High ROI Solutions
Low Investment/Quick Payback
Rhinoceros Autonomous Forklift: 1.5T High-Stacking AGV for Smart Warehouses
Autonomous
Forklift trucks
Labor Cost Reduction
24/7 Autonomous Operations
Replace at least 3 employees
Zero-Downtime Navigation
Dual 3D Cameras & LiDAR
Prevent 99.6% Collisions
Centralized Fleet Optimization
Real-Time Fleet Analytics
Boost at least 30% Utilization
2.5m lifting height
Stacking Carrying Multi-scenario use.
1.5T Large Payload
Maximum load capacity of 1.5 tonnes with a lifting height of 2.5m.
Intelligent Obstacle Avoidance
3D cameras + laser radar for active avoidance and safer operation.
Laser SLAM Navigation for Driverless Forklifts
Laser navigation, no coding required simple and easy deployment of robotic forklifts.
40,000 ㎡ Of Navigational Mapping
60m single line LiDAR, 1.6m narrow lane access, meets the needs of large area and complex environment usage.
Autonomous Dispatch System
Achieve unified internal deployment of robots for efficient distribution.
The Rhinoceros is a 1.5-tonne autonomous forklift (AGV) featuring 2.5m high-stacking capability and Laser SLAM navigation. Designed for warehouses requiring vertical space optimization, this driverless forklift operates 24/7 with 99.6% collision avoidance, replacing 3+ manual laborers while reducing operational costs. Engineered for precision and equipped with powerful self-driving forklift technology, Rhinoceros excels in reaching higher storage levels, maximizing vertical space in smart warehouses and industrial settings.
With its robust design and flexible automated guided vehicle (AGV) system, Rhinoceros can handle complex material handling automation tasks, ensuring both stability and reliability even at greater stacking heights. This driverless forklift is built for seamless integration, offering affordable warehouse automation that reduces operational costs while enhancing productivity.
Choose the Reeman Rhinoceros to elevate your warehouse robotics with a solution that combines stacking power and exceptional value. Ideal for businesses focused on cost-effective automation, Rhinoceros supports optimized, efficient intelligent logistics systems with the high reach and performance you need.
Warehouse Applications & Use Cases
High-Bay Warehouse Stacking
The Rhinoceros autonomous forklift excels in high-bay warehouse environments where vertical space utilization is critical. With its 2.5m lifting height and precise positioning accuracy, this AGV enables warehouses to maximize storage density by accessing higher racking levels safely and efficiently. The laser SLAM navigation system maintains consistent accuracy even at elevation, ensuring reliable pallet placement and retrieval in multi-tier storage systems up to 40,000 square meters.
Cold Storage & Refrigerated Logistics
In -10°C environments, the Rhinoceros maintains navigation accuracy and operational reliability where manual labor faces challenges. The Li-FePO4 battery system performs consistently in low temperatures, supporting continuous cold chain logistics operations. This driverless forklift reduces human exposure to harsh conditions while ensuring precise material handling automation in refrigerated warehouses, frozen food distribution centers, and pharmaceutical storage facilities requiring strict temperature compliance.
Just-In-Time Manufacturing
The Rhinoceros autonomous forklift integrates seamlessly with just-in-time (JIT) manufacturing workflows, delivering components precisely when needed on production lines. Its autonomous dispatch system coordinates with WMS and MES platforms to synchronize material flow, reducing inventory holding costs and eliminating production delays. With 1.6m narrow aisle capability, the AGV optimizes space in congested manufacturing floors while maintaining the speed and reliability required for lean manufacturing environments.
Product parameter
| Model | RBOT30F |
|---|---|
| Driving method | Electronic steering & AC servo motor |
| Operation type | Walking & Automatic |
| Maximum load | 1500kg |
| Load center distance | 500mm |
| Vehicle weight (including battery) | 910kg |
| Body size | 1950mm(L) × 950mm(W) × 1900mm(H) |
| Fork size | 1150mm/160mm/60mm |
| Fork outer width | 685mm |
| Fork lifting height | 2585mm |
| Minimum fork height | 85mm |
| Maximum height of gantry during operation | 3050mm |
| Ground clearance at center of wheelbase | 30mm |
| Turning radius | 1500mm |
| Tire type (front/rear/additional) | Polyurethane Wheel |
| Tire size, front | 210mm×70mm |
| Tire size, rear | 80mm×70mm |
|---|---|
| Tire size, additional wheels | 100mm×50mm |
| Number of wheels front/rear (x=drive wheel) | 1/2/4 |
| Front wheelbase | 866mm |
| Rear wheelbase | 525mm |
| Aisle width pallet 1000×1200 (1200 across fork) | 2200mm |
| Aisle width pallet 800×1200 (1200 along forks) | 2100mm |
| Travel speed, full/no load | 4km/h, 5.6km/h |
| Descent speed, full/no load | 101m/s |
| Climbing ability, full/no load | 8%, 15% |
| Service brake | Electronic brake |
| Drive motor power | 0.8kw |
| Lifting motor power | 2.2kw |
| Battery voltage | 48V Li-FePO4 |
| Battery weight | 26×4kg |
| Driver ear noise | <70dB(A) |
| Charging method | Automatic charging |
Frequently Asked Questions
What is the Rhinoceros autonomous forklift?
The Rhinoceros is a 1.5-tonne capacity autonomous forklift (AGV) designed for high-stacking warehouse operations. Featuring 2.5m lifting height and Laser SLAM navigation, this driverless forklift operates 24/7 without infrastructure modifications, replacing 3+ manual laborers while providing 99.6% collision avoidance through dual 3D cameras and LiDAR sensors.
How does Laser SLAM navigation work?
Laser SLAM (Simultaneous Localization and Mapping) uses a 60m range LiDAR sensor to create real-time 3D maps of your warehouse environment. The Rhinoceros autonomously builds and updates its navigation map while operating, eliminating the need for magnetic strips, QR codes, or reflectors. This enables deployment in facilities up to 40,000 square meters with 1.6m narrow aisle access.
What is the typical ROI timeline?
Most customers achieve payback within 12-18 months through labor cost reduction alone. The Rhinoceros replaces at least 3 full-time forklift operators working 24/7 operations, reducing payroll expenses, insurance costs, and training investments. Additional savings come from reduced product damage, optimized fleet utilization, and elimination of human error in material handling.
Can the Rhinoceros operate in narrow aisles?
Yes, the Rhinoceros requires only 1.6m aisle width for navigation, making it ideal for high-density storage environments. With a turning radius of 1500mm and precise electronic steering, this autonomous forklift maneuvers efficiently in confined spaces while maintaining safety through real-time obstacle detection and dynamic path planning.
What safety features prevent collisions?
The Rhinoceros features a comprehensive safety system including dual 3D depth cameras, 60m LiDAR, and multiple ultrasonic sensors providing 360-degree coverage. Millisecond-level obstacle detection enables emergency braking, while active avoidance algorithms dynamically replant paths around pedestrians and objects. The system prevents 99.6% of potential collisions, exceeding safety standards for warehouse automation equipment.