The mobile elevating work platform (MEWP) may be significantly different than the MEWP the operator was trained on. Accidents can occur from operating an unfamiliar MEWP, for example by moving the platform in the opposite direction than intended, or by incorrectly setting up the outriggers.
One of the key conditions for MEWP stability is the ability of the ground or structure to safely support the weight of the MEWP at its point of contact with the ground in all configurations. Failure to consider the load-bearing capacity of the ground could potentially cause the MEWP to go out of level, become unstable, and overturn.
Guidance on how members of the UK Contractors Group (UKCG) should manage the use of mobile elevating work platforms (MEWPs) on their sites. First issued by the UKCG in January 2014, with input from IPAF and the Strategic Forum for Construction Plant Safety Group.
The IPAF Operators’ Safety Guide for Mobile Elevating Work Platforms is a pocket-size publication that sets out the recommended working practices for the safe operation of MEWPs over a wide range of applications, from initial checks, through transport and positioning on site, to carrying out the required tasks.
Mobile elevating work platforms (MEWPs) are specifically designed to lift people to a position where they can work at height safely within the platform. MEWPs are not designed to transfer people from one level to another, or for people to exit the platform at height.
Raising the Standard is the IPAF bulletin. It is published twice a year and carries news of particular interest to IPAF members, such as developments in legislation and technical standards, and new member services.
A Practical Approach to Inspection, Maintenance and Thorough Examination of Mobile Elevating Work Platforms (MEWPs). Jointly published for the Strategic Forum for Construction - Plant Safety Group by the CPA and IPAF.
MEWP overturn incidents often result in serious injuries or fatalities. Instability leading to overturn is commonly among the top four causes of lost time incidents (LTIs) annually, according to global data.