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2026 V1.1
L4 Driverless Towing Robot
http://en.ant-robots.com/
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31
28
24
22
04
02
Towing
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Towing
TOWING
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Page 119
Navigation Method
Rated Towing Load Capacity (t)
Rated Towing Force (kN)
Maximum Towing Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded)(°)
Rated Travel Speed (Unloaded/Loaded) (km/h)
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/V)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade /Network mode
Multi-Sensor Fusion Laser SLAM
3
3.5
6
950
Centre Distance 1850
5
1820x1060x2050(Including navigation height)
15 (7)
10(5)
±30
Standard
Front Collision Strip
Standard
Standard (3 sets)
Lithium-ion battery
160Ah/48V
1
8
Manual / Automatic Charging
Manual ( remote control)/Automatic
IP55 (Dustproof, Waterproof)
Optional
- / Wi-Fi / 5G (optional)
TOWING
Applicable Industries
Navigation Method
Rated Towing Load Capacity (t)
Rated Traction Force (kN)
Maximum Traction Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded) (°)
Rated Travel Speed (Unloaded/Loaded) (km/h)
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/v)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade/Network mode
Multi-Sensor Fusion Laser SLAM
5
6
8.5
1200
Centre Distance 2500
6.5
2110*1220*2250(including navigation height)
12(7)
10(5)
±30
Standard
Front Collision Strip
Standard
Standard (3 sets)
Lithium-ion battery
210Ah/48V
1.5
8
Manual / Automatic Charging
Manual(remote control)/Automatic
IP55 (Dustproof, waterproof)
Optional
- / Wi-Fi / 5G(optional)
TOWING
http://en.ant-robots.com/
Page 12
Flexible movement, supports forward travel and curved turns
Capable of towing a 5kn load, stable and reliable
Adopts laser navigation + inertial navigation for autonomous operation and positioning
Driven by a high-power servo motor, ensuring high parking accuracy
Multi-functional design for towing and carrying.
All-weather operation, both indoors and outdoors.
Multi-functional design for towing and carrying.
All-weather operation, both indoors and outdoors.
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Navigation Method
Rated Towing Load Capacity (t)
Rated Traction Force (kN)
Maximum Traction Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded)(°）
Rated Travel Speed (Unloaded/Loaded) (km/h）
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade
Network mode
Multi-Sensor Fusion Laser SLAM
5
6
8.5
1450
Centre Distance 2500
6.5
2110*1220*2250(including navigation height)
12(7)
10(5)
±30
Standard
Front Collision Strip
Standard
Standard (3 sets)
Lithium-ion battery
300Ah/48V
2
8
Manual / Automatic Charging
Manual (Remote)/Automatic
IP55 (Dustproof, Waterproof)
Optional
Ex db ec ic mc llB T4 Gc
Wi-Fi/5G (optional)
TOWING
http://en.ant-robots.com/
Page 14
Page 15
Navigation Method
Rated Towing Load Capacity (t)
Rated Traction Force (kN)
Maximum Traction Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded)(°）
Rated Travel Speed (Unloaded/Loaded) (km/h）
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade / Network mode
Multi-Sensor Fusion Laser SLAM
5
6
8.5
1200
Centre Distance 2500
6.5
2110*1220*2250(Including navigation height)
12(7)
10(5)
±30
Standard
Front Collision Strip
Standard
Standard (3 sets)
Lithium-ion battery
315Ah/48V
2
8
Manual / Automatic Charging
Manual ( remote control)/Automatic
IP55 (Dustproof, Waterproof)
Optional
- / Wi-Fi / 5G(optional)
TOWING
http://en.ant-robots.com/
Page 16
Page 17
Navigation Method
Rated Towing Load Capacity (t)
Rated Traction Force (kN)
Maximum Traction Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded)(°）
Rated Travel Speed (Unloaded/Loaded) (km/h）
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade / Network mode
Multi-Sensor Fusion Laser SLAM
5
6
8.5
1200
Centre Distance 2500
6.5
2110*1220*2250(Including navigation height)
12(7)
10(5)
±30
Standard
Front Collision Strip
Standard
Standard ( 6sets)
Lithium-ion battery
315Ah/48V
2
8
Manual / Automatic Charging
Manual( remote control)/Automatic
IP55 (Dustproof, Waterproof)
Optional
- / Wi-Fi / 5G(optional)
TOWING
Navigation Method
Rated Towing Load Capacity (t)
Rated Traction Force (kN)
Maximum Traction Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded)(°）
Rated Travel Speed (Unloaded/Loaded) (km/h）
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade
Multi-Sensor Fusion Laser SLAM
10
12
15
2190
Centre Distance 2873
7.5
2680*1500*2200(Including navigation height)
15(7)
10(5)
±30
Standard
Front Collision Strip
Standard
Standard (3 sets)
Lithium-ion battery
315Ah/96V
2
8
Manual / Automatic Charging
Manual ( remote control)/Automatic
IP55 (Dustproof, Waterproof)
Optional
/
TOWING
Navigation Method
Rated Towing Load Capacity (t)
Rated Traction Force (kN)
Maximum Traction Force (kN)
Curb Weight (kg)
Minimum Turning Radius (mm)
Turning Space (m)
Vehicle Dimensions (LxWxH)(mm)
Maximum Gradeability (Unloaded/Loaded)(°）
Rated Travel Speed (Unloaded/Loaded) (km/h）
Positioning Accuracy (mm)
Blind Spot Supplementary Radar
Collision Protection Strip
Audio-Visual Alarm
Emergency Stop Switch
Battery Type
Battery Capacity/Voltage (Ah/)
Charging Time (h)
Comprehensive Endurance Time (h)
Charging Method
Control Method
Protection Level
Automatic Tow Hook Release
Explosion-Proof Grade
Multi-source fusion navigation
30
20
33
4300
Centre Distance<2800
8.5
3100*1460*2100(Including navigation height)
17(5)
25(15)
±30
Standard
Front Collision Strip
Standard
Standard
Lithium-ion battery
150Ah/538V(80kwh)
2
8
Manual/Automatic Charging
Manual(remote control) / Automatic
IP55
Optional
/
Fully Intelligent
Fully Series
All Scenarios
driverless towing AMR
Towing
FAW Automotive Industry
Project Pain Points & Background
SinochemChemical Industry
The client, a subsidiary of Sinochem Group, operates a large-scale facility
with multiple functional areas including raw material storage, pre-melting,
filling, finished goods warehousing, IBC cleaning, and automated IBC
storage; materials such as raw inputs, empty containers, and finished goods
must be transported across workshops over long distances, involving heavy
workloads, flammable and explosive materials, and strict real-time data
integration with MES and monitoring systems.
Previously, manual operations faced challenges including high labour
intensity, explosion-proof requirements for vehicles and tooling, lack of
real-time data visibility, 24/7 three-shift staffing demands, and complex
management—often resulting in delayed or incorrect deliveries, production
disruptions, and increased customer complaints.
Project Pain Points & Background
LOGIANT partnered with FAW to deploy an outdoor autonomous transport
solution for KD car bodies across workshops, replacing a labour-intensive
operation that required 2 operators and 2 robots per shift, while addressing
night shift fatigue risks—now powered by a cloud-based RCS, automatic
hitching, and iPad task control to enable 24/7 unmanned transport,
significantly reducing costs and improving both efficiency and safety.
Robots: 1 unit
Transport distance: approx. 3,000 m
Cloud server: 1 set
Charging station: 1 unit
iPads: 3 units
RCS system: 1 set
Solution
Forklift AGVs: 9 units
Towing vehicle: 1 unit
System: Hybrid fleet scheduling platform
RCS (Robot Control System)
WMS (Warehouse Management System)
Intelligent scheduling optimisation: Multi-route planning and task allocation with clear
logistics visibility and flexible capacity adjustment.
Reduced labour intensity: Minimises manual handling, lowers workload, and improves
efficiency.
Brand enhancement: Establishes a benchmark smart factory, strengthening brand image.
Solution
Solution Advantages
Robots: 2 units
Transport distance: approx. 1,000 m
Cloud server: 1 set
Charging station: 1 unit
RCS system: 1 set
By replacing manually driven towing vehicles, the solution significantly reduces labour costs
and management complexity while improving overall delivery efficiency; powered by a
cloud-based RCS, tasks can be issued via mobile devices with precise and reliable execution,
enabling fully unmanned outdoor transport that eliminates driving-related safety risks and
supports the upgrade to smart logistics.
Solution
Project Pain Points & Background
LOGIANT partnered with Geely Auto to deploy an outdoor autonomous transport solution for
car body delivery across the plant; previously reliant on manually drivless towing robots with
low efficiency, high costs, limited accuracy, and safety risks, the operation is now powered
by a cloud-based RCS communicating with driverless towing robots equipped with
automatic hitching, allowing tasks to be issued via mobile devices and enabling fully
unmanned transport between workshops—significantly improving efficiency, safety, and
cost control while supporting the upgrade to smart outdoor logistics.
Solution Advantages
Geely Automotive Industry
CRRC Railway industry
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Cloud-based deployment enables fast project launch, while the automatic coupling design reduces labour costs and improves handling efficiency; optimised hardware
with IP54+ protection ensures reliable operation in outdoor conditions including water, heat, and humidity, and multi-sensor fusion navigation (LiDAR, vision, and inertial
systems) delivers centimetre-level positioning, allowing seamless indoor-outdoor switching and autonomous path planning even in complex environments without human
intervention.
Solution Advantages
Xinjiang Airport Airport industry
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Robots: 2 units
Cross-workshop transport distance: approx. 500 m
Communication network: 5G
System: Hybrid fleet scheduling platform
RCS (Robot Control System)
WMS (Warehouse Management System)
Cloud server: 1 set
Intelligent scheduling optimisation: Multi-route planning and multi-task allocation with clear logistics visibility and flexible capacity adjustment.
Reduced labour intensity: Minimises manual handling, lowers workload, and improves operational efficiency.
Brand enhancement: Builds a benchmark smart factory, strengthening the company’s brand image.
Solution
Project Pain Points & Background
LOGIANT partnered with CRRC Qingdao Sifang to develop an intelligent logistics and distribution centre tailored to the client’s needs, enabling
automated operations across material transport, empty trolley return, and traffic control; leveraging advanced hardware and intelligent
scheduling algorithms—including in-house developed driverless towing robots, RCS and PCS systems, traffic light and gate control systems,
spatial radar detection, and weather monitoring—the solution delivers fully unmanned, end-to-end operations, improving transport efficiency
and enabling smart traffic management across the plant, while driving the digital transformation and upgrading of rail transit manufacturing.
Solution Advantages
5T Robot: 1 unit
Airport transport distance: approx. 500 m
Communication network: 5G
Charging station: 1 unit
System: Hybrid fleet scheduling platform
Enables 24/7 fully automated transport with automatic recognition and hitching of boarding stairs without human intervention; reduces operating costs by 15% and cuts
over 90% of manual operation risks, replaces traditional manual handling to ease labour shortages, and supports remote monitoring, dynamic scheduling, and visualised
management.
Solution
Project Pain Points & Background
The client, Xinjiang Airport Group, implemented the project at Urumqi Tianshan International Airport (T4 Terminal), where manual transfer of passenger boarding stairs to
remote stands faced challenges such as low efficiency, long transport distances, labour shortages, and high operational risks; by deploying outdoor towing robots integrated
with a cloud-based management platform, the solution enables automatic hitching and transport of boarding stairs to aircraft stands, with tasks issued via computer
terminals—allowing fully automated operations that improve efficiency, reduce labour dependency, and enhance safety.
Solution Advantages
Hitachi Elevator Elevator industry
China Post Express logistics industry
5T Robots: 2 units
Loading/unloading method: AGV automatic trailer hitching
reducing labour management costs.
Solution
Project Pain Points & Background
cross-workshop material transport; by replacing manual forklift operations with outdoor towing AGVs, the solution overcomes challenges such as long distances, day
Solution Advantages
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RCS
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