Tail Lift


A tail lift, also known as a tailgate lift or liftgate, is a hydraulic or electrically powered mechanical device fitted to the rear of a truck, van, or trailer. Its primary function is to facilitate the loading and unloading of cargo by raising and lowering the cargo between the ground and the vehicle's cargo area. Tail lifts are particularly useful when handling heavy or bulky items, as they reduce the need for manual lifting and the risk of injury, as well as increasing efficiency and productivity.

— sennder Team


There are several types of tail lifts, including: - Tuck-away tail lifts: These lifts fold and stow under the vehicle when not in use, allowing full access to the rear of the vehicle. - Column tail lifts: These lifts have a vertical column that supports the lifting platform and are commonly used for heavy-duty applications. - Cantilever tail lifts: These lifts consist of a platform attached to arms that pivot on the vehicle's chassis, providing a stable lifting surface. - Slider tail lifts: These lifts slide horizontally under the vehicle when not in use, allowing for easy storage and rear access.
Tail lifts vary in their weight capacities, with some capable of lifting loads up to several tons. The weight capacity of a tail lift depends on its design, construction, and the specific requirements of the application. It is essential to choose the appropriate tail lift based on the weight and dimensions of the cargo being handled.
Yes, some tail lifts are specifically designed for passenger transportation, such as those used on wheelchair-accessible vehicles or buses. These lifts usually have a lower weight capacity and are equipped with safety features such as non-slip surfaces, handrails, and securement devices for wheelchairs.
Example or usage in road freight logistics

A furniture delivery company uses a truck equipped with a tail lift to transport and deliver heavy items, such as sofas and refrigerators, to customers' homes. The tail lift enables the delivery personnel to load and unload the cargo easily and safely without the need for additional equipment or excessive manual lifting. This not only reduces the risk of injury but also improves the efficiency and speed of the delivery process.

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