What  are   Limpet®  Systems  Being   Used   For? 

From wind turbines to tower cranes, oil and gas platforms and mine shafts, Limpet® multifunctional height safety systems can deliver economic and safety benefits to any industry where accessing tall structures or deep/ confined spaces is a key requirement for operations.  

If you have a project where you think Limpet® could save  time, reduce risks and increase productivity then please get in touch. 
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Wind   Energy

The Limpet® is the best performing and most cost-effective solution to the safety and access challenges of the wind energy sector, both on and offshore with applications including;
  • Powered ladder access
  • Rotor blade and tower inspection and repair
  • Turbine construction and commissioning 
  • Offshore personnel transfer
  • Material lifting and lowering
  • Emergency rescue and evacuation from e.g. nacelle, monopile or transition piece

Staged   Entertainment

Leading entertainment staging companies are installing Limpet® systems into trusses and gantries above stage areas to use its World beating safety and access features for

  • Lifting operators to high access areas e.g. follow spot light chairs
  • Fall prevention and climb assist for cast and crew who need to climb tall trusses
  • Emergency rescue for getting casualties in the rigging to safety fast

Telecoms   Masts

Work on telecoms and radio masts requires PPE and fall arrest systems for the technicians working on them and lifting equipment to bring tools and parts such as new antenna up and into position. Limpet® systems provides a portable and easily assembled means of meeting all of these requirements. Combining fall prevention and climb assist with personnel and load lifting capability, the Limpet® L5 and E5 are systems that can get inspection and maintenance work on tall masts done more quickly and safely.  

Structural  Inspection  &   Facade   Maintenance



The Limpet® can address critical applications for inspection, maintenance and façade access across a range of sectors from construction sites to mines, steel factories and oil and gas platforms. It can be used as a means of securing workers inside suspended platforms or other access systems, or as the means of access itself, complementing or entirely substituting other expensive and time-consuming solutions.