Omnidirectional chassis with in-place rotation
Thanks to its ability to rotate in place, the omnidirectional chassis moves safely through narrow aisles and between shelves without requiring additional maneuvering space.
HUMANOID ROBOTS · GALILEO
Dual-arm mobile manipulation robot that can rotate in place
GALILEO SH1 is a mobile manipulator with dual arms and a holonomic chassis that can maneuver in tight spaces. It is designed for precise grasping and task execution, with extensive perception hardware and wrist force feedback.
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GALILEO SH1 is a mobile manipulation platform built on a chassis with two arms and omnidirectional movement. The chassis can rotate in place and move omnidirectionally, allowing it to operate between narrow shelves without requiring additional maneuvering space. Its comprehensive sensing layer includes dual cameras in the head, depth cameras and 6-axis force sensors in the wrists, four RGB cameras in the torso, and 3D lidar and eight ultrasonic sensors on the chassis. Force feedback ensures fragile components are held safely. The end effectors are modular and can be selected for the application, ranging from two-finger grippers to three- or five-finger dexterous hands. A single arm has a payload capacity of 5 kg. Its onboard computing unit supports running models locally with high-performance processing capacity (based on AGX Orin) and can be enhanced through software updates.
PRODUCT-SPECIFIC
Features compiled from source product information; evaluate according to the model and configuration.
Thanks to its ability to rotate in place, the omnidirectional chassis moves safely through narrow aisles and between shelves without requiring additional maneuvering space.
Multiple cameras, lidar, and ultrasonic sensors positioned in the head, wrists, torso, and chassis provide rich data for environmental perception and safe navigation.
The 6-axis force sensors in the wrists measure contact force, enabling delicate and fragile objects to be held safely.
Flexible task adaptation is enabled by interchangeable end effectors selected for the application, ranging from two-finger grippers to three-finger hands with or without touch sensors and five-finger dexterous hands.
Its high-performance computing unit is designed to run models locally and supports offline or online improvements as well as OTA updates.
SOURCED PRODUCT DATA
Values are taken from the source product page. Confirm the package, software, and accessory contents against the manufacturer's current documentation before ordering.
| Feature | Value |
|---|---|
| Dimensions (standing) | 1720 mm (standard standing height) |
| Weight | 80 kg |
| Arm payload | 5 (single arm) |
| Maximum speed | 1,5 m/s (chassis) |
| Battery | 100-240 V charging input |
| Operating time | Approximately 4 hours |
| Modes of movement | Omnidirectional wheeled chassis; in-place rotation |
| Degrees of freedom | 24 DoF |
| End effector | Options: 2-finger gripper, 3-finger dexterous hand (without touch sensors), 3-finger dexterous hand (with touch sensors), 5-finger dexterous hand |
| Sensors | Dual cameras in the head; 2 depth cameras and 2 6-axis force sensors in the wrists; 4 RGB cameras and 2 IMUs in the torso; 3D lidar, 8 ultrasonic sensors, and an IMU on the chassis |
| Processor | NVIDIA AGX Orin 64 GB, 275 TOPS |
| Software features | In-place rotation and omnidirectional movement; end-effector options: 2-finger gripper, 3-finger dexterous hand (with or without touch sensors), and 5-finger dexterous hand; 8 W speaker, 4-microphone linear array; Ethernet, Wi-Fi 6, Bluetooth 5.3; OTA updates and secondary development |
PRODUCT INFORMATION SOURCES
This catalog is intended to help explore product information. No commitments are made on behalf of Robotik Çözümler regarding stock, authorized dealers, pricing, warranty, or after-sales service terms.
FREQUENTLY ASKED QUESTIONS
A single arm has a payload capacity of 5 kg. The platform has a total of 24 degrees of freedom, and end effectors can be selected as needed.
Yes. The chassis can rotate in place and move omnidirectionally, so it requires no additional maneuvering space in narrow aisles or between shelves.
Yes. Its onboard high-performance computing unit is designed to support running models locally; software updates and development are supported.
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