The 'VKTOR' autonomous farming vehicle has been designed by Alessandro Pennese as a multifunctional solution for farmers to help them maximize their capabilities when working the land. The vehicle boasts caterpillar tracks instead of wheels to reduce overall pressure on the ground, which also helps it to traverse over a range of different landscapes. The vehicle is powered by a single central track with a wheel motor, and is suitable for shifting goods, tilling the land and much more.
The 'VKTOR' autonomous farming vehicle identifies how farming will change in the near-future as we shift towards advanced technology to make the processes easier on farmers. The vehicle also prioritizes enhanced agility to help reduce the need for multiple models in favor of modularity.
Automated Multipurpose Farming Vehicles
The 'VKTOR' Autonomous Farming Vehicle is Advanced
Trend Themes
1. Advanced Technology in Farming - The 'VKTOR' autonomous farming vehicle identifies how farming will change in the near-future as we shift towards advanced technology.
2. Enhanced Agility for Farming Vehicles - The 'VKTOR' autonomous farming vehicle prioritizes enhanced agility to help reduce the need for multiple models in favor of modularity.
3. Multifunctional Farming Solutions - The 'VKTOR' autonomous farming vehicle is a multifunctional solution for farmers to help them maximize their capabilities when working the land.
Industry Implications
1. Agriculture - The 'VKTOR' autonomous farming vehicle will disrupt the agriculture industry by leveraging advanced technology and offering multifunctional capabilities.
2. Automotive - The 'VKTOR' autonomous farming vehicle has the potential to disrupt the automotive industry by introducing enhanced agility features and modular design in farming vehicles.
3. Technology - The 'VKTOR' autonomous farming vehicle showcases the integration of advanced technology in the farming industry, opening up opportunities for innovation and disruption.