Key Features

  • 100% solid-state design
  • Fanless IP67 enclosure
  • Best-in-class shock and vibration resistance
  • Wide operating temperature range
  • Impact-resistant windows
  • Automotive-grade connectors

 

Leddar Pixell Detects and Protects

Introducing the Leddar Pixell, a 3D flash LiDAR with 180-degree field of view specifically designed for ADAS and autonomous driving applications. The Leddar Pixell provides highly reliable detection of pedestrians, cyclists, and other obstacles in the vehicle’s vicinity and is ideal for use in perception platforms that are meant to ensure the safety and protection of vulnerable road users (VRUs).

The robust, solid-state Pixell compensates for the limitations of mechanical scanning LiDARs used for geopositioning which generate blind areas that can reach several meters. The Pixell enables a comprehensive detection “cocoon” that surrounds the vehicle to provide complete blind spot coverage without dead zone in the illuminated field of view.

Leddar Pixell has already been adopted by leading autonomous vehicle providers in North America and Europe and is available today for commercial deployments. In 2020, the Pixell has been recognized as a CES Innovation Award Honoree and has received the “Outstanding & Innovative Product Award” by the Shenzhen Automotive Electronics Industry Association.

The Most Robust LiDAR on the Market!

    Designed from the ground up for operation in the harshest mobility environments, the heavy-duty Leddar Pixell outperforms all other LiDAR solutions on the market today. Our sensor underwent a battery of independent lab tests and complies with demanding industry standards for resistance to shock, vibration, and dust. The robust Leddar Pixell LiDAR delivers superior lifespan and reliability for your ADAS/AD application.

Successfully Tested Against Key Industry Requirements

 

“Safety is our priority, and that is why we use the Leddar Pixell. With more than a decade of experience building LiDAR sensors, LeddarTech is the perfect partner for us and has consistently shown it could exceed our expectations.”

Pierre Lefevre, Chief Technology Officer, COAST Autonomous

 

From On-Road to Off-Road Applications

Deployments of detection systems on any type of vehicle require highly durable technologies to ensure high MTBF and to minimize downtime and operational expenditures, all the while ensuring reliable and secure vehicle operation.

Based on a robust, 100% solid-state LiDAR design, the heavy-duty Leddar Pixell LiDAR delivers superior lifespan, which makes it ideally suited for ADAS and autonomous vehicle deployments in any operating domain, including public transit, commercial delivery, long-haul trucking, construction, mining, and military.

The Pixell uniquely answers the needs for comprehensive detection and ranging systems in vehicles transiting at inner-city speed and performing frequent stop-and-go operations such as autonomous shuttles, delivery vehicles, or robotaxis. The Pixell also provides a highly efficient detection solution to cover blind spots and to enable automation on large commercial vehicles such as trucks and buses as well as on off-road vehicles of any size.

 

Related Information

COAST Autonomous Optimizes Vehicle Safety with Cocoon LiDARs

PRESS RELEASE – Coast selects LeddarTech’s solid-state LiDAR technology as the most reliable solution to achieve maximum safety levels for its self-driving vehicles.

Learn more

Leddar Pixell Receives the Outstanding & Innovative Product Award from the Shenzhen Automotive Electronics Industry Association

PRESS RELEASE- This prestigious award is focused on products impacting China’s automotive industry. Over the years the award has garnered a reputation of trust in the Chinese automotive industry due to its stringent assessment process and world-class expert judging panels.

Learn more

3D Flash LiDAR for Collision Avoidance in Commercial and Industrial Vehicles

APPLICATION NOTE- Solid-state LiDAR sensors improve spatial awareness and obstacle detection up to 360° around the vehicle and contribute to the efficient detection and location of pedestrians and cyclists when drivers, operators, or other detection systems fall short.

Access the app note