Views: 220 Author: Site Editor Publish Time: 2025-06-30 Origin: Site
Content Menu
● Understanding Tail Lift Capacity
>> What is Tail Lift Capacity?
>> The Importance of Load Capacity
● Key Factors Affecting Tail Lift Capacity
>> Load Weight
>> Load Center (Load Distance)
● Matching Tail Lift Capacity to Your Cargo
>> Step 1: Calculate Your Cargo Weight
>> Step 2: Determine the Load Center
>> Step 3: Check Tail Lift Specifications
>> Step 4: Select the Appropriate Tail Lift Model
● Platform Size and Design Considerations
>> Material and Weight of the Tail Lift
● Vehicle Compatibility and Payload Considerations
>> Mounting and Structural Integrity
● Safe Loading and Unloading Practices
● Summary
Tail lifts are indispensable tools in the logistics and transportation industries, enabling the efficient loading and unloading of heavy cargo onto trucks and trailers. However, selecting the right tail lift capacity to match your cargo weight and size is crucial for operational safety, efficiency, and equipment longevity. This comprehensive guide will help you understand how to properly match tail lift capacity to your cargo, considering factors such as load weight, load center, platform size, and vehicle compatibility.

Tail lift capacity, also known as load capacity or lifting capacity, refers to the maximum weight a tail lift can safely lift and lower. It is usually measured in kilograms (kg) and varies widely depending on the model and the vehicle it is mounted on. For example, light-duty tail lifts for vans may start at 500 kg, while heavy-duty lifts for large trucks can handle up to 3,000 kg or more.
The load capacity is the primary factor when choosing a tail lift. Exceeding this capacity risks damaging the lift, compromising safety, and causing operational delays. It is essential to calculate the total weight of your cargo, including pallets, trolleys, or pallet jacks, to ensure the tail lift can handle the load safely.
The actual weight of the cargo is the most straightforward factor. You must know the precise weight of your goods, including any equipment used to move them, such as pallet jacks. For instance, an electric pallet jack can weigh around 500 kg, significantly adding to the total load compared to a manual jack weighing about 75 kg.
The load center is the horizontal distance from the vehicle's rear to the center of gravity of the load on the tail lift platform. Tail lifts operate on a cantilever principle, meaning the further the load is positioned from the vehicle, the less weight the lift can safely handle. Most tail lifts are rated at a load center of 1,000 mm (1 meter). If the cargo is placed further out, such as 1,600 mm, the effective lifting capacity decreases substantially.
Load moment is a critical concept combining load weight and load center. It is calculated as:
$$
\text{Load moment} = \text{Load capacity} \times \text{Load distance}
$$
Expressed in kilonewton meters (kNm), it represents the actual force the tail lift must exert. Tail lifts are designed and tested to handle specific load moments, ensuring safety and performance.
- Weigh your cargo accurately, including pallets, containers, and any equipment.
- Add the weight of pallet jacks or trolleys if used.
- Consider packaging and securing materials that add weight.
- Measure the distance from the vehicle's rear to where the load's center of gravity will be on the tail lift platform.
- Ensure the load is positioned as close to the vehicle as possible to maximize capacity.
- Use the load center markings or guides on the tail lift platform for correct placement.
- Review the tail lift's rated load capacity and load center.
- Consult the load diagram or load moment chart provided by the manufacturer.
- Ensure the tail lift's load moment rating exceeds your calculated load moment.
- For light loads (up to 1,000 kg), smaller tail lifts on vans or transporters are suitable.
- For medium loads (1,000 to 1,500 kg), choose lifts designed for medium trucks.
- For heavy loads (above 1,500 kg), heavy-duty tail lifts with higher load moments are necessary.
The size of the tail lift platform should accommodate the cargo dimensions comfortably. Wider and longer platforms are better for palletized or bulky goods, while specialized lifts may be needed for unique cargo shapes.
Tail lifts are typically made from steel or aluminum. Steel offers higher strength but is heavier, which can reduce the vehicle's payload capacity. Aluminum is lighter and helps maximize payload but may have lower strength limits.
- Anti-slip surfaces for safety.
- Safety rails or guards.
- Remote controls or integrated load securing systems.
These features improve operation safety and efficiency but may add weight to the lift.
The tail lift adds weight to the vehicle, reducing the available payload for cargo. For example, a tail lift weighing 150 to 800 kg must be factored into the vehicle's maximum payload rating.
The vehicle's chassis and body must be compatible with the tail lift's mounting requirements. Overloading or improper installation can lead to structural damage or unsafe operation.
Always place the heaviest items closer to the vehicle and distribute the load evenly on the platform.
Never exceed the tail lift's rated capacity at the specified load center.
Use forklifts or trolleys for heavy loads but account for their weight in the total load calculation.
Secure cargo properly with straps or restraints to prevent shifting during lifting and transport.
Matching tail lift capacity to your cargo weight and size involves a careful balance of understanding your load's weight, its position on the platform, the tail lift's rated capacity, and the vehicle's payload limits. Proper calculation and adherence to manufacturer guidelines ensure safe, efficient, and durable operation of tail lifts in your logistics workflow.
1. What happens if I exceed the tail lift's rated capacity?
Exceeding the rated capacity can cause mechanical failure, damage to the lift, and serious safety hazards, including injury to operators.
2. How does the load center affect tail lift capacity?
The further the load is from the vehicle (larger load center), the lower the effective lifting capacity due to increased load moment.
3. Can I use a tail lift designed for 1,000 kg to lift 1,500 kg cargo?
No, using a tail lift beyond its rated capacity is unsafe and can damage the equipment.
4. Does the weight of pallet jacks affect the tail lift capacity?
Yes, the weight of pallet jacks or any other equipment on the load must be included in the total load weight.
5. How do I know if my vehicle can support a specific tail lift?
Check the vehicle's payload capacity and structural compatibility with the tail lift specifications before installation.

[1] https://www.baer-cargolift.com/en_GB/blog/taillift-lexicon-14/tail-lift-load-capacity-239
[2] https://transporteng.com.au/tail-lift-loading-front-and-centre/
[3] https://www.tail-gatelift.com/info/how-much-weight-can-a-tail-lift-lift--89685582.html
[4] https://www.linkedin.com/pulse/things-consider-when-buying-truck-tail-lift-dlp-lift-systems-g5ubf
[5] https://transtech.co.za/how-does-a-tail-lift-truck-work/
[6] https://x2uk.com/tail-lifts/
[7] https://ladebordwand-ersatzteile.de/en/tail-lift-blog/what-does-a-tail-lift-weigh/
[8] https://www.sennder.com/glossary/tail-lift
[9] https://www.rha.uk.net/portals/0/news/guidance/helpful%20information/tail-lift-doc_spreads_final.pdf
[10] https://www.cadrotaillift.com/how-much-weight-can-a-tail-lift-take.html
[11] https://www.barringtonfreight.co.uk/blog/tail-lift-delivery/
[12] https://www.trucknetuk.com/t/tail-lifts-and-max-weights/225166
[13] https://www.cadrotaillift.com/what-weight-can-a-tail-lift-take.html
[14] https://www.warringtonvanhire.com/how-much-weight-can-a-tail-lift-take/
[15] http://www.safetyfortaillifts.com/faqs.htm
[16] https://www.tommygate.com/liftgate-central/posts/liftgates-101/liftgates-for-flatbeds-box-trucks-what-to-know/
[17] https://www.akequipment.net/pdf/Thieman_Tailgates_Specs_ALL.pdf
[18] https://www.palfinger.com/en/products/tail-lifts/models/mbb-c-1500-l_p_3699
Hot Tags: China, Global, OEM, private label, manufacturers, factory, suppliers, manufacturing company
content is empty!
Step-by-Step Guide To Installing A Wheelchair Lift in Your Vehicle
How To Prevent Air Bag Punctures And Damage in Dock Levelers?
Common Issues with Air Bag Dock Levelers And How To Fix Them
The Role of Air Bag Dock Levelers in Modern Logistics And Supply Chains
How Air Bag Dock Levelers Improve Safety in Warehouse Operations?
How To Evaluate The Load Capacity And Safety Features of Wheelchair Lifts?
Best Practices From The Top Intelligent Hydraulic Supporting System Suppliers
Best Intelligent Hydraulic Supporting System Solutions for Special Vehicle Applications
Electric Vs Intelligent Hydraulic Supporting Systems: Which Offers Better Control And Efficiency?