Toyota Material Handling has announced a major feature upgrade to its BT Reflex R-series reach truck lineup, integrating enhanced "Auto Height Select" (AHS) and "End of Aisle Positioning" (EAP) as standard equipment across the RRE140, RRE160, and RRE180 models. In high-bay warehouses with racking reaching 13 meters, reach truck operators perform hundreds of put-away and retrieval cycles per shift. Each cycle requires the operator to precisely position the forks at the pallet's height-which varies rack-by-rack and level-by-level-before carefully inching the truck into the narrow aisle to engage the pallet. At the 12-meter level, the operator's visual reference to the fork tips and the target pallet is severely limited, leading to slow cycle times and frequent rack strikes.
The enhanced Auto Height Select system integrates a "Rack-Level Barcode Scanner" mounted on the mast and a "Fork-Height Position Encoder" on the lift cylinder. The engineering breakthrough is the "Pallet-Level Recognition and Pre-Positioning." When the operator approaches a storage bay, the mast-mounted scanner reads the barcode label affixed to the rack beam, identifying the specific bay's elevation in the warehouse management system. The ECU then autonomously raises the forks to the exact height of the target pallet level-within ±10 millimeters-while the truck is still traveling toward the rack, allowing the operator to focus on steering rather than on the simultaneous lift-lever adjustment. This fork pre-positioning eliminates the time-consuming "stop, look up, adjust lift, inch forward" sequence that previously dominated high-bay put-away cycles.
The "End of Aisle Positioning" (EAP) feature complements this by adding a "Forward-Facing Camera and Laser Projection System" mounted at the top of the mast. When the truck enters the aisle and the operator begins the put-away approach, the camera provides a real-time, on-screen view of the pallet's position relative to the fork tips, projected onto the cab's panoramic display. The system additionally projects a laser "crosshair" onto the target pallet, indicating where the forks will enter. If the truck's lateral position deviates from the ideal pallet-entry path, the crosshair shifts on the display, prompting the operator to steer back on center before entering the pallet. This visual assistance reduces pallet rack strikes by 70 percent during high-level put-away cycles and enables even relatively inexperienced operators to achieve the placement accuracy of seasoned veterans.
