Installation of East End/Long Look Football Stadium to kick off in October

By BVIFA

BVIFA president, Andy Bickerton and FIFA approved installation expert, Herbert Hammes review plans for the new artificial football pitch in East End / Long Look. Photo: BVIFA

BVIFA president, Andy Bickerton and FIFA approved installation expert, Herbert Hammes review plans for the new artificial football pitch in East End / Long Look. Photo: BVIFA

The installation of the artificial football pitch took a significant step forward last week with the arrival of Heribert Hammes, a FIFA approved installation expert, who has vast experience in overseeing such projects.

BVIFA President, Andy Bickerton was also on site and, following the end of a series of visits and meetings, declared that the project at East End / Long Look will re commence on October 17th, 2016 with a conclusion date slated for the end of January / early February, 2017.

The BVIFA was also pleased that everything went smoothly between all the parties and, with the forecast completion date for the installation and floodlights, is hopeful of staging the finals of the BDO Primary and BVIFA High School Leagues on a first class playing surface at the new stadium.

According to Mr. Bickerton, once the pitch and lights are installed then the next stage will be the ground floor of the main stand, which includes changing areas, office space and other amenities. The final stage will be the addition of seating and roofing over the stands.

Mr. Hammes hit the ground running after an early morning arrival from Puerto Rico and met with Mr. Bickerton as well as Mr. Dion Stoutt at the site in East End / Long Look.

Although there were some technical details to thrash out with the architect, generally Mr. Hammes was happy with the work done so far with leveling and compaction. The final markings to designate the parameters of the playing surface, drainage areas, grass track and floodlight pylons were all being assessed with the architect. Mr. Hammes also made suggestions on the depth and size of drainage pipes to allow for the most efficient removal of water, as well as the type of fill for the drainage and the way pitches are designed to slope.