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DATE: 2026/09/29

Robotic Forklift

Robotic Forklift High Efficiency System

Robotic Forklift

SEER Robotics’ self-balancing heavy-duty robotic forklift combines a compact 1,180 mm body with a 2-ton capacity, featuring ultrasonic fork‑out detection and four layers of safety protection, designed to deliver an efficient handling experience in high‑load, multi‑vehicle environments. As a leading R&D and manufacturing company specializing in core control systems and complete machine solutions, SEER Robotics eliminates intermediate trading channels to provide global customers with reliable factory-quality products and direct technical support from the original manufacturer.

Robotic forklifts are primarily used in automotive parts warehousing, new-energy battery handling, on‑line material transfer in heavy machinery processing workshops, and ground-level inbound/outbound operations at automated storage and retrieval systems.

Rated load
2,000 kg
Operating speed
1.5 m/s
Standard lifting height
3000mm

Features of Robotic Forklifts

Narrow body design coexists with high load
the width of the fuselage is only 1180 mm and the minimum turning radius is only 1577 mm, but it has a rated load capacity of 2 tons and can freely transfer heavy goods in narrow passages and compact spaces.
Ultrasonic anti-fork safety protection
The built-in ultrasonic detection module monitors the fitting and separation state of the cargo and the fork reference surface in real time, effectively preventing the risk of sliding and falling of heavy cargo during lifting and moving.
Flexible adjustable fork spacing multi-carrier compatibility
the outer width of the fork supports manual adjustment of 400 mm to 700 mm, is compatible with open and closed pallets, and can accurately identify material racks, frames, and shelves of various sizes.
40-meter distance four-layer safety barrier avoidance
equipped with multiple LiDAR sensors with a detection distance of 40 meters, combined with three-dimensional barrier avoidance, anti-collision touch edge, and hardware self-inspection, to build a full range of safety protection barriers.
Two-hour quick replenishment and quick power exchange
supports a 24-volt fast charging system and can charge to 80% within 2 hours, while supporting novices to complete battery replacement within 2 minutes to meet the needs of all-weather high-frequency rotation operation.
Four-dimensional depth customization
the equipment fully opens the fork width, lifting height, body coating color, and enterprise logo 4 customization options, deep in line with the requirements of the differentiated production line conditions of various industries.
Robotic Forklift Detailed Structured Parameter Table
Parameter Category Parameter Item Technical Specification Value
Basic Specifications Navigation Mode Laser SLAM natural navigation
Basic Specifications Operation Mode Autonomous navigation, supports handheld control terminal operation
Basic Specifications Compatible Carrier Types Open pallets, closed pallets, material bins, and custom racks
Structural Dimensions Overall Dimensions (L×W×H) 2782 mm × 1180 mm × 2095 mm
Structural Dimensions Fork Cross-Section & Length 1070 mm × 122 mm × 40 mm
Structural Dimensions Fork Outer Width Adjustment Range 400 mm to 700 mm
Structural Dimensions Overall Weight (including battery) 3130 kg
Performance Indicators Rated Load Capacity 2000 kg (2 tons)
Performance Indicators Load Center Distance 500 mm
Performance Indicators Lifting Height Standard height 3000 mm, customizable up to 4000 mm
Movement Capabilities Travel Speed (Loaded & Unloaded) 1.5 m/s
Movement Capabilities Minimum Turning Radius 1597 mm
Positioning Accuracy Navigation Position & Angle Accuracy Position accuracy ±10 mm, Angle accuracy ±1°
Passability Gradeability, Step Height, Gap Crossing Gradeability ≤ 5%, step height 10 mm, gap crossing width 30 mm
Aisle Requirements Right-Angle Stacking Aisle Width (1000×1200 Pallet) 2989 mm + 200 mm safety margin
Aisle Requirements Right-Angle Stacking Aisle Width (800×1200 Pallet) 2957 mm + 200 mm safety margin
Safety System LiDAR Sensor Configuration Combination of 1 × SLM-SLE4248 and 3 × SLD40 LiDARs
Safety System Rated Braking Distance ≤ 30 cm at 1 m/s, ≤ 50 cm at 1.5 m/s
Power System Battery Capacity & Operating Time 24V 200Ah Lithium Iron Phosphate (LiFePO4) battery, comprehensive operating time 6-8 hours
Power System Charging Time & Battery Swap Efficiency Fast charging from 10% to 80% in 2 hours, supports 2-minute rapid battery swapping

Robotic Forklift Contrast Point

SEER Robotics' self-balancing robotic forklift breaks through the bulky form factor of traditional heavy-duty forklifts of traditional heavy-duty forklifts and achieves a rated load capacity of up to 2 tonnes while maintaining a 1180 mm narrow body. It can not only flexibly turn around in compact workshop passages but also be directly competent for stable handling of large-load materials. SEER Robotics deeply integrates ultrasonic monitoring and a four-layer safety protection system into the control structure of the whole machine at the bottom. With the stereo LiDAR sensor with a distance measurement of up to 40 metres and a high-precision algorithm,robotic forklift greatly reduces the blind area of perception in the complex and changeable human-machine mixed environment, showing excellent operation stability and a safety protection level.

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Heavy-duty transport and passability in narrow lanes are limited
SEER Robotics combines a compact vehicle width of 1180 mm with a small turning radius of 1577 mm to freely pass through heavy-duty materials in narrow lanes that are conventionally difficult to enter.
Hidden dangers of cargo overturning and fork-off fall
SEER Robotics uses ultrasonic sensors to detect the load-bearing separation state of the fork in real time and immediately warn and brake when displacement occurs, thus eliminating the risk of high-position fall.
Multi-specification pallet mixing compatibility problem
SEER Robotics provides 400 mm to 700 mm width adjustable forks, and a single device adaptively identifies open and closed pallets, reducing multi-model configuration expenses.

Robotic Forklift User Manual

Laser map building and channel deployment
a hand-held control terminal remote control forklift traverses the operation area, quickly establishes a digital scene and delimits right-angle channel and charging pile coordinates.
01
Fork spacing and carrier calibration
adjust the outer width of the fork within 400 mm to 700 mm according to the size of the on-site pallet, and set the specification parameters of the open or closed pallet.
02
Safety obstacle avoidance and detection calibration
configure a four-layer safety sensing defence area and test the ultrasonic detaching induction to confirm that the braking response is sensitive at 1.5 m/s high speed.
03
Issued tasks and parallel operation
access to workshop management instructions to start autonomous handling, forklifts automatically perform loading and unloading tasks and go to the charging station to supplement energy when the power is low.
04

Robotic Forklift Applicable Crowd

Managers of automobile main engine factories and parts workshops

it is suitable for the circulation of large-tonnage parts such as heavy-duty engines, gearbox and chassis assemblies, to meet the high-frequency and on-time connection of 2 tonnes of heavy materials between stamping and welding production lines, and to effectively eliminate the safety risks of man-machine cross-operation.

Operation Director of New Energy Battery Manufacturing Plant

It is suitable for the transfer and high-level stacking of battery cells and large battery pack trays. With ultrasonic precision anti-fork technology and stable braking performance, it ensures the safe handling of high-value new energy materials without bumping.

Third-party logistics and large-scale distribution centre warehouse management decision makers

suitable for high-throughput finished pallets in and out of the warehouse and container ground-out operations, with a 2-hour fast charging and 2-minute fast power exchange system, to meet the high-frequency all-weather uninterrupted circulation needs.

Head of heavy machinery and precision metal processing plant

suitable for the station circulation of blank castings and moulds, withstanding harsh industrial environment, realising right-angle stacking around the compact processing machine, releasing valuable workshop passage area.

Certificates And Factories

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As the world’s leading controller manufacturer, SEER Robotics has independent intellectual property rights of SRC series controllers and production lines. It is the real source manufacturer, providing you with highly competitive ex-factory prices and faster delivery speed. Products comply with international standards and have been deployed in many countries and regions around the world. Through standardized communication protocols, the stable operation and technical compatibility of the system in multinational plant projects are ensured.

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FAQ

Q1: Can this counterweight unmanned forklift be compatible with Sichuan and Tian pallets at the same time?
Sure. The equipment supports open pallets and closed pallets, and the outer width of the fork supports manual adjustment of 400 mm to 700 mm. With visual and laser recognition algorithms, it can adaptively dock various types of carriers.
Q2: How to ensure the right angle turn stacking space in the narrow channel of the three-dimensional library?
The vehicle width of the equipment is only 1180 mm. When handling 1000 mm by 1200 mm standard pallets, the required right-angle stacking channel width is only 2989 mm plus a 200 mm safety margin, greatly reducing the channel area occupation.
Q3: How does ultrasonic testing prevent goods from falling when forklift operations occur?
The fork structure integrates a high-sensitivity ultrasonic detection system, which continuously detects the fit and separation state of the goods and the fork reference plane during operation. If the goods slip due to bumps, the equipment will alarm and stop operating within milliseconds.
Q4: What are the contents of multi-layer safety protection for equipment with mixed man-machine operation and complicated working conditions in the factory?
The whole vehicle is equipped with a 40-metre-long detection system composed of multiple LiDARs, supplemented by 3D obstacle avoidance laser, safe touch edge, distance sensor, and hardware self-inspection, and the braking distance is controlled within 50 cm when driving at 1.5 m/s full load.
Q5: The factory implements continuous multi-shift production. How can the equipment guarantee continuous endurance?
a 24 V 200 Ah lithium iron phosphate (LiFePO₄) battery, which supports 6 to 8 hours of comprehensive battery life in a single full charge. It supports 2 hours of fast charging and supports the operator to complete quick battery replacement within 2 minutes.
Q6: Does the equipment support personalised customisation of lifting height and body appearance?
Support. The standard lifting height of the equipment is 3000 mm, which can be customised up to 4000 mm. In addition, the fork span, body painting colour and enterprise-specific logo all support deep personalised customisation.