Warehouse Robot Safety Standards & Compliance
Deploying autonomous forklifts in a warehouse where people also work requires rigorous safety engineering and regulatory compliance. Australia has clear standards governing automated industrial vehicles — here's what you need to know before, during, and after deployment.
Australian Safety Framework
Autonomous forklifts in Australia operate under a multi-layered regulatory framework:
| Standard / Regulation | Scope | Key Requirements |
|---|---|---|
| WHS Act 2011 | All workplaces | Duty of care, risk assessment, safe systems of work |
| AS 5144 | Safety of industrial trucks | Design, operation, and maintenance of powered industrial trucks including AGVs |
| ISO 3691-4:2020 | Driverless industrial trucks | Safety requirements for driverless operation in defined zones |
| AS/NZS 4024 | Safety of machinery | Risk assessment methodology, guard design, emergency stops |
| ISO 13849 (PLd) | Safety-related control systems | Performance level requirements for safety functions |
Safety Systems on Our Robots
Every autonomous forklift we deploy includes multiple independent safety systems designed to comply with AS 5144 and ISO 3691-4:
- 360° safety LIDAR: Dual safety-rated LIDAR scanners (SIL2/PLd) create overlapping detection zones around the entire vehicle
- Multi-zone speed control: Configurable detection zones trigger progressive speed reduction → crawl speed → emergency stop as obstacles approach
- Emergency stop buttons: Physical e-stop buttons on all sides of the vehicle, accessible from any approach angle
- Visual & audible warnings: LED status lights and audible alerts indicate direction of travel, operating mode, and proximity warnings
- Bumper sensors: Physical contact sensors on all bumper surfaces trigger immediate stop if contact occurs
- Load detection: Fork load sensors verify pallet engagement and detect overload conditions
- Overheight detection: Optional sensors prevent entering zones where load height exceeds clearance
Risk Assessment Process
Before deploying autonomous forklifts, Australian WHS regulations require a formal risk assessment. Our deployment process includes:
- Hazard identification: Map all pedestrian zones, traffic intersections, restricted areas, and potential pinch points
- Risk evaluation: Assess likelihood and consequence for each identified hazard using AS/NZS 4024 methodology
- Control measures: Design zone layouts, speed limits, separation barriers, and pedestrian exclusion zones
- Verification testing: Functional safety testing of all safety systems under simulated hazard conditions
- Documentation: Complete risk assessment documentation for WHS regulator review
- Training: Site personnel training on coexistence with autonomous vehicles, emergency procedures, and incident reporting
Shared Workspace Design
Most deployments involve autonomous forklifts operating alongside human workers. ISO 3691-4 defines three zone types:
Autonomous-Only Zones
Areas where only robots operate. Physical barriers or interlocked access gates prevent human entry during operation. Highest robot speed permitted.
Shared Zones
Areas where humans and robots coexist. Reduced robot speed, enhanced detection zones, and mandatory visual/audible warnings. Most common in real-world deployments.
Human-Only Zones
Areas where robots are software-locked from entering. Break rooms, offices, pedestrian walkways. Enforced by the fleet management system.
Compliance Is Our Responsibility
When you deploy autonomous forklifts through Robots Now!, safety compliance is built into the project — not an afterthought. Our deployment package includes full risk assessment documentation, safety system verification testing, personnel training, and ongoing compliance support.