AeroGo Silverback Air Cushion Vehicles (AVs) are an ideal solution for moving heavy loads in assembly lines and components such as transformers, pressure vessels and storage casks. The Silverback series of Air Cushion Vehicles feature heavy-duty steel construction, modular componentry and a flat loading deck, ensuring your AV will withstand years of repeated production use.
Automatic Height Control System compensates for different load weights and center of gravity positions
Steerable Power Drives for traction and stability in all direction
Radio Remote Control for system power, emergency stop, drive speed, steering mode and direction
Support Skid allows AV to be shared with multiple loads
Electrically Controlled Hose Reel integrated to system; remote controlled
Scalable: two or more AVs can be linked together to expand total load capacity
Low profile operation eliminates dangerous overhead moves
Minimal transport height eliminates dropped load concerns
Advanced suspension drives ensure traction over variable surfaces
AeroGo Silverback Air Cushion Vehicles (AVs) are an ideal solution for moving heavy loads in assembly lines and components such as transformers, pressure vessels and storage casks. The Silverback series of Air Cushion Vehicles feature heavy-duty steel construction, modular componentry and a flat loading deck, ensuring your AV will withstand years of repeated production use.
- Automatic Height Control System compensates for different load weights and center of gravity positions
- Steerable Power Drives for traction and stability in all direction
- Radio Remote Control for system power, emergency stop, drive speed, steering mode and direction
- Support Skid allows AV to be shared with multiple loads
- Electrically Controlled Hose Reel integrated to system; remote controlled
- Scalable: two or more AVs can be linked together to expand total load capacity
- Low profile operation eliminates dangerous overhead moves
- Minimal transport height eliminates dropped load concerns
- Advanced suspension drives ensure traction over variable surfaces
