Toyota introduces four compact warehouse trucks

Toyota Material Handling Europe has added four electric warehouse trucks to its Optio and Tracto ranges, extending the equipment available for order picking and horizontal load movement. The introductions comprise the Optio OSE100 and OSE100W low-level order pickers, alongside the Tracto TSE300 and TSE500 tow tractors. Order books are scheduled to open in November, with production planned for the first quarter of 2027. The machines target warehouse and factory operations where repeated short movements, frequent picking stops, and limited manoeuvring space influence equipment selection.

The two Optio machines each have a rated load capacity of 1,000kg and use a compact three-wheel configuration. Both are man-up order pickers with platforms rising to a maximum height of 1,195mm, allowing work at a second picking level. Their platform layouts serve different picking tasks: the OSE100 has an elevating operator platform together with an initial lift that raises the forks to a more convenient working height, while the OSE100W has a walkthrough arrangement for placing bulky items onto the forks.

The difference between the Optio layouts changes the picking method. The OSE100’s raised forks position a pallet or collection unit nearer the operator during repeated item transfers, while the OSE100W’s walkthrough arrangement creates access for bulkier items. Platform elevation extends the operator’s reach to the second picking level without requiring a separate truck for each storage height. Appropriate use still depends on load dimensions, shelf access, and the permissible working position rather than the stated maximum platform height alone.

Toyota offers alternative electronic steering configurations and standard walkie buttons that advance the order picker while its operator walks alongside. Where successive pick faces are close together, that arrangement reduces repeated boarding between short movements. Optional heating addresses colder work areas, and the three-wheel geometry is intended to help manoeuvre in restricted aisles. These are specific configuration changes; Toyota has not stated a measured percentage improvement in picking rates for either new model.

For longer horizontal movements, the Tracto TSE300 and TSE500 perform towing rather than order picking. The former has a 3.0-tonne towing rating and the latter 5.0 tonnes, with speeds of up to 12km/h. Tow tractors are used with suitable trailers to carry materials between defined collection and delivery points, such as incoming goods, production lines, and dispatch areas. The size and arrangement of the connected load, as well as turning space at each stop, determine how the nominal towing capacity can be used in a real facility.

Lithium-ion batteries are available on the two tow tractors, giving operators the option to charge during planned pauses rather than relying solely on an extended charging period outside the shift. The benefit depends on the charging points, duty cycle, and opportunities to remove a vehicle from its route. Standard inching buttons support small positioning movements near trailers and loading positions, while optional mirrors, indicators, and a Rockinger hitch give customers different arrangements for visibility and coupling.

Wider entry access and integrated storage in the operator compartment sit alongside changes intended to reduce vibration exposure during long shifts. A redesigned battery hood provides maintenance access, which affects how readily routine checks and work on the battery area can be carried out. Frequent mounting, steering, and movement over warehouse floors impose different physical demands from stationary lifting; the changes target those recurring tasks rather than eliminate the need for workplace-specific handling controls.

Optional blue and red warning lights are among the provisions intended to make moving trucks more conspicuous in shared working areas. Their effectiveness depends on visibility and the site’s traffic arrangement: a projected warning may help alert a person approaching an aisle intersection, but it does not replace pedestrian separation or speed rules. Selecting the right truck also requires the operator to consider load stability, trailer configuration, turning clearance, and interaction with other vehicles in the same route network.

Toyota attributes lower energy demand to lighter construction and revised drive technology. It also reports that the OSE100 and OSE100W were rated best-in-class for energy consumption and noise using evaluations based on ISO 23308 criteria. Those are manufacturer-reported comparisons from defined tests rather than measured outcomes from an individual warehouse. Battery demand in operation will also vary with travel distance, loading, acceleration, lifting, and available charging time.

Mark Peters, marketing director at Toyota Material Handling Europe, linked the additions to customer demand for efficiency and operator comfort. Toyota intends to follow them with an OSE120CB model, although the announcement gives no confirmed launch timetable for that further variant. Orders for the four named trucks open in November, ahead of planned production in the first quarter of 2027. Their practical specification can then be assessed against the loads, routes, and shift patterns for which they will be purchased.