MEWP Hire Checklist: 12 Questions to Choose the Right Access Platform

A Practical Guide to Safe and Efficient Working at Height in the UK

Choosing the right access platform is essential for safe, efficient working at height. Hiring the wrong machine can cause delays, increase costs, and create unnecessary safety risks. Whether you’re working on a construction site, maintaining a commercial building, or carrying out facilities management, selecting the correct MEWP (Mobile Elevating Work Platform) makes all the difference.

This practical checklist will help you identify the right equipment for your project and avoid common hiring mistakes.

Quick MEWP Hire Checklist

Before booking your next rental, use this rapid-reference table to narrow down your requirements. These 12 questions are the foundation of a safe and cost-effective hire.

1. What Working Height Do You Need?

Working height is the maximum reach of an operator (typically 2 metres above the platform floor). This is one of the most important factors when choosing a MEWP.

Different platforms offer different working heights, and selecting one that’s too small can delay your project. Choosing one that’s too large may increase hire costs unnecessarily.

If you’re unsure which height is suitable, our guide on how to choose the right access platform for your construction project explains this in more detail.

Ⓜ️ The Milo Tip: Never hire a machine where your required height is the absolute maximum of the machine. Working at full extension for long periods increases “sway” and can make precision tasks difficult.

📏 Key Heights:

• Low-Level (up to 5m): Ideal for retail fit-outs and ceiling tiles.
• Medium Reach (10m–15m): Standard for warehouse racking and external signage.
• High Reach (16m+): Required for structural steel and telecommunications.

2. Do You Need Vertical Access or Horizontal Outreach?

Understanding the “Working Envelope” is vital. Some jobs require straight vertical lifting, while others need outreach to reach over obstacles.

Scissor lifts provide safe, stable vertical lifting and are ideal for indoor work and flat surfaces.

Cherry pickers and boom lifts offer both height and horizontal reach, making them ideal for accessing roofs, working around obstacles, or reaching difficult areas.

If you’re unsure which is most suitable, read our detailed comparison of cherry pickers vs scissor lifts.

3. Will the Work Be Indoors or Outdoors?

The working environment is a primary factor in MEWP selection, dictating both the required power source and the type of tyres needed to protect the site.

Indoor Environments

For indoor projects, such as warehouse maintenance, retail fit-outs, or factory installations, Electric (Lithium or Lead Acid) or Bi-Energy platforms are essential.

• Zero Emissions: Eliminates the risk of toxic fume build-up in enclosed spaces.
• Acoustic Sensitivity: Electric motors operate quietly, making them ideal for hospitals, schools, or night-shift work.
• Surface Protection: Indoor units should be fitted with non-marking white tyres to prevent scuffs and damage to finished flooring (epoxy, tile, or polished concrete).

Outdoor & Construction Sites

Outdoor environments, particularly undeveloped construction sites or industrial yards, require the power and durability of Diesel or HVO (Hydrotreated Vegetable Oil) engines.

• Power & Torque: Internal combustion engines provide the necessary torque for navigating steep gradients and muddy inclines.
• Rough Terrain Specs: These units often feature four-wheel drive (4WD) and foam-filled, lugged tyres designed for puncture resistance and stability on uneven ground.
• Sustainability Note: If your site has strict carbon-neutral targets, we offer HVO-compatible fleets that reduce $CO_2$ emissions by up to 90% without sacrificing performance.

4. What Are the Ground Conditions?

Ground conditions directly affect safety and performance. A common mistake is ignoring Point Loading.

Smooth, solid floors (such as warehouses or commercial buildings) are ideal for electric scissor lifts.

Rough terrain, gravel, slopes, or construction sites require more robust equipment such as diesel boom lifts or rough terrain scissor lifts.

Our guide on choosing the right access platform explains how terrain impacts equipment selection.

• Indoor: Check the floor’s Kilo-Newtons per square metre ($kN/m^2$) rating. Heavy booms can crack thin concrete slabs.
• Outdoor: On soft ground, you need Rough Terrain (RT) specs with oscillating axles.

Ⓜ️ The Milo Tip: Always ask for outrigger pads if you are set up on tarmac during summer; the heat can soften the surface, leading to instability.

5. How Much Space Is Available?

Can the machine actually get to the work area? Check the Stowed Height and Width. Many industrial units have standard double doors that only fit “Narrow” or “Slimline” models (usually 0.8m to 1.2m wide).

Restricted access areas require compact platforms with a smaller footprint.

Consider:

• Narrow doorways
• Tight indoor environments
• Limited manoeuvring space

Electric scissor lifts are often ideal for confined indoor areas due to their compact design, whereas boom lifts may be more suitable for outdoor areas with more space.

Ⓜ️ The Milo Tip: Don’t forget to measure the Turning Radius. A machine might fit through the door but fail to make the 90-degree turn in the corridor.

6. Are There Obstacles Blocking Access?

Obstacles such as machinery, roofs, steelwork, or building features can make vertical lifting alone insufficient.

Boom lifts and cherry pickers are designed to provide outreach, allowing operators to reach over or around obstacles safely.

If there are “unreachable” points, look for Articulated Booms (sometimes called Knuckle Booms). Unlike telescopic booms, articulated booms like the Manitou 160 ATJ Articulating Boom Lift, have multiple sections that “fold,” allowing you to reach over a mezzanine and then down into a gap.

If your project involves complex access requirements, comparing platform types can help determine the best solution. See our guide on cherry picker vs scissor lift.

7. What Weight Needs to Be Lifted?

Check the SWL (Safe Working Load) stamped on the machine. Each platform has a maximum safe working load.

This includes:

• Operator weight
• Tools and equipment
• Materials

Overloading platforms can create serious safety risks. If your project involves lifting heavier loads or materials, telehandlers or larger boom lifts may be more suitable.

📏 Calculation: (Operator Weight) + (Tools) + (Materials) = Total Load.

Ⓜ️ The Milo Tip: If you are installing heavy glass panels or steel beams, you may need a “Material Handling” attachment rather than just a standard basket.

8. How Long Will You Need the Platform?

The length of your project doesn’t just change the price, it changes the logistics of how you manage the equipment on-site. Choosing the correct duration and machine type from the start is the best way to avoid project creep and unnecessary transport costs.

Short-Term Hire (1–3 Days)

Ideal for reactive maintenance, emergency repairs, or quick inspections.

• Focus on Readiness: For short windows, ensure you have your IPAF certification ready before the machine arrives so you can begin work the moment it’s offloaded.
• Common Uses: Gutter cleaning, lightbulb replacement, or CCTV installation.

Long-Term & Contract Hire (4+ Weeks)

For large-scale construction or ongoing facility management, long-term hire offers better cost-predictability.

• Maintenance & Compliance: On long-term hires, remember that MEWPs require a LOLER thorough examination every six months. We manage these schedules for you to ensure your site remains compliant.

Ⓜ️ The Milo Tip: Availability fluctuates with the seasons. During “Peak Access Season” (Spring and Autumn) when roof and gutter work spikes across the UK, we recommend booking at least 72 hours in advance to guarantee your specific model is available and ready for transport. If a project looks like it will overrun, let us know early. Transitioning from a weekly rate to a monthly Contract Hire rate can often save you significant project budget.

9. How Will the Platform Access the Site?

Access to your site is an important consideration. MEWPs are delivered on large HGVs or low-loaders. Ensure there is a clear “Drop Zone” and no overhead low-hanging cables at the entrance.

Think about:

• Entrance widths
• Height restrictions
• Delivery access
• Site layout

Some platforms are more compact and easier to transport into restricted areas. Vehicle-mounted platforms can also provide excellent flexibility for certain projects.

Ⓜ️ The Milo Tip: If site access is extremely restricted, consider a Tracked Spider Lift, which can “walk” through a standard garden gate on treads.

10. Will the Platform Need to Move Frequently?

If the platform needs to move regularly across the site, self-propelled MEWPs are usually the best option.

These allow operators to reposition quickly and safely without leaving the platform.

This improves efficiency and reduces downtime.

👣 Mobility: Self-Propelled vs. Push-Around

• Push-Around (PAV): Lightweight and cheap, but you must descend to move it.
• Self-Propelled: Can be “driven at height.” This is a massive productivity booster for painting or installing long runs of conduit.

11. Are There Noise or Emission Restrictions?

With the rise of ULEZ, LEZ, and Clean Air Zones across UK cities like London, Bristol, and Birmingham, diesel may not be an option. Indoor environments, hospitals, shopping centres, and public buildings often have strict emission and noise requirements.

Electric access platforms are ideal in these environments because they:

• Produce no exhaust emissions
• Operate quietly
• Are safe for enclosed spaces

Diesel platforms are better suited to outdoor environments. We can provide Stage V compliant engines or All-Electric fleets for zero-emission zones and night-shift work in residential areas where noise must be kept below 70dB.

12. Do Operators Know How to Use the Equipment Safely?

Safety isn’t just a suggestion; it’s the law under LOLER 1998. Proper operation is essential for safe working at height. Ensure your operator has the correct IPAF Category (e.g., 3a for Scissor Lifts, 3b for Self-Propelled Booms).

Operators should understand:

• Safe operating procedures
• Equipment controls
• Site hazards

Our guide on how to operate access equipment safely explains essential safety considerations. If scissor lifts are being used, our specific guide on how to operate a scissor lift provides helpful practical advice.

Ⓜ️ The Milo Tip: Always check the Six-Monthly Thorough Examination certificate (LOLER) provided with the machine hire.

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Common MEWP Hiring Mistakes to Avoid

In our experience at Milo Access Platforms, most hire issues stem from small oversights during the planning stage. Avoiding these five common pitfalls will save you time, money, and potentially lives.