Mobile Elevated Work Platforms (MEWPs) are essential pieces of equipment used to safely elevate workers for tasks at height. From construction sites to maintenance projects, MEWPs provide a stable, efficient platform for reaching difficult places. But have you ever stopped to think about the weight of these machines? Whether you're renting one, transporting it, or simply curious, understanding the weight of a MEWP is crucial. In this article, we’ll delve into the typical weight of different types of MEWPs, the factors that influence their weight, and why this information matters. Let’s lift the lid on this topic!
A Mobile Elevated Work Platform (MEWP) is a type of aerial work platform used to elevate workers and equipment to significant heights. MEWPs are typically used in construction, maintenance, and other industries requiring safe, temporary access to high places.
There are several types of MEWPs, each designed for different tasks:
The weight of a MEWP plays a significant role in selecting the right machine for your project. It's important to match the machine’s weight to your job site’s requirements, especially if you're dealing with weight limits for transportation, ground pressure, or restricted access.
The weight of a MEWP varies depending on several key factors. Let’s take a closer look at the aspects that influence the weight of these machines:
Larger platforms generally add more weight to the machine. A bigger platform allows for more space to carry workers and equipment, but it also increases the overall weight.
The type of power source used in a MEWP also affects its weight:
MEWPs with higher load capacities will generally weigh more. Additional features like larger stabilisers, enhanced safety systems, or extended reach also add to the weight.
The materials used to construct the MEWP also influence its weight. Steel frames are generally heavier than aluminium frames, though aluminium provides a lighter alternative with a trade-off in strength.
Each type of MEWP has its own typical weight range. Here’s an overview of what you can expect for the most common types:
Scissor lifts are designed to lift vertically, making them stable and suitable for confined spaces. The weight varies depending on the model and power source:
Boom lifts come in both articulating and telescoping models, and their weight can vary significantly:
Spider lifts are designed to be lightweight and compact, making them ideal for narrow or delicate environments. They generally weigh between 1,000kg and 3,500kg, depending on the size and model.
Truck-mounted lifts are heavier due to the additional structure of the truck and lift system. Their weight typically ranges from 5,000kg to 15,000kg, depending on the size of the truck and lift.
The weight of a MEWP is more than just a number. It has practical implications for your project, affecting several important factors:
MEWPs are often transported from one job site to another. A heavier machine may require more powerful transport vehicles, and it could be challenging to manoeuvre in tight spaces. Knowing the weight ensures that the MEWP is compatible with your transport options.
The weight of the MEWP is linked to its load-bearing capacity. Heavier models typically have higher lifting capacities, but this must be balanced with your project needs to avoid overloading the platform.
Heavier MEWPs exert more pressure on the ground, which can be problematic on soft or uneven surfaces. Understanding the weight helps you assess whether additional ground protection (such as mats or pads) is required to prevent damage to the site.
A MEWP’s weight directly affects its stability. If a machine is too heavy for the surface or site conditions, it can become unstable. Ensuring the weight is within the safe operational limits for both the machine and the terrain is vital for safe operation.
When selecting a MEWP for your project, the weight of the machine should be considered alongside other critical factors:
If the job site has narrow access points, limited space, or soft ground, a lighter MEWP, such as a spider lift, might be the best option. A heavier machine might be difficult to transport or manoeuvre in these environments.
While a lightweight machine might be easier to transport, it’s essential that it doesn’t compromise on stability or load-bearing capacity. Make sure the machine can support the required weight of both workers and equipment while remaining stable during use.
Choose a MEWP that meets your height and reach requirements without exceeding weight limitations. Remember, heavier machines often have more powerful reach capabilities, but they may not be suitable for all environments.
Choosing the right MEWP for your specific job can be a complex task, considering the variety of factors such as weight, reach, load capacity, and site accessibility. It’s essential to balance all these elements to ensure optimal performance and safety. Rather than spending time trying to figure out which MEWP would be the best fit for your project, be sure to get in touch today. Our operated cherry picker hire service is tailored to meet your needs, providing expert assistance with your task. We cover Cherry Picker Hire in London and the South East and can be called at a moment’s notice to help get your project off the ground efficiently and safely.
The weight of a MEWP is an important factor that influences everything from transportation and mobility to safety and site access. Understanding the typical weight ranges of different MEWPs, along with the factors that influence them, is essential when selecting the right machine for your project. Whether you're working on a construction site, maintaining high-rise equipment, or carrying out tree pruning, knowing the weight of your MEWP ensures a safer and more efficient operation. Ready to lift your next project? Consider the weight of your MEWP alongside other factors like reach, capacity, and terrain to make an informed decision.