FAQ

Simply use a toe jack to lift each side of the load of approximatively 5 inches.

Despite the compactness of the Foxtrot products, the directly supported load produces a lot of traction. Since each wheel of the Solo robots is driven, they can overcome cracks of more than 1” and go over plates of 1/4”.

Fully loaded, our robots are designed to climb slopes of 5%. Our servomotors make sure to keep the load in place even when stopped. On a slope, we always recommend securing the load with chains.

The battery level is constantly indicated on the controller’s display. If you run out of batteries, the side access door allows you to replace the battery even under the load.

Our wheels are custom designed to provide high load capacity and traction without leaving marks on the ground.

Our engineers will be happy to adapt our robots to your use. We also have several accessories available to facilitate the transport of containers, transformers, jigs, cylinders, etc.

The use of 3 support points is safer than 4 support points since this configuration ensures that there is always weight on each support point. The use of 4 support points has caused many rollovers. It is easy to imagine this problem by comparing it to the lack of levelness of the chair legs.

For narrow loads with a high center of gravity like transformers, we recommend the use of our P10 and P20 platforms. Their fixing rings allow you to securely fix your loads.

The industrial remote control with secure communication protocols between the robot and the emergency stop allows you to use the robot at a maximum distance of 500 m.