SEYOND Robin E1X Mid Range General Purpose Lidar Sensor for ADAS

The SEYOND Robin E1X is a compact, power efficient, long range LiDAR designed for ADAS, autonomous driving, smart city infrastructure, highways, railways, ports, shipping, mining, and robotics. It is especially relevant for general purpose autonomy projects that need reliable mid to long range perception in a compact sensor body.

SEYOND Robin E1X is suitable for ADAS and autonomous driving because it combines up to 300 m detection range, 200 m detection at 10 percent reflectivity, 120° × 20° field of view, and low 6 W power consumption. This gives vehicle platforms a compact perception sensor for forward sensing and assisted driving use cases.

SEYOND Robin E1X provides up to 300 m detection range and around 200 m detection at 10 percent reflectivity. This positions it as a long range LiDAR suitable for forward perception in ADAS and autonomous driving systems.

Robin E1X is a more compact, lower power, general purpose LiDAR, while Falcon K is designed for ultra long range high performance sensing. Robin E1X combines long range capability with low power consumption and a compact form factor, making it suitable for scalable integration.

The 120° × 20° field of view gives Robin E1X a wide forward perception area for ADAS, autonomous driving, robotics, and smart infrastructure applications. This makes it useful where a system needs broader scene coverage than a narrow directional sensor, but does not require the ultra wide vertical coverage of Robin W.

Yes. Robin E1X has a slim form factor and can be integrated behind the windshield, in the headlight, grille, or front bumper. This makes it useful for vehicle platforms that need LiDAR perception without large external sensor housings.

The 6 W power consumption is important because low power LiDAR sensors are easier to integrate into vehicles, robots, and infrastructure systems with limited thermal and power budgets. It also supports more efficient and reliable operation in autonomous systems.

SEYOND Robin E1X uses a 940 nm Class 1 laser. This is important for ADAS and robotics pages because buyers often search for laser wavelength, eye safety class, and system integration requirements before selecting a LiDAR sensor.

Yes. SEYOND Robin E1X is suitable for ADAS, autonomous driving, smart city infrastructure, highways, railways, ports, shipping, mining, and robotics. This makes it relevant for both vehicle perception and infrastructure sensing applications such as traffic monitoring, logistics areas, ports, and industrial environments.

A team should choose SEYOND Robin E1X when it needs a compact, low power, long range LiDAR for ADAS, autonomous driving, robotics, smart infrastructure, highways, rail, ports, shipping, or mining. It is most relevant when the project needs strong range, 120° forward coverage, vehicle friendly integration, and mass production suitability in one sensor.