Scorpions Beach Programs at Shade's Mills Conservation Area & Riverside Park Sand Courts - Girls & Boys
REGISTRATION STARTS January 27th, 2025 - Check back to this page.
Welcome to the Scorpions 2025 Beach Volleyball at Shade's Mill and Riverside Park sand courts. All programs are 9 weeks and include a t-shirt, entrance to Shade's Mill and 1 tournament at Emerald Lake. Fee is $125.00. Here are start and end dates
Monday - start May 26 - last session is July 16
Tuesday - start May 27 - last session is July 24 (no session July 1st)
Wednesday - start May 28 - last session July 25
Thursday - start May 29 - last session July 26
Saturday - start May 31 - last session July 28
Welcome to the Scorpions 2025 Beach Volleyball at Shade's Mill and Riverside Park sand courts. All programs are 9 weeks and include a t-shirt, entrance to Shade's Mill and 1 tournament at Emerald Lake. Fee is $125.00. Here are start and end dates
Monday - start May 26 - last session is July 16
Tuesday - start May 27 - last session is July 24 (no session July 1st)
Wednesday - start May 28 - last session July 25
Thursday - start May 29 - last session July 26
Saturday - start May 31 - last session July 28
- CANCELLATION POLICY: Please take note of our cancellation/refund policy: There is a 20% administrative cost if you withdraw before the 1st night. No refunds after the season has started. We understand that occasionally there are circumstances that require a full withdrawal from a program. These will be considered individually.
- RAIN POLICY Reminder - The Scorpions beach volleyball program players play in the rain. If there is thunder or lightning the activity will stop and players will be asked to go to their cars. Parents ensure you are there during these weather events. We will ask child without parents at the program to go to shelter in the public washroom. There will be an assistant coach there also to monitor them for their safety. Parents always have the choice not to bring their child in poor weather situations. We do not cancel ahead of time due to the inaccuracy of weather forecasting.