Since it’s becoming quite apparent that robots can do just about everything better than humans, we might as well use them to test drive vehicles (close, but no cigar).
Flossie the robot is actually a test driver for Castrol. Now, although Flossie can’t take to the streets for some real racing, he does have a built-in learning system that allows him to quickly adapt to any stationary bike. This would include the clutch drag, gear shifting and throttle response (I can’t even adapt to those).
Flossie’s purpose is to help Castrol properly and effectively evaluate their lubricants on the vehicles. You’re doing a fine job Flossie!
Motorcycle Riding Robots
Flossie is a ‘Bot Used as a Bike Tester for Castrol
Trend Themes
1. Robot Test Drivers - Opportunity for companies to develop robots that can test drive vehicles and evaluate performance.
2. Adaptive Learning Systems - Opportunity to create learning systems for robots that can quickly adapt to different vehicles and their functionalities.
3. Robotic Evaluation Tools - Opportunity to design robots that can accurately evaluate and measure the effectiveness of lubricants on vehicles.
Industry Implications
1. Automotive - Automotive companies can explore the use of robot test drivers to enhance vehicle testing and evaluation.
2. Robotics - Robotics industry has the potential to develop adaptive learning systems for robots that can easily adapt and learn vehicle functionalities.
3. Lubricants - Lubricant manufacturers can benefit from using robotic evaluation tools to improve the assessment and effectiveness of their products on vehicles.