Multi-Functional Smart Warehouse Mobile Robot for Superior Load Management

Still deciding? Get samples of $ !
Order Sample

Product Description

Multi-Functional Smart Warehouse Mobile Robot for Superior Load Management
Forklift Mobile Robot Stacking Series

Stacking series FMRs cover the load ranging from 1,000kg to 3,000kg, with the highest lifting height being customized up to 4.5m. The specially designed thickness of the FMR body greatly reduces the operation aisle width, and effectively improves the storage space of materials. Adopting iconic robot head design and modular components, 80% of the components can be used in different scenarios. The whole series obtains full directive CE marking, which are the preferred product series for logistics solutions.

Basic Information
Model NO. F4-1000C
Load Capacity 1000 kg
Type AMR (Autonomous Mobile Robot)
Dimension (L*W*H) 1692*990*1983 mm
Weight (with Battery) 700 Kg
Rated Load 1000 Kg
Load Center Distance 600 mm
Fork Lifting Height 1331 mm
Fork Ground Clearance (Lowered) 81 mm
Fork Dimension 65/180/1233 mm
Fork Outer Width 680 mm
Applicable Pallet Dimension 1200*1000 mm
Control Mode Point to Point Control
Safety Features Collision Avoidance, Emergency Stop, Obstacle Sensors, Laser Scanner
Transport Package Wooden Box
Origin China
Packaging & Delivery
Package Size 120.00cm * 200.00cm * 225.00cm
Package Gross Weight 800.000kg
Key Features & Capabilities
Superior Performance
  • Efficient transportation: maximum steady running speed up to 1.5m/s
  • Wide load coverage: fully independent design, with load ranging from 300kg to 1,400kg
  • Safe and reliable: 360° stereo sensing, recognizing various environments and objects
  • Precise positioning: millimeter-level positioning accuracy, combining laser and vision positioning
Full-Featured Intelligent Operation
  • Carrier recognition: autonomous fork picking based on carrier offset
  • Storage location identification: identify storage location with goods, spaces, height, and offset
  • Suspended low detection: supports detecting suspended objects and low obstacles
Rich Integration & Scenarios
  • Rich scenarios: covering multi-level storage, material stacking, and deep storage
  • Diversified docking devices: dock with other types of AMRs, elevators, automatic doors, conveyors, and third-party devices
  • Various types of materials/carriers: multiple types of pallets, frames, cage trolleys, flexible packages, rolls, barrels, and irregular shapes
Multi-Functional Smart Warehouse Mobile Robot Feature Map
Application Scenarios
Model Comparison Specification
Model F4-1000C F4-1000C (Alt) F4-1500 F4-2000 (3m) F4-2000 (4.5m) F4-3000
Rated running speed (m/s) 1.2 1.2 1.2 1.2 1.2 1.5
Positioning accuracy (mm)/(°) ±10/±1 ±10/±1 ±10/±1 ±10/±1 ±10/±1 ±10/±1
Min. rotation radius (Wa) (mm) 1183 1183 1316 1400 1400 1891
Motion method Forward, backward, arc, rotate in place Forward, backward, arc, rotate in place Forward, backward, arc, rotate in place Forward, backward, arc, rotate in place Forward, backward, arc, rotate in place Forward, backward, arc, rotate in place
Min. aisle width (Ast) (mm) 2062 2062 2490 2065 2065 2864
Run time (h) 6-8 6-8 6-8 6-8 6-8 6-8
Charging time (h) ≤ 2 ≤ 2 ≤ 2 ≤ 2 ≤ 2 ≤ 2
Laser obstacle avoidance Support Support Support Support Support Support
Recorder Optional Optional Optional Optional Optional Optional
Bumper Strip Detection Support Support Support Support Support Support
Pallet in-position detection Support Support Support Support Support Support
Fork collision detection Support Support Support Support Support Support
Emergency stop button Support Support Support Support Support Support
Navigation Mode L-SLAM/ 3D L-SLAM L-SLAM/ 3D L-SLAM L-SLAM/ 3D L-SLAM L-SLAM/ 3D L-SLAM L-SLAM/ 3D L-SLAM L-SLAM/ 3D L-SLAM
Deployment Examples
Case Studies
Automated Storage System Project for Raw Material Warehouse – Shanghai
Project Highlights

Automated warehouse design, stacker crane and system design built to optimize throughput and vertical space utilization.

Project Scope
  • 2 stacker cranes, 4 sets of racks, 3,888 storage locations.
  • Inbound and outbound flow rate of 92 pallets per hour (P/H).
  • 79 days for complete engineering design.
  • 200 days for automated warehouse construction and final delivery.
Intelligent Manufacturing & Technology Profile
Intelligent Technology Solutions

This product series features high brightness, energy saving, environmental protection, and easy installation. It has a waterproof rating of IP67 and has passed CE certification. It is suitable for schools, parks, roadsides, factories, squares, etc. It has a warranty period of 3 years. Moreover, we can provide various styles to meet your needs.

Intelligent warehouse solution visual representation
Other Core Products
  • Intelligent warehousing Systems
  • Latent Mobile Robots
  • Forklift Mobile Robots
  • Carton Transfer Units
  • Software Control Platforms
Production & Support Design

Equipped with high brightness components, energy efficiency measures, environmental protection integration, and simplified structures. Featuring IP67 waterproofing capabilities and CE certification, it is designed for demanding outdoor and industrial spaces including factories, schools, roadsides, and public squares, backed by a 3-year guarantee.

After Sales Service Support
  • Standard Warranty: 12 months or 2,000 operating hours (whichever comes first).
  • Extended Warranty: Optional coverage configurations up to 36 months.
  • Global Support: 24/7 technical assistance and structured spare parts supply lines.
  • Training: Comprehensive on-site or remote system operation and maintenance training.
Frequently Asked Questions
Q How should we select the right AGV/AMR configuration?
We recommend selecting the AGV hardware based on your actual operational requirements. Our technical team is responsible for assessing your layout and proposing the most suitable AGV and load capacity configuration.
Q Is dedicated software required to run the forklift mobile robots?
Yes. To enable smooth AGV operation, dedicated robot dispatching and control software is required to work in conjunction with the physical AGV hardware.
Q Can we perform the AGV implementation and commissioning ourselves?
AGV commissioning typically requires a high level of professional expertise and hands-on experience. This setup process is handled directly by our engineering team to ensure safe and accurate operation.
Q Can multiple AGVs or different models operate at the same facility?
Yes, absolutely. Our dispatching software platform supports the concurrent operation of multiple AGVs, including different models and payload capacities, at the same site.
Q What details are needed to request an AGV system design?
During the initial assessment, we require details such as the factory layout drawing, pallet dimensions, typical load weights, and flow path specifications.
Q What is the typical timeframe for AGV deployment and delivery?
The implementation timeline varies depending on the project scope and integration requirements. For standard configurations, deployment can be completed in as little as two weeks.

Related Products