Jungheinrich has released the EAC 212a mobile robot, a fully autonomous high-lift reach truck engineered for mixed-operation warehouses where magnetic floor tape is routinely damaged by manual forklift traffic and ceiling-mounted laser reflectors are blocked by variable-height storage. The launch targets the autonomous forklift segment, projected to grow from USD 6.3 billion in 2026 to USD 15.6 billion by 2034, by addressing the deployment-cost barrier that has historically limited autonomy to greenfield sites. The EAC 212a installs into a functioning warehouse with zero permanent infrastructure - no tape, no reflectors, no coded markers - and can be re-routed through software when the layout changes.
The engineering core is a "Dual Solid-State 3D LiDAR" configuration, with the primary scanner forward-facing at chassis height for navigation and a secondary scanner tilted 15 degrees rearward for fork-tip engagement and rear-obstacle detection. During a one-time manual mapping run, the system constructs a geometric-feature map, extracting only structurally stable primitives - rack upright columns, building pillars, and wall corners - and storing them as anchor references rather than dense point clouds. This compresses the map by roughly 90% and, critically, ignores transient objects such as staged pallets, shrink-wrap stations, and parked manual trucks that would otherwise cause localization drift between shifts. The breakthrough innovation is the "70-Millimeter Obstacle Detection Envelope." A 360-degree safety sensor system continuously scans the vehicle's surroundings and can detect unexpected obstacles - a dropped box, a kneeling worker, a low pallet jack - from a height of just 70 millimeters above the floor. Conventional 2D safety LiDAR, mounted at 150–200 mm, routinely misses low-profile hazards; the EAC 212a's tilted secondary scanner closes this blind zone. Once detected, the vehicle autonomously plots a path around the obstacle or halts within the EN ISO 3691-4 Type 3 stopping distance, calculated dynamically from payload, floor gradient, and detected-object classification.
The system is VDA 5050 compatible, the German Association of the Automotive Industry's open protocol for AGV-to-master-control communication. This means the EAC 212a integrates directly into higher-level warehouse-execution systems and existing AGV fleets without vendor-specific middleware, and traffic-area logic can be redefined in software when a new storage aisle is commissioned. Field results at three European 3PL pilots reported installation lead times reduced from a typical 6-week reflector-survey commissioning cycle to under 48 hours, and a 19% throughput gain over reflector-based AGVs driven by elimination of false stops from transient obstacles.
