RS8 (RoboShuttle 8-Meter)
RS8 is Geek+'s most-deployed vertical picking robot, engineered for high-density 8-meter warehouse operations. Standing 8.2 meters tall, RS8 retrieves boxes from double-deep racks in narrow aisles, delivering them to P40 tote-carrying robots which transport boxes to operator picking stations. The robot's slim, 1.8m × 1m footprint enables operation in tight warehouse spaces while its 40 kg payload handles typical small-to-medium warehouse boxes. RS8 is the centerpiece of RoboShuttle deployments worldwide, combining with P40 robots to achieve 3x storage density improvements and up to 500 boxes/hour/station throughput. The system requires zero facility modifications, utilizing QR-code navigation for rapid deployment.
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Specifications
Robot Type
Vertical box-picking robot for high-density storage
Height Class
8-meter warehouse optimization
Total Robot Height
8,245 mm (8.2 meters)
Payload Capacity
40 kg
Max Lifting Height
7,935 mm
Dimensions
1,800 × 1,000 × 8,245 mm (L × W × H)
Weight
900 kg
Max Speed With Load
1.8 m/s
Max Speed Without Load
1.5 m/s
Lifting Cycle Time
10 seconds
Box Size Range
200-450mm width, 200-650mm length
Storage Configuration
Double-deep racks
Narrow Aisle
Compatible with high-density aisles
Navigation
QR-code-based
Facility Modifications
None required
Picking Efficiency
Up to 400 picks/hour/station
System Throughput
Up to 500 boxes/hour/station (with P40)
Storage Capacity Improvement
3x vs. traditional systems
Deployment Timeline
Days to weeks
Applications
High-density box picking, 8-meter warehouse storage, RoboShuttle deployments
Industries
E-commerce, apparel, retail, 3PL, pharmaceuticals
Key Features
Optimized for 8-meter warehouse heights (highest deployed capacity)
8.2-meter full height with 7.935-meter maximum lifting reach
40 kg payload handling small-to-medium boxes
Slim footprint (1.8m × 1m) for narrow-aisle compatibility
Double-deep telescopic fork arms accessing back storage
Box size handling 200-450mm width, 200-650mm length
1.8 m/s speed with load enabling rapid pick cycles
10-second lifting cycle maintaining throughput
Robust chassis rated for harsh warehouse conditions
900 kg robot weight providing stability and durability
QR-code navigation with zero rail or guide-tape requirements
Integrated with RoboShuttle system and P40 tote robots
Part of integrated high-density goods-to-person solution
Product Description
RS8 is Geek+'s most-deployed vertical picking robot, engineered for high-density 8-meter warehouse operations. Standing 8.2 meters tall, RS8 retrieves boxes from double-deep racks in narrow aisles, delivering them to P40 tote-carrying robots which transport boxes to operator picking stations. The robot's slim, 1.8m × 1m footprint enables operation in tight warehouse spaces while its 40 kg payload handles typical small-to-medium warehouse boxes. RS8 is the centerpiece of RoboShuttle deployments worldwide, combining with P40 robots to achieve 3x storage density improvements and up to 500 boxes/hour/station throughput. The system requires zero facility modifications, utilizing QR-code navigation for rapid deployment.
Frequently Asked Questions
RS8 combines rapid vertical movement (1.8 m/s with load), fast lifting cycles (10 seconds), and intelligent route optimization (AI-driven path planning). The robot automatically selects next box location based on demand patterns, minimizing search time. Picking speed accelerates as operators become familiar with the system.
RS8 features a 900 kg base weight providing exceptional stability, low center-of-gravity design, and wide wheelbase. The robot's payload (40 kg) is far lighter than its structural design allows. Safety margins are conservatively calculated for reliability in continuous operation.
RS8's slim 1.8m × 1m footprint is specifically designed for narrow-aisle warehouses. The robot's telescopic fork arms extend into double-deep racks while the main body remains in the aisle, enabling typical 2.5-3m warehouse aisle compatibility. QR-code navigation ensures precise path planning.
RS8 features multi-level sensors and continuous obstacle detection. If an obstruction is detected, the robot automatically stops, alerts the control system, and lowers the load safely to the floor before reversing. Emergency stop systems ensure safe response to any unexpected condition.