Fully autonomous turnkey intra-logistics solutions to facilitate seamless operations for warehouses across all market sectors.

Warehouse Management System

Autonomous Pallet Truck

Autonomous Forklift

Autonomous VNA Truck

Autonomous Tow Tractor

Autonomous Pallet Stacker

Warehouse Management System

STROBO’s highly customisable Warehouse Management System (WMS) is able to interface with existing enterprise resource planning systems and various automation equipment at the warehouse control/robotics management system supervisory level. It caters to a full range of warehouse applications - from receiving, putaway, picking and replenishment to value-added services and dispatch - allowing for greater inventory control and system optimisation.

Autonomous Pallet Truck

KEY FEATURES

  • Suitable for indoor and outdoor operations
  • Collision detection and avoidance
  • Advanced pallet detection and recognition capability
  • Interfaces with Warehouse Management System for seamless operation

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Autonomous Pallet Truck Back

TECHNICAL SPECIFICATIONS
Payload kg 2000
Service Weight (Including Battery) kg 500
Dimensions(LxWxH) mm 1890 x 750 x 1900
Fork Size(LxWxH) mm 1125 x 180 x 50
Fork Spread (Width over forks) mm 690
Fork Lowered Height mm 85
Fork Lifted Height mm 195
Walking Speed kph 6
Gradaliblity % 8
Turning Radius mm 1650
Operating Noise Level dBA 75
Motor Controller Type Low Voltage AC
Voltage V 24
Battery Capacity VAH 110
Change Time (24V30A Charger) Hr 4
Change Time (24V90A Charger) Hr 1.5

Autonomous Forklift

KEY FEATURES

  • Suitable for both indoor and outdoor operations, across different terrains
  • Move and stack goods on demand, or pre-schedule in real-time
  • Interfaces with Warehouse Management System for seamless operation

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Autonomous Forklift Back

TECHNICAL SPECIFICATIONS
Payload kg 2000
Service Weight (Including Battery) kg 3620
Dimensions(LxWxH) mm 3500 x 1220 x 2195
Fork Size(LxWxH) mm 1070 x 100 x 40
Fork Spread (Width over forks) mm Movable
Fork Lowered Height mm 50
Fork Lifted Height mm 3000
Walking Speed kph 15
Gradaliblity % 15
Turning Radius mm 2020
Operating Noise Level dBA 75
Motor Controller Type Low Voltage AC
Voltage V 80
Battery Capacity VAH 270
Change Time (24V30A Charger) Hr 8
Change Time (24V90A Charger) Hr 3

Autonomous VNA Truck

KEY FEATURES

  • Advanced lifting system that autonomously picks and stacks at heights of up to 14m
  • Able to operate in tight spaces
  • Automatic alignment into aisle via laser SLAM navigation
  • Interfaces with Warehouse Management System for seamless operation

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Autonomous Tow Tractor

KEY FEATURES

  • Suitable for outdoor operations
  • Collision detection and avoidance
  • Interfaces with Warehouse Management System for seamless operation

 

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Autonomous Pallet Stacker

KEY FEATURES

  • LIDAR SLAM technology for accurate localisation and dynamic path planning for navigation within warehouse aisle
  • Collision detection and avoidance
  • Advanced pallet detection and recognition capability
  • Pallet stacking from ground to shelf racks
  • Autonomous battery charging 
  • Robotic Management System for task scheduling and on-demand operation

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Autonomous Pallet Stacker Back

TECHNICAL SPECIFICATIONS
Payload kg 1400
Service Weight (Including Battery) kg 1200
Dimensions(LxWxH) mm 2100 x 830 x 2200
Fork Size(LxWxH) mm 1150 x 190 x 60
Fork Spread (Width over forks) mm 560
(690 availble)
Fork Lowered Height mm 85
Fork Lifted Height mm 4000
Walking Speed kph 6
Gradaliblity % 5
Turning Radius mm 1564
Operating Noise Level dBA 75
Motor Controller Type Low Voltage AC
Voltage V 24
Battery Capacity VAH 110
Change Time (24V30A Charger) Hr 4
Change Time (24V90A Charger) Hr 1.5

Robotics Management System

DESCRIPTION

Harnessing the power of technology and smart engineering, every STROBO autonomous solution is integrated with ST Engineering’s proprietary Robotics Management System (RMS) which allows seamless operation and fleet management in existing infrastructure.

KEY FEATURES

  • Real-time platform status
  • Fail-safe disabling
  • Interface for mobility mode control
  • Interface for payload control
  • Manned to unmanned switching
  • Linked to existing infrastructure
  • Collaborative networking
  • Wireless transmission Cybersecure