Wonik Robotics WR600LF

Overview

The Wonik Robotics WR600LF is an autonomous mobile robot (AMR) configured for pallet handling. It combines a pallet lift loading method with a 100 mm stroke, a differential drive system, and a rated payload of 600 kg, positioning it as a platform for moving palletized loads within indoor facilities.

The platform reaches a maximum speed of 1 m/sec and an average speed of about 0.7 m/sec, with an operating time of about 12 hours per charge cycle. Power comes from a detachable Li-ion battery rated at DC50V / 50Ah, supported by both automatic and manual charging methods, including an automatic sliding-type charging approach. Communication is provided over Wi-Fi at 2.4 GHz and 5 GHz with an external patch antenna, and LTE/5G connectivity is listed as an optional support item.

Design

The WR600LF measures 950 x 1,310 x 310 mm (W x L x H) with the lift module included. The low 310 mm height profile reflects the unit's role: the robot is intended to position itself in relation to a pallet and then use its lift mechanism, with a 100 mm stroke, to raise the load for transport. Keeping the chassis compact and low helps the robot work with palletized goods and navigate around a facility floor.

Locomotion uses a differential drive arrangement, in which two independently driven wheels control both propulsion and steering. The driving wheels are urethane, approximately 6 inches (15 cm) in size, and are supplemented by additional sub wheels that support the chassis.

The battery is described as detachable, which means the Li-ion pack can be separated from the robot rather than being permanently integrated. Combined with the automatic sliding-type charging method and the stated manual charging option, this gives operators more than one way to manage energy replenishment within a shift structure.

Specifications

The table below summarizes the manufacturer-listed specifications for the WR600LF.

Operational Considerations

Two accuracy figures are listed for the WR600LF, and they describe different behaviors. Stop accuracy of ± 30 mm refers to how closely the robot halts relative to a target position during general operation. Docking accuracy of ± 10 mm applies specifically when the robot docks with the aid of a QR code reference. The tighter docking tolerance matters for tasks where the robot must align precisely, such as engaging a pallet or interfacing with a fixed station, while the stop accuracy figure is the more general positioning tolerance.

Energy management is shaped by three listed characteristics: an operating time of about 12 hours, a charging time of about 2 to 2.5 hours, and a detachable DC50V / 50Ah Li-ion battery. Because the stated figures are approximate, actual runtimes and charging durations in a given deployment will depend on usage conditions.

Connectivity should also be planned at the facility level. The robot communicates over Wi-Fi at 2.4 GHz and 5 GHz using an external patch antenna, so consistent wireless coverage across the robot's working area supports uninterrupted communication. LTE/5G is an optional support item rather than a standard feature, which may be relevant for sites considering cellular connectivity alongside or instead of facility Wi-Fi.

This affects how routes can be defined and revised: changes to travel paths are a matter of mapping and configuration rather than physical modification of the floor.

Applications

The WR600LF's pallet lift configuration and 600 kg payload orient it toward the internal movement of palletized goods. Typical contexts for this class of robot include transferring pallets between storage, staging, and processing areas inside warehouses and production facilities.

The combination of a 1 m/sec maximum speed and an average speed of about 0.7 m/sec suits repetitive point-to-point transport tasks, while the approximately 12-hour operating time aligns with extended work periods between charges. QR-code-assisted docking at ± 10 mm supports workflows where the robot must repeatedly align with defined pickup and drop-off positions.

FAQ

What payload is the WR600LF rated for?

The WR600LF is rated for a payload of 600 kg, handled through its pallet lift loading method with a 100 mm stroke.

How does the WR600LF navigate?

It uses SLAM navigation, in which the robot localizes itself against a map of the environment.

What is the difference between stop accuracy and docking accuracy?

Stop accuracy, listed at ± 30 mm, is the general tolerance for how closely the robot halts at a target position. Docking accuracy, listed at ± 10 mm, applies when the robot docks using a QR code reference and is the tighter of the two tolerances.

How is the WR600LF charged?

The robot supports both automatic and manual charging methods, and its battery charging method is described as automatic sliding-type charging. The Li-ion battery, rated DC50V / 50Ah, is detachable. Charging time is listed as about 2 to 2.5 hours.

How long does the WR600LF operate per charge?

The listed operating time is about 12 hours. As an approximate figure, actual duration will vary with workload and operating conditions.

Does the WR600LF include cellular connectivity?

Standard communication is Wi-Fi at 2.4 GHz and 5 GHz with an external patch antenna. LTE/5G is listed as optional support, not as a standard feature.

Summary

The Wonik Robotics WR600LF is a SLAM-navigated autonomous mobile robot built around a 100 mm stroke pallet lift and a 600 kg payload rating. With differential drive, a 1 m/sec maximum speed, about 12 hours of operating time, a detachable DC50V / 50Ah Li-ion battery with automatic sliding-type charging, and dual-band Wi-Fi with optional LTE/5G, it is configured for repeatable pallet transport tasks in indoor facilities, supported by ± 30 mm stop accuracy and ± 10 mm QR-code docking accuracy.

Request a quotation to confirm configuration, pricing and availability. Catalog stock status is not confirmation of physical inventory or immediate shipment.