The GoPal moves pallets from A to B. The prime example would be moving pallets containing finished product(s) from the end of the production line to storage. In a complex delivery application, the GoPal moves pallets from A to B, C or D. The main example of a complex delivery application would be moving pallets to their correct destination from a machine that outputs several different types of product. 

The GoPal uses GoPal Pallet Stations to load and unload a pallet. The GoPal Pallet Station is designed for GoPal to park under the pallet and then lift the pallet off the Station and onto the GoPal itself.
Depending on the transport need the GoPal solution is configured with a number of GoPal Pallet Stations as pick-up, delivery or transit points. The GoPal Pallet Stations can be delivered in different configurations, standalone or with interface to a conveyer belt. 

GoPal

The GoPal moves pallets from A to B. The prime example would be moving pallets containing finished product(s) from the end of the production line to storage. In a complex delivery application, the GoPal moves pallets from A to B, C or D. The main example of a complex delivery application would be moving pallets to their correct destination from a machine that outputs several different types of product.&nbsp;The GoPal uses GoPal Pallet Stations to load and unload a pallet. The GoPal Pallet Station is designed for GoPal to park under the pallet and then lift the pallet off the Station and onto the GoPal itself. Depending on the transport need the GoPal solution is configured with a number of GoPal Pallet Stations as pick-up, delivery or transit points. The GoPal Pallet Stations can be delivered in different configurations, standalone or with interface to a conveyer belt.&nbsp;GoPal uses modern LiFePO&nbsp;battery technology, which allows for both fast and partial charging – without costly employee involvement and installation of ventilated charging stations. Robots are charged automatically when it best fits their work scheduleData on all aspects of both individual robot and system performance is collected and logged in the GoControl computer for use in connection with future optimisation, troubleshooting and servicing. This extensive data collection provides invaluable insight into the current state of your company’s internal transport and its future needs.

Contains more specifications of the GoPal robot

GoPal Datasheet

Length 

Width 

Height

Lifting capabilities

Robot weight

Maximum speed

Turning radius

Safety

Obstacle avoidance sensor

Battery time

Battery type

Battery charge time

Connection

Maximum payload

The GoPal is a mobile robot (Self Driving Vehicle) that allows you to automate transport of EUR-pallets on its own.  

Length	1400	mm
Width	860	mm
Height	315	mm
Lifting capabilities	160	mm
Robot weight	175	kg
Maximum speed	2,4	m/s