Floor and Environment Requirements
The J1600 is designed for indoor, floor-to-floor pallet transport. This page lists the floor and environmental limits a site must meet.
Floor requirements
| Parameter | Metric | Imperial/other |
|---|---|---|
| Gradeability, automatic mode | 0° | 0% |
| Gradeability, manual mode, no load | 2.86° | 5% |
| Gradeability, manual mode, full load | 1.72° | 3% |
| Maximum traversable bump height | 25 mm | 1 in |
| Maximum traversable gap width | 20 mm | 0.8 in |
| Floor flatness/levelness | TR34 FM3 | FF 25 / FL 20 |
| Ground clearance | 30 mm | 1.2 in |
Autonomous travel is a level-floor application: automatic gradeability is 0%. Slopes, ramps, and dock plates remain manual tasks, within the manual-mode limits above. Plan autonomous routes accordingly during the site risk assessment.
Environmental requirements
| Parameter | Metric | Imperial/other |
|---|---|---|
| Minimum operating temperature | 5°C | 41°F |
| Maximum operating temperature | 40°C | 104°F |
| Relative humidity | 20–80% | non-condensing |
| Ingress protection | IP21 | protected against objects over 12.5 mm and vertically dripping water |
IP21 means the vehicle is protected against solid objects larger than 12.5 mm and vertically dripping water — it is an indoor rating, not protection against wash-down, spray, or outdoor conditions.
Real-world floors
The company validates the J1600 under intentionally imperfect conditions at its Copenhagen test and demo facility, including uneven flooring and water-filled test loads. The limits on this page still apply to production deployments.
No infrastructure changes are required within these limits: the J1600 navigates by 3D LiDAR SLAM without tracks, wires, reflectors, or building modifications.
Related requirements
- Load and carrier limits: Approved loads and pallets
- Full specification table: J1600 technical specifications
- Validation at go-live: Commissioning and validation
These January 2026 specifications are preliminary and subject to change. Use current product documentation for deployment decisions.