EVENT FOCUSES ON SYNTHETIC SURFACE BEST PRACTICE

GroundsFest Academy recently delivered a CPD-accredited training day, bringing together industry partners to share best practice in the maintenance of synthetic sports surfaces.

Held at the headquarters of Wiltshire FA, the 'Synthetic Surface - Maintenance Best Practice' event combined classroom-based learning with practical demonstrations, supported by Replay Maintenance, Redexim UK, Labosport and Fleet Line Markers.

Organisers say the programme was designed to improve understanding of synthetic surface performance, construction and long-term care, with a focus on extending surface lifespan and maintaining playability standards.

Speaking during the seminar sessions, Nick Harris of Replay Maintenance highlighted the importance of consistent upkeep. He said, “Maintenance is really important on synthetic surfaces. To achieve longevity and performance, it’s essential they are maintained properly.”

Labosport managing director Kathryn Severn reinforced the need for improved end-user education, noting that many facilities are not always given the right guidance to maintain surfaces effectively over time.

Following the presentations, attendees took part in outdoor workshops featuring live demonstrations of maintenance equipment and techniques from the event partners.

Among those attending was Stanley Park groundsman George Legg, who said the session provided practical skills that could be applied directly in his role, particularly around surface performance testing and monitoring.

The event also provided networking opportunities for attendees from across grassroots and elite sport, with AFC Bournemouth head of grounds Ian Lucas praising the accessibility and value of the training and expressing interest in sending additional staff to future sessions.

GroundsFest Academy director of education Bradley Tennant said the mix of attendees reflected the importance of delivering education across all levels of the industry, including clubs considering future investment in synthetic surfaces.