The Toyota 7310 reach truck's one-of-a-kind, four-directional travel mode - called 4-D™ - eliminates the need to perform right-angle turns.
Unlike typical counterbalanced forklifts, the 7310 reach truck's 4-D capabilities allow you to create narrower aisles, denser storage - and retrieve long loads faster and more easily.
Toyota's 7310's single-axis control handle lets you perform several functions simultaneously.
(Overseas model shown in video. For full Australian specifications please refer to product brochures supplied by TMHA or contact TMHA for more details).
Program the Toyota 7310 forklift's performance to suit individual experience and training - and to suit your operation. To help manage fleet operations, the system captures and reports detailed, time-stamped data on forklift functions.
The Ergonomically Advanced Systems with intellidrive® or EASi® control systems, combine unmatched speed and acceleration with precise torque control for fine maneuvering and travel over uneven floors.
Other ergonomic enhancements include a low 235mm step height and a padded, wrap-around operator envelope. Convenient controls and displays improve efficiency, visibility, and the natural, easy-to-learn feel of the forklift.
For superior ergonomic comfort, the single-axis control handle commands a wide array of functions simultaneously - with minimal motion or effort.
For quick reference, Toyota's 7310's heads-up display indicates 4-D travel direction. Mode indicator lights make four-directional selection and automatic positioning easy.
Precision and ease of operation are this forklift's touchstones to denser storage and reduced damage to your inventory, rack, and equipment. To aid operators handling bulky but valuable loads, the Toyota 7310 reach forklift simplifies operation with sound ergonomic design, four directional travel and intuitive controls.
The Toyota 7310 reach forklift is available in 2043kg capacity with optional auxiliary carriages in 2616mm, 3073mm, 3683mm, and 4597mm widths. Options include: load backrest and varying fork configurations.