILX-LR1 identify even tiny cracks or corrosion impacts to maintain these sections immediately to prevent even worse. In such use cases, the focus is on the efficiency and precision of data to be analyzed, supporting the complete workflow.
Integrating the ILX-LR1 into existing drone systems is extremely simple. Sony has taken care to design the camera in such a way that it can either be installed directly in drones or operated via special payload systems. Thanks to the well-thought-out hardware design, which also includes specific cables and connections, both the power supply and data transmission can be easily realized. The camera also offers a high degree of flexibility in the use of storage media: images can be saved on an SD card or transmitted directly to a control center, which is particularly advantageous for real-time applications.
Adaptability to different requirements
An important feature of the ILX-LR1 is its adaptability to different requirements. While the current model already impresses with an ideal combination of hardware and software, Sony sees further potential for improvement, especially in the area of software. Customer requests, such as additional command options in the SDK, are constantly being taken into account. Sony is also considering future developments in terms of hardware, such as an even higher resolution or a more compact design.
Sony is working closely with partners to optimize the integration and use of the camera further. These partnerships make it possible to develop customized solutions for different application areas. The collaboration with leading companies in the UAV field shows that Sony is not only offering a high-quality camera but also creating a complete ecosystem that includes hardware and software solutions.
Looking to the future, Sony plans to continuously improve both hardware and software to meet the growing needs of the industry.
Sony is attending XPONENTIAL Europe together with its EU drone partner Dronivo GmbH and will be showcasing the ILX-LR1.
Author: Sonja Buske