Ford Expands Autonomous Test Fleet, Adds Next-Generation Lidar
Ford Motor Co. plans to triple its fleet of fully autonomous test vehicles this year with the addition of 20 third-generation models based on the carmaker’s Fusion hybrid sedan.
#hybrid
Ford Motor Co. plans to triple its fleet of fully autonomous test vehicles this year with the addition of 20 third-generation models based on the carmaker’s Fusion hybrid sedan.
The new vehicles will feature more advanced software algorithms and hardware, including upgraded lidar sensors, according to the carmaker. They also will include duplicate wiring to provide backup for electric power, steering and brake functions if needed.
The new solid-state lidar sensors, supplied by Silicon Valley-based Velodyne Inc., are smaller, lighter and more powerful than previous units, Ford says. This allows the company to use only two lidar sensors on the new Fusion self-driving vehicles compared with four on previous models.
The new sensors are about the size and shape of a hockey puck. They are compact enough to fit into side rearview mirror housings and have a range of about 650 ft. Ford says their input will help the self-driving Fusions create a precise real-time, high-definition 3-D image of the surrounding environment to better handle a wide range of driving variables.
Ford has been evaluating driverless vehicles on private and public roads for several years in Michigan and Arizona. It will begin testing such cars in California later this year.
RELATED CONTENT
-
Robotic Exoskeleton Amplifies Human Strength
The Sarcos Guardian XO Max full-body, all-electric exoskeleton features strength amplification of up to 20 to 1, making 200 pounds—the suit’s upper limit—feel like 10 pounds for the user.
-
Increasing Use of Structural Adhesives in Automotive
Can you glue a car together? Frank Billotto of DuPont Transportation & Industrial discusses the major role structural adhesives can play in vehicle assembly.
-
GM Develops a New Electrical Platform
GM engineers create a better electrical architecture that can handle the ever-increasing needs of vehicle systems