Product Advantages
- Cut labor expenditure effectively by replacing manual material handling work
- Achieve non-stop automated operation around the clock to boost overall warehouse throughput
- Adopt stable automatic lifting and conveying structure to lower the rate of cargo damage
- Realize rapid on-site deployment with no need for ground reconstruction or major renovation
- Technical Specifications

Why choose us?
We have mature capabilities in software and hardware integration & project execution to realize full automation for warehouse handling, accurate picking and fast sorting. Backed by self-developed IWMS and RCS intelligent dispatching systems plus proprietary AI algorithms, our robots run under mixed working modes and achieve seamless linkage with AS/RS, conveyor lines, cargo elevators and other automated warehousing equipment.
Technical Parameter
|
Essential parameter |
External dimensions: L*W*H |
778*540*255 (±5) |
mm |
|
|
Weight |
98 |
Kg |
||
|
Minimum turning radius |
778 |
mm |
||
|
Rated load |
400 |
Kg |
||
|
Chassis ground clearance |
25 |
mm |
||
|
Lift-up panel dimensions |
710*500 |
mm |
||
|
Lift-up Drive |
Motor-driven |
|||
|
Lift height |
60 |
mm |
||
|
Driving Performance |
Rated operating speed / No-load |
1.9 |
m/s |
|
|
Rated operating speed / Rated load |
1.5 |
m/s |
||
|
Acceleration at no load |
0.6 |
m/s2 |
||
|
Acceleration; Rated Load |
0.3 |
m/s2 |
||
|
Rotation speed/No load |
200 |
°/s |
||
|
Rotation speed/Full load |
100 |
°/s |
||
|
Driving Method |
Dual-wheel differential |
|||
|
Position Navigation |
Navigation Method |
Laser Slam or QR Code |
||
|
Laser installation height |
220 |
mm |
||
|
Parking space positioning accuracy |
± 10 |
mm |
||
|
Parking Angle Precision |
± 1 |
° |
||
|
Battery |
Battery type |
Lithium iron phosphate |
||
|
Capacity/Rated Voltage |
16/48 |
Ah/V |
||
|
Standard charging current |
16 |
A |
||
|
Number of charge and discharge cycles |
Full charge: 1500 times |
|||
|
Range under rated operating conditions |
8 |
h |
||
|
Charging time after complete discharge |
≤1.5 |
h |
||
|
Safety Protection |
Pre-laser obstacle avoidance |
Installation height (scan surface) |
203.5 |
mm |
|
Radar elevation angle |
220 |
° |
||
|
Post-laser obstacle avoidance |
Installation height (scan surface) |
201 |
mm |
|
|
Radar elevation angle |
180 |
° |
||
|
Scram button |
Number: 2/1 in front and 1 at the back |
/ |
||
|
Contact Protection |
Piezoelectric edge contact switch |
/ |
||
|
Acoustic and visual alarm |
Standard configuration |
/ |
||
|
Passing Performance |
Chassis shock absorption method |
Two-stage floating chassis |
/ |
|
|
Climbing capacity |
≤5%/3 ° |
%/ ° |
||
|
Step Capability |
≤5 |
mm |
||
|
Adaptability |
≤30 |
mm |
||
FAQ
Q1: Is ground modification or magnetic strip laying required for Latent Robort 400KG deployment?
A: No. Adopting laser SLAM navigation, no magnetic strips, QR tracks or positioning markers are needed. Only quick on-site mapping is required before operation.
Q2: Can the robot link up with elevators and factory automatic doors?
A: Optional linkage with elevators and automatic doors is available to realize fully unmanned cross-floor transportation.
Q3: What handling modes does the robot support?
A: It supports single-point delivery, multi-point loading & delivery, trolley/rack towing, lifting transportation and other working modes.
Q4: Does manual charging become necessary when power runs low?
A: Equipped with auto-charging function, the robot automatically docks with chargers at low battery for nonstop 24/7 operation.
Q5: Can it connect with customers' existing WMS?
A: Custom interfaces are optional for seamless WMS/WCS connection to realize digital warehouse management.
Charging station connection

Standard equipped charging station

Hot Tags: latent robort 400kg, China latent robort 400kg suppliers, factory, agv robot systems, agv working, Automated Guided Vehicle 400KG, Automated Guided Vehicle 600KG, automated guided vehicle low cost, autonomous guided vehicle robot
