The Aeries 2 4D LiDAR is designed with auto-grade reliability to allow the next phase of autonomy across different industrial, automotive, and many more applications. The sensor has a  frequency modulated continuous wave technology and the LiDAR-on-chip module construction to detect 4D dimensions of instantaneous velocity for every point in addition to three-dimensional position. This advanced 4D perception technology powers groundbreaking features such as ultra and localization resolutions camera level photo up to 20 times the resolution of legacy 4D LiDAR detectors.

Features of Aeries 2 4D LiDAR

  • Camera level ultra-resolution
  • Delivers a real-time camera photo with 1000 lines in every frame on motion blur for a static scene
  • The instant velocity with ultra-long-range
  • Aeva’s futuristic 4D LiDAR distinctively measures velocity for every pixel on top of the 3D position, letting automatic cars and machinery know where objects are and how quick they are moving

LiDAR-on-Chip Technology

This revolutionary design gets rid of fiber optics and integrates all LiDAR components onto silicon photonics in one compact module for scalable and reliable production.

Automotive-Grade Reliability

The technology features automotive-grade ratings for ingress, shock and vibration, impact, thermal to offer peak performance across a range of environment and road conditions.

What Makes 4D LiDAR the Best Technology?

Designed for Versatility

The device comes with a compact design that supports a broad range of integration alternatives, with real-time configurable maximum ranges scan patterns to allow a collection of autonomous applications.

Instant Velocity Detection with Ultra Long Range Performance

Using the FMCW 4D technology, the Aeries 2 4d lidar delivers cutting-edge performance by measuring the velocity of every point with a centimeter per second precision. It delivers 4 million raw points per second, a maximum field of view and a maximum detection range of 500 meters. Aeries 2 hold unique benefits that allow cars and industrial machinery to operate at a high level of automation across a range of conditions. This include:

Removal of retroreflector ghosting and blooming from reflective things such as roadway markings, street signs and guaranteeing optimal performance in complicated road surroundings where reflective markers and signs affect the performance of LiDAR sensors.

They have improved their ability to see through airborne particulates such as dust, rain, fog and snow, delivering improved sensor performance across a wide range of environmental conditions.

Freedom from interference from different detectors such as Aeva sensors offers a clear perception when running near other LiDAR-equipment cars.

Freedom from interference from sunlight when it’s in the sensor’s field of view, guaranteeing detector performance across a broad range of lighting conditions.

Top-rated LiDAR on-Chip Technology

Aeva’s innovative LiDAR-on-Chip construction eliminates fiber optics and puts all components such as transmitters, optics, and receivers onto the silicon photonic chips in a compact design. The design allows the manufacturing procedure to be wholly automated, letting Aeva scale up production of Aeries 2 to meet the detection requirements of a broad variety of autonomous applications at mass scales.

Automotive-Grade Reliability

Aeries 2 4d lidar is designed for dependability with automotive grade ratings to offer high performance in a wide variety of environmental and road conditions. Strong IKO7 impact and IP67 ratings protect the detector from dust and water. Additionally, it is created to meet the dependability needs of ISO 16750 standards to guarantee durability in the entire operation.

Built for Versatility

Its compact construction is 75 percent smaller than the preceding model, allowing for a wide range of sensor integration points in non-automotive and automotive applications. Aeries 2 4d lidar is ideal for real-time software configurable field of views. Additionally, its scanning patterns and maximum detecting ranges provide optimal performance across different autonomous applications such as assisted and autonomous driving for trucks, cars and mobility. It also works for non-automotive applications such as industrial automation, smart infrastructure and warehouse automation. Aeries 2 is one of the world’s innovative and first 4D LiDAR sensors with camera-level resolution. It features unmatched abilities created from the ground up to allow the futuristic generation of autonomy.