Leading outdoor vehicle manufacturer Polaris has taken advantage of the AUVSI Unmanned Systems show to showcase a high-tech robotic vehicle, dubbed the MRZR X, that is designed to assist infantry personnel away at war.
This robotic vehicle takes advantage of an included connected platform that allows it to be operated in a wide variety of autonomous modes depending on the need of the hour. For example, the vehicle can be programmed to lead or follow another vehicle, move fully autonomously, be controlled remotely or be controlled by a regular driver.
This wide range of operability systems, coupled with a rugged design that allows it to conquer tough terrain, makes the MRZR a veritable soldier on wheels for the military.
Ruggedly Robotic Vehicles
This Vehicle is Designed to Assist Infantry Personnel in War Zones
Trend Themes
1. Autonomous Vehicles - Advancements in autonomous vehicle technology allow for versatile operation and enhanced capabilities in military applications.
2. Connected Platforms - Integration of connected platforms enables seamless communication and control of robotic vehicles in various modes and scenarios.
3. Rugged Design - Incorporation of rugged design features enhances the durability and adaptability of robotic vehicles, making them suitable for use in challenging terrains.
Industry Implications
1. Military Technology - The MRZR X presents opportunities for disruptive innovation in military technology by combining advanced robotics with autonomous and connected capabilities.
2. Automotive Manufacturing - The development of robotic vehicles like MRZR X opens up possibilities for innovation in automotive manufacturing, specifically in the production of rugged, durable vehicles for off-road applications.
3. Defense and Security - The use of robotic vehicles such as the MRZR X offers disruptive innovation opportunities in the defense and security sector, enabling enhanced mobility and support for infantry personnel in war zones.