remote controlled long-range lift truck for confined space
Features of Remote Controlled Long-Range Lift Truck for Confined Space
The remote controlled long-range lift truck for confined space by Vigorobust Machinery stands out with its enhanced safety features, making it the ideal choice for narrow aisles and hazardous environments. Operators can confidently maneuver the lift truck from a safe distance, keeping them away from dangerous, flammable, or extreme conditions encountered in confined spaces.
Equipped with a maintenance-free 48V 32Ah battery, this lift truck offers long runtime and zero emissions, which is essential for indoor operations and enclosed environments. This clean power source ensures that facilities maintain their air quality while benefiting from efficient material handling solutions.
Superior maneuverability is another hallmark of this lift truck, as it boasts a reliable front axle and 360° rear steering. This design allows operators to navigate smoothly through tight corners and rough terrains, ensuring seamless operation even in challenging work settings like warehouses and industrial sites.
Moreover, the user-friendly controls make operating the remote controlled long-range lift truck for confined space straightforward, even for those without specialized training. This accessibility enhances productivity, enabling workers to focus on their tasks rather than struggling with complex machinery.
Innovative Design and Components
At the core of the remote controlled long-range lift truck for confined space is a robust frame designed for demanding environments. Constructed with reinforced steel, the main body comprises 4mm steel plates supported by a 6mm I-beam, providing exceptional durability and strength necessary for tough operational conditions.
The front axle is engineered based on a heavy-duty electric tricycle axle, optimized for spatial arrangement to facilitate easier installation and logical positioning of components. With a powerful 48V 1200W brushless motor, this axle offers reliable performance, ensuring high torque output whether on flat surfaces or rugged terrains.
The electric hydraulic push rods provide compactness and intelligence, allowing precise height adjustments during lifting and lowering operations. Featuring built-in protections against over-current and overheating, these rods ensure safe and effective functioning in various applications, further enhancing the reliability of Vigorobust’s lift truck.
Vigorobust remote operated electric forklift is a fully electric solution, delivering long runtime and zero emissions—ideal for enclosed or environmentally sensitive spaces. Its advanced electric front axle ensures reliability, while the rear steering motor allows 360° wheel rotation for agile maneuvering in narrow areas. Compact electric-hydraulic push rods provide simple, efficient material lifting. Designed with user convenience in mind, it supports remote operation from distances of up to 200 meters, offering outstanding flexibility. It is suitable for factory, construction sites, cold storage, container, and more. Equipped with rechargeable batteries, it guarantees sustained power and high efficiency. As a leading manufacturer in China, Vigorobust Machinery offers factory-direct pricing for high-quality remote operated forklift. All products are Made in China, ensuring you receive reliable performance straight from the factory. For buyers looking to purchase online, Vigorobust Machinery provides affordable options without compromising quality. Whether you’re searching for a electric remote operated grass crusher or wondering where to buy Vigorobust brand grass crusher, we ensure competitive prices, premium quality, and excellent after-sales service. Choose Vigorobust Machinery—where the best price meets the best quality.
Finally, the advanced remote control system enables operation from up to 200 meters away, featuring an efficient 2.4GHz radio frequency. This capability ensures that operators maintain control over their lift trucks even from a distance, greatly enhancing safety and efficiency in confined spaces.