The Volvo Autonomous Carrier Increases Useable Space
Michael Hemsworth — May 22, 2017 — Autos
References: yankodesign
More aspects of the modern supply chain are going in the direction of autonomous technology, so the Volvo Autonomous Carrier comes as a logical solution that could be willed from concept to creation in due time. Designed by Kaan Karagöz, the vehicle boasts the ability to increase the amount of useable space on the design and decrease the amount of wear that is experienced during trips.
The Volvo Autonomous Carrier features wheel sections that shift away from the main body and enable enhanced maneuvering capabilities in order to better make its way down the road. The vehicle also features no cabin for a driver as the autonomous capabilities eliminate the need for such an area, which in turn offers more space for goods to be stored.
The Volvo Autonomous Carrier features wheel sections that shift away from the main body and enable enhanced maneuvering capabilities in order to better make its way down the road. The vehicle also features no cabin for a driver as the autonomous capabilities eliminate the need for such an area, which in turn offers more space for goods to be stored.
Trend Themes
1. Autonomous Technology in Supply Chain - The Volvo Autonomous Carrier showcases the growing trend of incorporating autonomous technology into the supply chain, presenting opportunities for further automation and efficiency.
2. Enhanced Maneuvering Capabilities - The shifting wheel sections of the Volvo Autonomous Carrier highlight the trend of developing vehicles with enhanced maneuverability, opening up possibilities for improved navigation and control in various industries.
3. Space Optimization in Autonomous Vehicles - The design of the Volvo Autonomous Carrier, with its lack of driver's cabin and increased storage space, points to a trend in optimizing space utilization within autonomous vehicles, allowing for greater transportation efficiency and capacity.
Industry Implications
1. Supply Chain and Logistics - The Volvo Autonomous Carrier aligns with the needs of the supply chain and logistics industry, presenting disruptive innovation opportunities in autonomous delivery, inventory management, and warehouse operations.
2. Automotive and Transportation - The concept of shifting wheel sections for enhanced maneuvering in the Volvo Autonomous Carrier could have applications in the automotive and transportation industry, paving the way for more agile and adaptable vehicles.
3. Autonomous Vehicle Technology - The space optimization features of the Volvo Autonomous Carrier indicate potential disruption in the autonomous vehicle technology industry, with opportunities for developing more efficient and versatile vehicles for various applications.
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