LiDAR technology company Seyond is showcasing a complete end-to-end sensor portfolio at CES 2026, emphasising deployment-ready technologies for automotive, robotics, and intelligent infrastructure applications.
The offering spans ultra-long-range, long-range, and fully solid-state LiDAR, enabling clients to source all perception requirements from a single supplier.
The company is highlighting flexible manufacturing and supply options, including select sensors produced at U.S.-based facilities and designed to meet BABA compliance standards, catering to customers in regulated or security-sensitive sectors.
A focal point of Seyond’s exhibition is the Hummingbird fully solid-state LiDAR series, featuring the Hummingbird D1 for automotive OEMs and the D1-R for robotics platforms. The D1 marks Seyond’s first fully solid-state LiDAR and is mass-production ready, having secured a world-first OEM design win.
The sensors employ a fully electronic scanning architecture, eliminating mechanical components to offer enhanced durability, reliability, and consistency. With a 140° × 100° field of view and compact form factor, Hummingbird enables high-resolution, real-time 3D perception and supports satellite architecture with raw data output for centralised processing.
Hummingbird complements Seyond’s broader portfolio, which also includes the Falcon K for ultra-long-range sensing, Robin E1X for long-range applications, and Robin W for mid-range coverage. By offering a full spectrum of LiDAR capabilities, Seyond allows customers to develop complete perception systems with a single partner, reducing integration complexity and accelerating time to market.
CES attendees will also be able to view live demonstrations of Robin E1X, the latest evolution of Seyond’s long-range LiDAR family, which delivers improved point Cloud quality and optimised performance for autonomous driving, smart cities, and industrial automation. Additionally, the company will present a customer’s autonomous logistics vehicle equipped with Robin W sensors, illustrating real-world applications in last-mile delivery and operational reliability.
