ANT USE CASE
CONSTRUCTION YARDS
ANT Robots offer remote walk-byAn operator walks near the ANT Yard Robot, controlling its movements directly on-site for relatively low-intensity operations. and teleoperationalAn operator remotely controls one or multiple ANT Yard Robots from a distant location, ensuring safe and efficient yard operations without being physically present. solutions to handle material and equipment relocation, reducing manual labour and enhancing operational safety.
The ANT Yard Robot can be remotely operated to transport materials and equipment across the yard, eliminating the need for workers to be in hazardous proximity to heavy machinery. It can also be teleoperated to manage repetitive tasks, ensuring precise and timely deliveries of materials to various construction sites.
- Increased operational efficiency by automating repetitive tasks.
- Enhanced safety by minimizing worker interaction with heavy machinery.
- Reduced labour costs and downtime.
- Improved adherence to environmental standards with emissions-free operations.
- Greater flexibility in workforce allocation, allowing skilled workers to focus on more complex tasks.
- Lower risk of accidents and associated costs.
- Enhanced productivity through seamless integration with existing workflows.
ANT USE CASES
OTHER ANT USE CASES
Intermodal terminals
Streamline container transfers between rail, road, and sea with ANT Yard Robots, improving efficiency, reducing manual handling, and cutting CO2 emissions for a greener and more effective terminal operation.
Logistic hubs & warehouses
Optimise loading and unloading processes in logistics hubs with ANT Yard Robots, reducing idle times, enhancing operational capacity, and ensuring safer, more efficient goods handling.
Factories
ANT Yard Robots ensure continuous goods movement across factory premises, optimising operations, reducing manual labour needs, and cutting down on emissions for a more efficient and sustainable operation.
Cargo ports
Cargo ports have multiple, repetitive and time-sensitive container movements that can benefit from improved operational efficiency to increase capacity, save on costs and generate greater profits.
