Rent Aerial Work Platforms and Construction Machinery in Kriens

Renting aerial work platforms and construction machinery in Kriens means thinking about the ground conditions first and the working height second. The municipality rises from the valley floor up to the foot of Mount Pilatus: dense residential and commercial development below, hillside neighbourhoods above, connected by narrow, winding access roads. Between these two worlds lie gradients, retaining walls, embankments and access routes where a machine cannot simply be parked. We supply inspected aerial platforms, telehandlers, excavators and forklifts, and before delivery we clarify how the machine reaches the site, how it stands once there, and what gradient the setup area allows.

Every mobile elevating work platform has a maximum permissible gradient in the raised position, defined in the operating manual — it is never exceeded, not even with cribbing. In practice, this means either levelling the setup area or using a machine that compensates for the slope through its outriggers. For hillside sites, tracked aerial platforms with 13.00 to 39.50 m working height are therefore the typical choice: tracks instead of wheels, low ground pressure on embankments and gravel beds, and four individually adjustable outriggers that level the machine on sloping ground. On paved but sloped access routes, articulated boom lifts with outriggers are an option, provided the setup area can bear the outrigger loads.

The route there is just as critical. Hillside roads in Kriens are narrow, often end in a turning circle rather than a through road, and in places carry weight restrictions; retaining walls frequently stand above the carriageway, and their backfill is not designed for heavy axle loads. Where a semi-trailer truck cannot get through, we unload at the nearest suitable point and drive the machine up the gradient under its own power — tracked machines handle considerably steeper gradients than wheeled ones. Distance from the edge of the embankment, load-distribution plates and site-management sign-off on the area are a prerequisite in all these cases, not an optional extra.

Above the valley floor stand several high-rise residential buildings whose facades, balcony parapets, roof edges and rooftop plant require regular maintenance. The setup area in front of them is usually tight: driveway, green space, underground car park ramp, visitor parking. Here, the ratio of working height to footprint is what counts. Telescopic boom lifts cover 14.00 to 56.90 m, reaching upper floors even when the machine has to keep its distance from the building because of underground structures. For work at changing positions along one facade, articulated boom lifts are more practical, since the platform can be repositioned without moving the whole machine.

The installations on the local mountain present their own challenge: pylons, deflection sheaves, station roofs and access walkways stand away from paved paths, sometimes on steep terrain, and are only accessible during maintenance windows. Tracked aerial platforms get further there than any wheeled machine. For installations involving heavy components, mini cranes complete the picture, since they can reach the location via narrow paths and set loads a platform is not designed for. Indoors — in station and plant rooms — mast lifts with 10.00 to 12.65 m and a 200 kg platform capacity are usually sufficient.

Class	Working height	Platform capacity
Electric scissor lifts	6.30 – 33.00 m	227 – 1,000 kg
Diesel scissor lifts	9.70 – 34.00 m	363 – 1,134 kg
High-rack scissor lifts	18.50 – 33.00 m	450 – 1,000 kg
Articulated boom lifts	10.89 – 48.15 m	150 – 450 kg
Telescopic boom lifts	14.00 – 56.90 m	227 – 454 kg
Mast lifts	10.00 – 12.65 m	200 kg
Tracked aerial platforms	13.00 – 39.50 m	200 – 400 kg

On a slope, more gets moved than lifted. Excavators from 1.8 to 30 t operating weight handle excavation pits, slope stabilisation, utility lines and access-route adjustments; in tight hillside neighbourhoods, demand tends to sit at the lower end of the weight range, since access and turning space limit the size that fits. Telehandlers place materials across changes in level without a crane having to be set up — fixed-boom machines with 4.30 to 18.80 m lift height and 1.25 to 25 t, rotating models with 15.42 to 38.90 m and 4 to 8 t, when several levels need to be served from a single setup position. In the commercial areas of the valley floor, forklifts from 3 to 16 t cover materials handling; for unpaved ground, there are rough-terrain forklifts.

Operations in Kriens are governed by the Ordinance on the Prevention of Accidents and Occupational Diseases (VUV), implemented and supervised by SUVA and further specified by the EKAS guidelines; the framework is set by the Federal Labour Act and its associated ordinances. The recurring inspection of mobile elevating work platforms follows SN EN 280. We provide the inspection certificate, CE documentation and operating manual; the operating manual also states the permissible gradient and the outrigger loads that determine whether a setup area on a slope can be approved. Assessing the terrain — ground stability, distance from embankments, fall and slide hazards, securing against material rolling away — as well as briefing the operator, remains the renter's responsibility, as does the visual and functional check before work begins.

We run our own low-loaders from Passau to central Switzerland and agree the date and unloading point with you in advance. For Kriens, three details are decisive: the gradient and width of the access route, the available turning space, and the condition of the setup area. If the hillside road has a weight or width restriction, we plan the unloading point on the valley floor and drive the machine up under its own power. For work at installations away from the road, we discuss in advance whether an access path needs to be prepared. Anyone managing sites across the wider urban area at the same time can combine the booking with work in Lucerne.

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How much gradient can an aerial platform tolerate when set up?

The permissible gradient is specified per machine in the operating manual and is never exceeded — it is a design limit, not a recommendation. In practice, the footing is either levelled or compensated for through the outriggers. Tracked aerial platforms come with individually adjustable outriggers for this and can handle considerably steeper gradients than wheeled machines. Tell us the measured gradient at the setup location and we will check which models are suitable.

What happens if the low-loader cannot drive up the hillside road?

In that case, we unload at the nearest suitable point and the machine covers the remaining distance under its own power. This requires a continuously passable route with sufficient width and a load-bearing surface. We need details in advance on the gradient, any narrow sections and possible weight restrictions. For very difficult access situations, a site visit before delivery is advisable.

Which platform reaches the top floor of a high-rise building?

That depends on the distance the machine has to keep from the facade. If an underground car park, a green space or a forecourt lies in between, the building height quickly translates into a much greater outreach requirement. Our telescopic boom lifts cover 14.00 to 56.90 m working height, and articulated boom lifts 10.89 to 48.15 m with additional lateral reach. Eaves height and distance to the setup point are enough for us to determine the right machine.

Can a platform be set up right next to a retaining wall or the edge of an embankment?

Only with sufficient distance and after approval. The backfill behind a retaining wall often cannot absorb point outrigger loads, and there is a slide risk at the edge of an embankment. We provide the machine's outrigger loads so that site management or a structural engineer can assess the area. Load-distribution plates are standard practice on sloped ground.

Are tracked aerial platforms suitable for work on meadows and forest tracks?

Yes, that is what they are built for. The tracked undercarriage spreads the weight over a large area, so soft and unpaved ground suffers less than it would under wheel loads. Working heights of 13.00 to 39.50 m with a 200 to 400 kg platform capacity cover tree care, utility line and plant maintenance work. On waterlogged ground, we still recommend walking the access route beforehand.

Working height, outreach and ground conditions determine the right machine. A comparison of all designs with costs and inspection duties is available at Rent a lifting platform: platform types, costs and applications.