BotOnly
BotOnly AMR-CU-110 Lifting AMR
BotOnly AMR-CU-110 Lifting AMR is designed for autonomous movement of pallets, racks, and work-in-process materials. The current source package lists a verified payload of 500 kg. Navigation is based on Laser SLAM.
- Model
- AMR-CU-110
- Product type
- Lifting AMR
- Estimated price range
- US$25,000–50,000
At a glance
Key Specifications
- Rated payload
- 500 kg
- Navigation
- Laser SLAM
- Drive mode
- Dual steering wheel drive
- Runtime
- ≥8H
- Turning diameter/radius
- 500 mm
Technical data
Detailed Specifications
- Dimensions
- L939*W629*H580（mm）（including safety bumper）
- Laser scanner layout
- Diagonal Three laser scanners
- Rated payload
- 500 kg
- Navigation
- Laser SLAM
- Battery
- Lithium battery
- Charging method
- Manual / automatic / battery swap
- Charging time
- ≤2H
- Safety sensing
- vehicle coverage 360°
- Drive mode
- Dual steering wheel drive
- Maximum speed
- 0~1 m/s
- Turning radius
- 500 mm
- Obstacle crossing
- 5 mm
- Gradeability
- 3°/ 5%
- Ground clearance
- 20 mm
- Aisle width
- 1,000 mm（unloaded）
- Docking accuracy
- ± 10 mm
Description & advantages
The supplier source describes this product as part of an automated material-flow system rather than a standalone vehicle, with route planning and equipment handoff coordinated at site level.
- Source-backed workflow integration beyond the published numeric specifications
Key features
Laser SLAM navigation with dual-steering control
- Laser SLAM navigation
- Dual steering wheel drive architecture
- Manual, automatic and battery-swap charging support
- Safety sensing, emergency stop, and visual/audible status indication
Applications & cases
Where this product fits
- Warehouse material transport
- Production-line replenishment
- Work-in-process movement
Configuration note
The displayed range is an estimate. Final quotation depends on top module, navigation and safety configuration, fleet/software integration, quantity, freight, installation and commissioning.
Request a Quote
Discuss your application with our team to get a configuration and pricing plan tailored to your site.
Related blogs
Blogs related to this product
View all blogs
Buying GuideWarehouse Robot Project Checklist: What to Prepare Before Supplier Evaluation
Use this warehouse robot project checklist to prepare workflow, load, site, systems, safety, team, category-specific, and validation inputs before supplier evaluation.
Read more
Buying GuideHow to Choose a Warehouse Transport Robot by Task
Compare warehouse transport robot types by task, load unit, handoff, travel and lift needs. Use a practical framework for pallets, carts and totes.
Read more
ComparisonAGV vs AMR: Key Differences and How to Choose
Compare AGVs and AMRs by navigation, infrastructure, flexibility, cost, safety, and scalability—then use a practical framework to choose the right approach for your operation.
Read more