Metadata
Title
Cricket safety standards
Category
general
UUID
cb3449c4ce084bd99ea366442e8546ab
Source URL
https://www.lboro.ac.uk/research/spotlights/cricket-safety-standards/
Parent URL
https://volume.lboro.ac.uk/building-better-humans/index.html
Crawl Time
2026-03-18T08:09:31+00:00
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Cricket safety standards

Source: https://www.lboro.ac.uk/research/spotlights/cricket-safety-standards/ Parent: https://volume.lboro.ac.uk/building-better-humans/index.html

Helmets certified to standards based on our research have eliminated serious and \ life-threatening facial injuries

Cricket is played by an estimated 300 million people worldwide and enjoyed by billions more. According to the International Cricket Council (ICC), the Men's CWC 2019 live coverage reached a global cumulative average audience of 1.6 billion viewers.

Our research has been critical in changing the ICC’s policies and regulations that have been implemented across 104 territories, improving the health and safety of cricketers. Helmets certified to standards based on our research have eliminated serious and life-threatening facial injuries.

This success has influenced other sports governing bodies – including the International Hockey Federation and The Football Association – leading to investment in new research-based approaches that address health and safety concerns within their sports.

Our impact

Improved safety

Standards and testing widely adopted

Ripple effect

[Play

Making an Impact: Cricket Helmet Safety and Beyond](https://www.youtube.com/watch?v=Xb6v8PHS7Xw)

[Play

How Hard Can A Ball Strike A Helmet?](https://www.youtube.com/watch?v=JCgXiX-2Qr8)

The research

The Sports Technology Research Group (STRG) has an international reputation – spanning more than two decades – for supporting the development of safety critical sporting equipment.

Cricket helmets were introduced in 1978 and have evolved over the years to incorporate a grille. However, research published in 2013 revealed an increasing instance of career or potentially life-threatening facial injuries in high-profile cricket.

To address this problem, the STRG developed a new test system to replicate ball mass and impact velocity which is more effective and cost-efficient than previous methods.

This new approach identified deformation of the grille as a major problem – causing facial contact or penetration of the ball between the helmet peak and grille.

Subsequent refinements to helmet design proved reliable and cost effective – and were published in BS7928:2013.

Supplementing this work, in 2015, the Group investigated viable practical means for certifying neck protectors. Their recommendation was subsequently published in BS7928:2013+A1:2019.

These modifications have eliminated serious and life-threatening facial injuries – allowing players, and spectators, to enjoy the drama of aggressive cricket with reduced risk of injury.

Since the introduction of the new standard, we have not had a single career-threatening facial injury with someone wearing the new helmets. The sea change has been fantastic, and we continue to work with Loughborough in order to minimise injury.

Professor Nicholas Peirce ECB Chief Medical Officer

### About 300 million people participate in cricket and the game has one billion fans worldwide

ECB Injury Surveillance data (2009-14) revealed an average of one serious facial injury every 5,000 balls bowled

Research funders

Development partners

Over the years, we have worked with a range of partners, including

Meet the experts

Professor Andy Harland

Professor of Sports Technology

Dr Sean Mitchell

Senior Lecturer

Dr Ben Halkon

Former Lecturer in Sports Technology

Currently, Senior Lecturer at the University of Technology Sydney, Australia