Both hands free at 5 metres, and what that does to an installation day

Installation work above 3 metres in retail, hospitality, and light-commercial environments looks the same everywhere: an electrician or technician installs ceiling fixtures, signage, sprinkler heads, cable trays, or HVAC components, repeats it across hundreds of mounting points, and signs off. The economics of that work are dominated by one variable buyers rarely measure, which is how much of the shift is actually spent installing.

From a ladder, the answer is sobering. From a Safelift MA60, the answer changes enough to matter on the next bid.

What an installation cycle actually looks like

A single installation point above head height has the same anatomy regardless of trade:

1. Locate the next mounting point
2. Position the access equipment
3. Climb to the work height
4. Mount, fix, terminate, test
5. Descend
6. Reposition the access equipment

The work itself (step 4) is roughly constant per fixture. The other five steps are pure overhead. The variable that decides productivity is how much overhead each access method imposes.

The ladder cycle, with stopwatch numbers

From observed installation crews working between 3 and 5 metres, a single repositioning cycle from a stepladder runs:

• Climb down, around 6 to 9 seconds
• Move the ladder, 8 to 14 seconds
• Set the ladder, check footing, 4 to 6 seconds
• Climb up, 6 to 9 seconds

That is 24 to 38 seconds of pure overhead per reposition, before any work begins. In practice, real cycles run longer because the operator has to retrieve and re-stage tools between climbs. The full reposition with tools sits at 60 to 90 seconds. Across an eight-hour shift with 50 fixtures, the team loses 50 to 75 minutes to repositioning alone.

The other ladder tax is harder to quantify but worse over a career: at the work height, the operator has one hand on the ladder at all times. Every fixture that requires two-handed mounting needs an extra trip down for a tool, or a held-in-mouth workaround, or accepting the overreach risk that drives most ladder accidents.

The MA60 cycle

The MA60 is a 6 metre joystick-driven pillar lift, weighing 466 kg, with a 0.53 by 0.76 m platform rated for 150 kg. The operator works from inside a guarded platform with a harness anchor, both hands free, with all the tools and parts laid out on the platform deck.

The reposition cycle from a Safelift MA60 runs:

• Lower a few centimetres if needed for safe transit, 2 to 3 seconds
• Drive on the joystick to the next position, 6 to 12 seconds depending on distance
• Raise to working height, 3 to 5 seconds

That is 11 to 20 seconds, with no climbing, no tool re-staging, and no hand on a ladder. Across the same 50 fixtures, the operator loses 9 to 17 minutes to repositioning, against 50 to 75 from a ladder.

Variable	Stepladder	Safelift MA60
Reposition time per cycle	60 to 90 s	11 to 20 s
Hands free at height	One	Both
Tool staging at height	Belt or hand-up	0.4 m² platform deck
Repositioning fatigue per shift	50 to 100 climbs	Zero climbs
Maximum working height	Up to ladder length	6 m
Setup at start of shift	Unfold	Roll out, charge overnight, ready

What the time savings actually buy

Time savings on installation work convert into one of three things, depending on how the team is paid.

For fixed-price contractors, the saved hour either becomes margin (the same job paid the same, finished sooner) or capacity (one extra fixture installed in the same shift). Most of our customers use it as margin first, then capacity once the team adapts.

For internal facility teams, the saved hour shifts the equation between in-house and contracted work. A facility team that previously hired a contractor for above-3-metre tasks because of speed concerns can take it back in-house once the speed gap closes.

For project crews on a deadline, the saved hour reduces overtime exposure. A 50-fixture installation that ran into evening overtime from a ladder finishes inside the regular shift from an MA60.

Where the MA60 specifically fits

The MA60 is the right pick when the work height needs to clear 5 metres but stays inside 6 metres. Examples from Safelift customers:

• High-bay retail lighting up to 5.8 metres
• Warehouse sprinkler heads on 6 metre ceilings
• Auditorium and stadium technical infrastructure on lower decks
• Hotel ballroom ceiling work
• Manufacturing line maintenance up to gantry height in lower-bay buildings

If your work consistently sits below 5 metres, the lighter MA50 (331 kg, same platform) gets you the same productivity model at a lower price point and a smaller machine. The MA50 vs PA50 article walks through that tier in detail. If your work is mostly static, the PushAround PA60 has the same 6 metre platform without the in-platform drive.

Why this matters more in 2026 than it did in 2010

Two structural changes over the past decade make installation throughput more economically important than it used to be.

The first is labour cost. Skilled-trades hourly rates have risen substantially across most of the EU since 2018, and the gap between an idle hour and a productive hour has widened.

The second is liability framing. Insurance pricing for facility-management and contractor businesses now factors equipment choice into both premium and claims handling. Demonstrating the use of EN 280 certified MEWPs for above-2-metre work is increasingly a precondition rather than a differentiator.

The combination means the throughput case for replacing ladders with MA60-class lifts is roughly twice as strong now as it was when Safelift launched the platform.

Next steps

If you want to see the throughput claim verified on your own work, the meaningful test is one shift, one operator, one work pattern, with a stopwatch. Most teams stop arguing about the numbers around minute 90 of that test.

For the broader productivity and ROI calculation across a fleet, see the ROI of replacing ladders. For the safety side specifically, see MA60 vs ladder, the numbers.