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Gino 1

Gino 1

Warehouse humanoid robot designed for picking, packing anf box handling using AI-powered vision and dexterous arm to automate complex logistics operations.
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Specifications
Dev Doc
Website
Data verified by manufacturer
Made by
Software Type
Closed Source
Software Package
Uses the Geek+ Brain Embodied Intelligence Platform.
Aparobot Readiness Score
ARS?
0
...
Report
Actuators
Compiute
Sensors
Uses proprietary LiDAR.
Max Op. time
mins
In Development
China
Humanoid

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Robot Brief

Gino 1 is a humanoid warehouse robot developed by Geek+, a global logistics automation company specializing in warehouse robotics. The robot was designed specifically to automate complex manual tasks in warehouses such as picking, packing, and box handling, operations that remain difficult to automate even in highly automated facilities. Built around Geek+’s embodied intelligence platform called Geek+ Brain, Gino 1 integrates vision, language, and action models trained on years of warehouse operational data and simulation environments. The robot features dexterous hands, dual robotic arms, and multi-eye vision systems that enable human-like manipulation and perception in logistics environments. Its development aims to bridge the automation gap between mobile robots that transport goods and the flexible manual work still performed by human warehouse workers.

Use Cases

  • Box Handling:
    Picks up, carries, and positions cartons or packages for shipping or sorting.
  • Packing Operations:
    Places items into shipping containers and prepares packages for fulfillment.
  • Inventory Inspection:
    Uses cameras and sensors to monitor stock levels and verify warehouse operations.
  • Flexible Warehouse Task Automation:
    Performs multiple types of manual logistics tasks traditionally handled by workers.

Industries

  • Logistics:
    Automates handling, sorting, and packaging processes in distribution centers.
  • Warehousing:
    Performs flexible warehouse tasks that AMRs and conveyors cannot handle.
  • E-commerce Fulfillment:
    Supports high-SKU order fulfillment environments requiring flexible picking.
  • Retail Distribution:
    Helps manage large volumes of inventory in retail distribution hubs.
  • 3PL (Third-Party Logistics):
    Enables scalable automation in contract logistics warehouses.

Specifications

Length
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mm
Width
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mm
Height (ResT)
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Height (Stand)
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mm
Height (Min)
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mm
Height (Max)
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mm
Weight (With Batt.)
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kg
Weight (NO Batt.)
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kg
Max Step Height
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mm
Max Slope
+/-
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°
Op. Temp (min)
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°C
Op. Temp (Max)
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°C
Ingress Rating
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Intro

Gino 1 is a warehouse-native humanoid robot developed by Geek+ to automate manual operations within logistics facilities. Unlike general-purpose humanoid robots, the system is purpose-built for warehouse environments and trained on large datasets derived from real-world logistics operations. Its embodied intelligence system, Geek+ Brain, uses a VLA architecture combined with simulation training to coordinate perception, planning, and manipulation tasks.

Physically, the robot stands approximately 1680 mm tall and weighs about 63 kg. It features dual robotic arms with seven degrees of freedom each and dexterous three-finger hands designed for precise grasping of packages and irregular items. The robot integrates multi-eye vision cameras and LiDAR sensors to provide spatial awareness and navigation capabilities inside warehouse environments.

Gino 1 also includes a wheeled omnidirectional base for efficient movement across warehouse floors, allowing it to travel quickly between picking stations and storage areas. With a battery system capable of extended operation and wireless fast charging technology, the robot is designed for continuous industrial workflows and scalable deployment alongside Geek+’s existing AMR fleets and warehouse management systems.

Connectivity

Capabilities

  • Autonomous Warehouse Navigation:
    Uses LiDAR and vision systems to navigate warehouse aisles safely.
  • Dexterous Object Manipulation:
    Three-finger robotic hands with tactile sensing allow handling of various packages.
  • Force-Controlled Arm Manipulation:
    Dual arms with force control enable stable lifting and safe interaction with objects.
  • Multi-Robot Collaboration:
    Works alongside Geek+ AMR fleets and robotic picking stations.
  • Warehouse Workflow Integration:
    Connects with warehouse management systems to coordinate logistics operations.