High-Capacity Reach Truck

Your fast-paced warehouse environment gets a workout day-in and day-out. When it comes to moving and storing products, the last thing you need is limitations. Keeping up with evolving throughput and storage density demands while managing fluctuating SKU counts presents challenges for warehouse managers and operators. Toyota’s High-Capacity Reach Truck enables you to reach higher, work smarter, and be comfortably productive regardless of the assignment. For tall tasks and heavy orders, you need the Toyota High-Capacity Reach Truck.

Performance

Heavy on Productivity

Toyota’s versatile High-Capacity Reach Truck allows you to run your operations at a new level. Need to reach high? How about a lift height of up to 45 ft. Need to lift heavy? How about a lift capacity of up to 4,500 lbs? When needing to do both, the High-Capacity Reach Truck can lift 2,150 lbs. to more than 42 feet. It all adds up to better cube utilization and versatility to store products when and where you need to. Slow- and fast-moving pallets get stored based on need and not on your equipment’s limitations. Don’t limit your efficiency.

Powered by Lithium-ion

Powering You Toward a Sustainable Future

At Toyota, we understand how important it is to keep your operation running at peak performance. When utilizing electric forklifts in your operation, you need a powerful, reliable, and sustainable solution that will continue to power your operation forward, year after year. Enter Toyota’s Lithium-ion batteries. Utilizing a patented design and electrolyte technology to increase your productivity, you’ll never have to worry about losing voltage or performance. You can rely on Toyota’s knowledgeable and dedicated team to support your energy needs.

High-Capacity Reach Truck

Moving from pick to pick as quickly and efficiently as possible is the name of the game, and the Toyota High-Capacity Reach Truck delivers. Its powerfully efficient AC Drive and Lift Motors offer superior acceleration, travel, and lift/lower speeds to maximize throughput while minimizing downtime. Regenerative lowering and plugging return energy to the battery when lowering the forks and plugging and coasting for more efficient operation and reduced energy costs.