RoboSense E1R Solid-State Digital LiDAR for Robots,Fully Integrated 3D Perception,75m Range,Ultra-Wide FOV,Compact & Lightweight

Revolutionize Your Robot's Perception with the RoboSense E1RThe RoboSense E1R is the first fully solid-state digital LiDAR sensor specifically designed for robots. By eliminating moving parts, it offers unmatched reliability and durability for demanding commercial and industrial environments. This sensor provides the high-performance 3D perception needed for robots to navigate, localize, and avoid obstacles with precision.Key Technical Highlights: - Technology: Fully Solid-State Digital LiDAR - Detection Range: Up to 75m (with optional 8m accessory kit) - FOV: Ultra-Wide Field of View - Target Applications: Delivery robots, Autonomous Mobile Robots (AMRs), Inspection & Service RobotsWhat's Included (Device Only Model): - 1x RoboSense E1R Solid-State LiDAR Unit Optional Accessory Kits (Available Separately): - E1R + 3.5m Accessory Kit - E1R + 8m Accessory KitUpgrade your robot's sensing capability with the ultra-reliable, high-performance RoboSense E1R.

• FIRST FULLY SOLID-STATE DIGITAL LIDAR FOR ROBOTS: Revolutionary digital LiDAR technology with no moving parts, offering exceptional durability and reliability for commercial and industrial robotics applications.
• ULTRA-WIDE FIELD OF VIEW (FOV): Provides comprehensive 3D perception with an ultra-wide FOV, enabling robots to navigate complex environments with enhanced spatial awareness and obstacle detection.
• LONG DETECTION RANGE: Delivers reliable performance with up to 75m detection range (3.5m or 8m accessory kit available), suitable for various robotic platforms including delivery robots, autonomous mobile robots (AMRs), and inspection robots.
• FULLY INTEGRATED & EASY TO USE: Comes with lifetime customer support, hassle-free warranty, and optional accessory kits (3.5m/8m) for flexible integration into your robotic systems.
• COMPACT & LIGHTWEIGHT DESIGN: The RoboSense E1R features a space-saving, lightweight form factor, making it ideal for robotic platforms where size and weight are critical considerations.