01 ?Medium-heavy transport
Move larger components with a 600 kg payload.
X600 carries large components, heavy boxes and semi-finished assemblies through demanding factory workflows.
- 600 kg payload
- Large components
- Heavy materials
X600 Series ?600 kg
Stable transport for larger components and heavier loads.
The X600 Series brings flexible autonomous movement to medium-heavy components and demanding production workflows.
Why X600 Series
Built around your material flow.
Stable medium-heavy transport with modular top options.
- 600 kg payload for larger materials
- Stable platform for medium-heavy transport
- Modular options for factory and warehouse workflows
X600 in real operations
Five ways X600 supports heavier material flow.
02 ?Stable movement
Keep heavy material moving at a controlled pace.
X600 moves at up to 1.0 m/s when loaded, giving medium-heavy transfers a steady, predictable rhythm.
- 1.0 m/s loaded
- 1.2 m/s unloaded
- 25 mm ground clearance
03 ?Flexible navigation
Choose the route method that suits the site.
Use Laser SLAM, top VSLAM, line guidance or reflectors to match an existing plant or a new layout.
- Laser SLAM
- Top VSLAM
- Line guidance
- Reflectors
04 ?Shared-aisle safety
See people and low obstacles around the load.
LiDAR and depth sensing help X600 detect high and low obstacles while working in a live factory aisle.
- LiDAR: ?00 mm
- Low objects: ?0 mm
- Depth range: 0.3?.5 m
05 ?Fast recovery
Return to charge in 1.5 hours.
X600 runs up to 8 hours in typical conditions, then returns to charge automatically in 1.5 hours.
- Up to 8 h typical
- Auto return to charge
- 1.5 h charge
- 1,200 mm turning
Product Specification
X600 Series technical specifications.
- Reference model
- X600B
- Dimensions
- 980 × 680 × 1,420 mm
- Robot weight
- 180 kg
- Maximum payload
- 600 kg
- Turning diameter
- 1,200 mm
- Ground clearance
- 25 mm
- Maximum speed
- 1.2 m/s unloaded · 1.0 m/s loaded
- Runtime
- 12 h unloaded · 8 h typical
- Charging time
- 1.5 h
- Navigation
- Laser SLAM · top VSLAM · line · reflector
- LiDAR range
- 30 m
- Navigation accuracy
- < ±30 mm · 2°
- Final positioning
- < ±10 mm · 1°
- Map resolution
- 5 cm default · 2 cm high precision
- Slope / step / gap
- 3° / 10 mm / 30 mm
- Battery life
- 2,000 cycles · DOD ≥ 80%
- Communication
- 4G · Wi-Fi · LoRa · ESP32
- Depth camera
- FOV H 75±3° · V 51±3° · range 0.3–3.5 m
- Remote control
- Wireless controller
- Obstacle detection
- High and low obstacle detection
- Obstacle detection height
- Main LiDAR ≈ 200 mm · low obstacle ≥ 50 mm
- Operating environment
- 0–45°C · 10–95% RH, non-condensing
- Maximum map area
- 20,000 m²
- Operating altitude
- Below 2,000 m
Product comparison
Compare the three primary X Series robots.
Choose by payload, material type and workflow. Final configuration is confirmed after a route and throughput review.
| Specification | X100 Series View product | X300 Series View product | X600 SeriesCurrent View product |
|---|---|---|---|
| Best fit | Totes, small parts and line-side delivery | Production supply and process transfer | Large components and heavy materials |
| Configurations | X100B · X100T · X100L | X300B · X300B-L · X300T · X300L | X600B · X600B-L |
| Reference model | X100T multi-tier | X300B-L flat-top lift | X600B |
| Dimensions | 570 × 470 × 1,270 mm | 852 × 506 × 1,270 mm | 980 × 680 × 1,420 mm |
| Robot weight | 45 kg | 120 kg | 180 kg |
| Maximum payload | 100 kg | 300 kg | 600 kg |
| Turning diameter | 650 mm | 950 mm | 1,200 mm |
| Ground clearance | 25 mm | 25 mm | 25 mm |
| Maximum speed | 1.5 m/s unloaded · 1.2 m/s loaded | 1.5 m/s unloaded · 1.2 m/s loaded | 1.2 m/s unloaded · 1.0 m/s loaded |
| Runtime | 12 h unloaded · 8 h typical | 12 h unloaded · 8 h typical | 12 h unloaded · 8 h typical |
| Charging time | 3.5 h | 3.5 h | 1.5 h |
| Navigation | Laser SLAM · top VSLAM · line · reflector | Laser SLAM + VSLAM + visual assist | Laser SLAM · top VSLAM · line · reflector |
| LiDAR range | 30 m | 30 m | 30 m |
| Navigation accuracy | < ±20 mm · 2° | < ±20 mm · 2° | < ±30 mm · 2° |
| Final positioning | < ±10 mm · 1° | < ±10 mm · 1° | < ±10 mm · 1° |
| Map resolution | 5 cm default · 2 cm high precision | 5 cm default · 2 cm high precision | 5 cm default · 2 cm high precision |
| Slope / step / gap | 5° / 20 mm / 35 mm | 5° / 20 mm / 35 mm | 3° / 10 mm / 30 mm |
| Battery life | 2,000 cycles · DOD ≥ 80% | 2,000 cycles · DOD ≥ 80% | 2,000 cycles · DOD ≥ 80% |
| Communication | 4G · Wi-Fi · LoRa · ESP32 | 4G · Wi-Fi · LoRa · ESP32 | 4G · Wi-Fi · LoRa · ESP32 |
| Depth camera | FOV H 75±3° · V 51±3° · range 0.3–3.5 m | Top: H 91° · V 62° · range 3 m; chassis: H 116.9° · V 91.1° · D 125° · range 2.5 m (±3°) | FOV H 75±3° · V 51±3° · range 0.3–3.5 m |
| Remote control | Wireless controller | Optional | Wireless controller |
| Obstacle detection | High and low obstacle detection | High and low obstacle detection | High and low obstacle detection |
| Obstacle detection height | Main LiDAR ≈ 200 mm · low obstacle ≥ 50 mm | Main LiDAR ≈ 200 mm · low obstacle ≥ 50 mm | Main LiDAR ≈ 200 mm · low obstacle ≥ 50 mm |
| Operating environment | 0–45°C · 10–95% RH, non-condensing | 0–45°C · 10–95% RH, non-condensing | 0–45°C · 10–95% RH, non-condensing |
| Maximum map area | 20,000 m² | 20,000 m² | 20,000 m² |
| Operating altitude | Below 2,000 m | Below 2,000 m | Below 2,000 m |
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