The Nissan 'Pitch-R' Makes Use of the Brand's ProPilot Technology
Michael Hemsworth — May 29, 2018 — Lifestyle
The Nissan 'Pitch-R' robot was unveiled by the brand at the 2018 UEFA Champion's League final as a piece of technology for use with finding the perfect place for a pitch to be set up.
The robot works by integrating a series of four cameras along with obstacle avoidance technology and GPS to scan the surrounding areas. This is used to find the perfect spot for a soccer pitch, which can be created in about 20 minutes with dissolvable white paint that is integrated into the robot's bottom portion.
The Nissan 'Pitch-R' robot is integrated with the brand's ProPilot feature and shows off the brand's capabilities as the same technology is also found in its most popular vehicles.
The robot works by integrating a series of four cameras along with obstacle avoidance technology and GPS to scan the surrounding areas. This is used to find the perfect spot for a soccer pitch, which can be created in about 20 minutes with dissolvable white paint that is integrated into the robot's bottom portion.
The Nissan 'Pitch-R' robot is integrated with the brand's ProPilot feature and shows off the brand's capabilities as the same technology is also found in its most popular vehicles.
Trend Themes
1. Automated Field Robots - The advent of pitch-locating robots provides an opportunity for innovative companies to introduce autonomous farming technologies.
2. Obstacle Avoidance Technologies - The implementation of obstacle detection and avoidance technologies represents a disruptive opportunity for industries that rely on automation.
3. Gps-enabled Drones - The development of more accurate and effective GPS drones presents an opportunity for companies to streamline their surveying capabilities.
Industry Implications
1. Sports and Entertainment - Nissan's pitch-locating technology could change the way sports fans experience live events by introducing more efficient stadium management.
2. Autonomous Vehicle Manufacturing - The integration of ProPilot technology in Nissan's Pitch-R robot highlights an opportunity for further innovation in the development of autonomous driving systems.
3. Agriculture and Farming - The implementation of pitch-locating robot technology showcases the potential for autonomous farming systems that can operate with a high level of accuracy and efficiency.
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