Contact Us
Current Language
    Change Language

    3T Heavy-duty Pallet Forklift Mobile Robot with 3D Laser SLAM

    3T Heavy-duty Pallet Forklift Mobile Robot with 3D Laser SLAM

    Heavy-duty Pallet FMR 3t Narrow Aisle High-Bay Storage
    • Product Introduction
    • Product Parameters

    The Heavy-duty Pallet FMR is an automated high-lift forklift designed for narrow-aisle and high-level storage scenarios. It integrates hybrid navigation for precise positioning, and supports auto-recharging on low power and seamless Wi-Fi connectivity.

    With a 3-ton load capacity, single-wheel flexible drive, and multi-layer safety protection, it can lift to 10 meters and is fully compatible. The screen-based interactive interface ensures easy and efficient operation.

    Features

    • Precise & Smart Navigation: Hybrid navigation for accurate positioning; auto-recharging on low power; seamless Wi-Fi connectivity
    • Stable & Safe Handling: 3-ton load capacity with wide-stability legs; single-wheel flexible drive; multi-layer safety protection
    • High-level Storage Capability: Lifts to 10 meters, ideal for high-bay storage and narrow-aisle environments
    • User-friendly Operation: Screen-based interactive interface for simple, efficient control
    • Scenario Adaptability: Fully compatible with 3-ton material racking systems
    TECHNICAL PARAMETERS                        ●   Standard   O   Optional   -Not available

    Basic

    Parameters

    Model   No. X5-PS30L
    Load Capacity kg 3000 
    Load Center Distance c(mm) 1050 
    Weight(incl.battery) kg 3950 
    Fork L×W×H 16*e*s(mm) 2100*150*70
    Fork Outside Spacing b5(mm) 1870 
    Fork Inside Spacing b4(mm) 1570 
    Fork Tilt Angle(Down/Up) a/β(°) -
    Max.Lifting Height h2(mm) 5300 
    Mast Lowered Height h1(mm) 2417 
    Max.Height During Operation   6150 
    Max.Vehicle Height h1(mm) 2824 
    Overall Length(incl.forks) 11(mm) 3340 
    Body Width b1(mm) 1980 
    Min.Ground Clearance m2(mm) 50 
    Min.Turning Radius Wa(mm) 2200 
    Number of Wheels,Front/Rear(X=Drive Wheel)   1x/2
    Tire Material   Polyurethane
    Min. Safety Distance a(mm) 200 
    Aisle Width(2100×2100,spin turn,mm)   3945 
    Aisle Width(2100×2100,R1200,mm)   4110 
    Charging Height mm 500 

    Motion

    Performance

    Drive Type   Steering Wheel
    Movement Mode   Forward/Backward,Curved Turning,Spot Rotation
    Travel Speed (Loaded/Unloaded) m/s 1.8/2
    Max.Gradeability  (Loaded/Unloaded) % 5/8
    Positioning Accuracy mm ±5
    Angle Accuracy o
    Lifting Speed(Loaded/Unloaded) mm/s 300/400
    Lowering Speed(Loaded/Unloaded) mm/s Adjustable Ratio
    Lifting Height Accuracy mm ±5
    Wired Encoder  
    Cylinder End Buffer  
    Electronic Soft Lift/Lower  
    Battery
    Performance
    Rated Voltage V 96 
    Battery Capacity Ah 230(280)
    Battery Low-temp Heating  
    Charging Cycles   Full Charge and Discharge≥3000 Times
    Operating Time(Rated Condition) h 6-8
    Charging Time(15-90%) h
    Charging Mode   Side Charging
    Safety
    Protection
    Front Single Laser Obstacle Detection   -
    Front Dual Laser Obstacle Detection  
    Cargo Placement Detection  
    Pallet Identification  
    Weighing Module  
    Driving Recorder  
    Safety Bumper Detection  
    Pallet In-position Detection  
    Fork Tip Photoelectric Detection  
    Top Anti-collision  
    Left/Right E-stop  
    Tr-color Light &Buzzer  
    Others 2D Laser SLAM Navigation  
    3D Laser SLAM Navigation  
    Visual SLAM Hybrid Navigation  
    10"Display  
    Steering Wheel Operation   -
    Wired Controller  
    Mobile APP  
    RFID Reader  
    Working Noise dB ≤75
    The above data is sourced from the results obtained through testing by the XGEN Robot Test Team.

    Video

    FAQs

    • Why does this heavy-duty FMR utilize "3D Laser SLAM" instead of traditional 2D navigation?

      Heavy industrial environments (like automotive plants or metal warehouses) are highly dynamic, featuring large-scale architectural layouts, high-bay racking, and frequent moving traffic. Standard 2D Laser SLAM can lose orientation in areas with high-ceiling structures or repetitive patterns. Our 3D Laser SLAM Navigation captures rich spatial volumetric data from walls, ceilings, and heavy structures simultaneously. This provides unmatched localization stability and robust positioning accuracy (±10mm), even in vast, feature-poor industrial spaces.

    • Are there specific floor flatness or tire requirements for a 3-ton forklift robot?

      Continuous transportation of 3-ton loads exerts massive pressure on the flooring. To ensure structural longevity and minimal floor wear, the robot is equipped with heavy-duty, high-elasticity Polyurethane (PU) wheels that distribute weight evenly. While it features an active suspension system to damp minor floor irregularities, we recommend a floor flatness profile meeting standard industrial facility specifications. Our team provides comprehensive floor loading and traction testing prior to deployment.

    • What type of pallets and heavy materials can the 3T Forklift Mobile Robot handle?

      This model is engineered to transport standard and reinforced industrial pallets, customized heavy-duty steel skids, and specialized cages. It is widely used in heavy manufacturing sectors to move:

      • Automotive: Heavy stamping dies, engine blocks, and sub-assemblies.

      • New Energy / Battery: Large battery pack modules and chemical raw material containers.

      • Metal & Machinery: Coils, castings, and heavy component palleted bins. Our engineering team offers custom fork thickness and width adjustments to match your specific heavy-duty fleet standards.

    • Can this 3T robot work seamlessly outdoors or in harsh manufacturing conditions?

      This FMR is ruggedized to withstand challenging manufacturing conditions, featuring an IP-rated enclosure that protects internal electronics from heavy industrial dust, airborne particles, and minor oil splatters. For environments with shifting lighting, mist, or metallic dust, our 3D Laser SLAM filtering algorithms isolate environmental noise, ensuring consistent, high-precision performance across multi-shift, heavy-industrial workflows.

    Consult With Specialist

    Get expert advice from our specialist to solve complex problems and optimize your performance efficiently.
    Contact Us
    WhatsApp

    Leave a message!

    Leave a message!

    Email: info@xgenrobot.com