OPAL Performance Series Conical Specification Sheet
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Obscurant penetrating LiDAR for harsh environments The new OPAL™ Performance Series 3D LiDAR Introducing the completely redesigned OPAL™ 3D LiDAR scanner from Neptec Technologies. The OPAL™ is one of the most powerful and versatile 3D LiDAR sensors, and features optimized perception capabilities for detecting small targets at range. OPAL™ scanners are fully compatible with the 3DRi™ Software Development Kit (SDK), a library of proprietary algorithms for developing applications for Object Detection, Tracking, and Classification. OPAL™ incorporates the latest innovations in laser optics and intelligent 3D processing to deliver an unprecedented combination of range, data density, and acquisition speed in a rugged, all-weather package. Designed for real-world, mission-critical autonomy applications INNOVATIVE OBSCURANT PENETRATING Unparalleled performance in dust, smoke, rain and fog Advanced laser optics and 3D processing in a size, weight and power optimized package HIGH RESOLUTION Reliable low-reflectivity target detection in real-world scenarios 300,000 points per second (single return mode) LONG RANGE Integrated GigE switch and port for GPS/INS Superior range performance up to 1,000 m USER FRIENDLY -40°C to +55°C operating temperature, resistant to shock and vibration, with a sapphire glass window and certified to IP67 Intuitive 3DRi™ software tools for rapid application development

Performance Series with Conical Field of View 1 Performance in obscurants is dependent on obscurant type and density, laser pulse energy, and target characteristics. Please contact NTCSupport@neptec.com to discuss your specific requirements. 2 Achievable maximum range is dependent on target size, reflectivity, angle of incidence, and PRF, measured at the centre of the FOV in clear atmospheric conditions. 3 Accuracy is the degree of conformity of a measured quantity compared to its actual (true) value. 4 Some distortion effects at the edge of the FOV may impact accuracy as follows: <2.5 cm...