Victorians Selected in Inaugural AFL Women's U16 High Performance Academy

Six young Victorian women have been selected to participate in the AFL's new Women's High Performance Academy for the country's best sixteen year olds. 

Youth Girls players Karly Tapner (Berwick JFC), Cat Mastroianni (Berwick JFC), Kayla Moore (Sunbury Lions JFC), Vanessa Lewicki (Leopold JFC) and Brittany Bonnici (pictured - St Albans FC) have been selected in a squad of twenty-two of the nation's most promising sixteen year old players. 

Tapner and Bonnici both represented Victoria at last year's AFL National Youth Girls Championships, whilst Lewicki, Moore and Mastroianni played in AFL Victoria's Development team at the same event. 

Players will undertake a four day on and off field development program, assisting them in advancing their football to elite levels under the guidance of some of the AFL's best talent development coaches. Sessions on how to be a role model, decision making and leadership will focus on players' personal development.

In addition to the playing group, the squad will be led by a larger group of talented female coaches and male coaches of female representative teams. Former Victorian Youth Girls U18 Captain, current VWFL player, and Calder Cannons TAC Cup U18 Assistant Coach, Alicia Eva, has been rewarded for her commitment to the development of her coaching with a position in the High Performance Academy coaching stream. 

The four day camp will be held in Melbourne from February 3-7.


Comment Guidelines: The SportsTG Network is made up of players, families and passionate sports followers like you who have a strong opinion about sport. That's great - we want you to have your say and share your thoughts with the world. However, we have a few rules that you must follow to keep it fun for all. Please don't be rude, abusive, swear or vilify others. Apart from some pretty serious sport sanctions, we also can ban you and report you if things get out of hand. So play fair and have fun, and thanks for your contribution.