Sony FCB camera block
In industrial drone applications such as power station inspection, infrastructure monitoring and high-precision mapping, equipment weight and flight endurance have long been an irreconcilable contradiction. Equipped with an innovative DC power supply solution, a 61-megapixel full-frame sensor and an ultra-lightweight industrial design, the Sony ILX-LR1 full-frame expandable system camera breaks this bottleneck. It delivers an aerial imaging solution that combines long-lasting endurance and high-precision image quality for industrial users.
Ⅰ. Direct DC Power Supply: Eliminate Battery Replacement Anxiety for Non-Stop Operations
Traditional drone-mounted cameras rely on dedicated built-in battery compartments, which not only take up valuable payload capacity but also cause frequent operational interruptions due to limited battery life. Featuring a DC 10-18V wide-voltage input port, the Sony ILX-LR1 achieves seamless integration with the drone’s power system:
Unlimited Endurance Potential
The camera is powered directly by the drone’s main power supply, completely removing the need for an onboard battery module. As long as the drone maintains power or fuel supply, the camera can operate continuously. It is ideal for long-endurance missions including long-distance oil pipeline patrols and large-scale land mapping.
Superior Imaging Stability
Unlike voltage fluctuations caused by depleting conventional batteries, direct DC input delivers constant current output. It fundamentally avoids video stuttering and image noise triggered by unstable power supply, ensuring a consistently high shooting success rate.
Weight Reduction & Efficiency Boost
Removing the battery module further cuts down overall weight. At only 243g (lens and battery excluded), the saved payload can be used to equip the drone with larger-capacity batteries or additional mission payloads, greatly expanding its operational radius.
Ⅱ. 61MP High Resolution: Capture Micro Defects Invisible to the Naked Eye
In industrial inspection, unclear imaging directly leads to potential safety hazards. The ILX-LR1 integrates a full-frame back-illuminated Exmor R™ CMOS and BIONZ XR™ image processor, eliminating blind spots with ultra-high resolution:
Comprehensive Detail Coverage
With approximately 61 million effective pixels, it delivers stunning resolution, and a single frame covers several times the area of ordinary cameras. For power inspection, it accurately captures corona discharge traces on power lines; for bridge monitoring, it clearly identifies micron-level crack patterns on concrete surfaces.
Wide Dynamic Range
Boasting outstanding dynamic range performance, it preserves both structural details in highlight areas and texture information in shadow zones even under high-contrast lighting at sunrise and sunset, avoiding overexposure or underexposure.
All-Weather Imaging Capability
With a broad ISO range of 100–32000 and advanced noise reduction algorithms, it outputs high-SNR pure images even in night search and rescue missions or turbid deep-water environments.
Ⅲ. Modular Versatile Body: Compatible with Diverse Aerial Platforms
More than just a camera, the ILX-LR1 serves as an open industrial vision platform. Its compact dimension of 100mm×74mm×42.5mm is fully fitted with M3 screw holes, offering exceptional engineering compatibility:
Full-Scenario Adaptability
It can be quickly mounted via the bottom 1/4-20 UNC standard interface, compatible with both VTOL fixed-wing mapping drones and multi-rotor precision inspection platforms.
Expandable Lens Ecosystem
Supported by Sony’s extensive E-mount lens lineup (over 70 options available), users can freely match lenses according to mission needs. A super-telephoto lens enables clear detection of wind turbine blade cracks from hundreds of meters altitude, while wide-angle lenses support rapid 3D modeling.
Efficient Data Transmission
Rear-mounted USB Type-C and Micro HDMI interfaces support high-speed data transfer and real-time live view, meeting professional pilots’ demands for instant feedback.
Ⅳ. Intelligent Ecosystem Connectivity: From Manual Control to AI Collaboration
Sony has built a complete software development ecosystem for the ILX-LR1 via the Camera Remote SDK. This transforms the camera from an independent shooting device into a core node in the intelligent operation network:
Cloud Remote Management & Control
Through API interfaces, the ground control station can remotely adjust camera parameters including aperture, shutter speed and ISO, and trigger one-click shooting without manual pilot operation.
Geographic Information Embedding
Captured images are automatically embedded with the drone’s GPS coordinates and attitude data, generating output files with precise geo-tags. This greatly simplifies post-processing workflows and orthophoto generation.
AI-Assisted Decision-Making
The open SDK allows integration of third-party AI algorithms to realize automatic defect recognition, target tracking and more. It drives industrial drones to evolve from manual image review to intelligent diagnosis.
Conclusion
With endurance liberated by DC power supply, ultimate image quality empowered by the full-frame sensor, and high modular industrial adaptability, the Sony ILX-LR1 is reshaping the technical benchmark for industrial drone image acquisition. From power line patrols in mountainous areas to 3D urban reconstruction in bustling cities, the ILX-LR1 acts as a tireless aerial eye, empowering all industries to achieve efficiency leaps in digital transformation.
Ⅴ. On-Site Experience at 2026 Shenzhen UAV Exhibition
The Sony ILX-LR1 and matching control board solutions will be showcased at the 2026 Shenzhen International UAV Expo from May 21 to 23. Visitors can experience its real imaging performance on-site and explore its value in high-precision application scenarios.
Shenzhen UAV Exhibition Information
Time: May 21–23, 2026
Venue: Shenzhen Convention & Exhibition Center (Futian)
Booth: Hall 1, Booth 1C379