TLSS offers a complete training system designed to support every
stage of a skater’s development. Whether your child is stepping onto
the ice for the first time or pursuing high-performance goals, our
structured pathways provide clarity, progression, and a strong
foundation to be your best self.
The Learn to Skate Pathway introduces young skaters to skating fundamentals the right way – with structure, technical precision, and national-level coaching from day one.
This pathway focuses on developing strong foundational skills, much like learning scales in music. By mastering the basics early, skaters build confidence, coordination, and the essential mechanics needed for future excellence.
Perfect for skaters ages 3+ with little or no experience, this pathway leads seamlessly into StarSkate and competitive development.
The Skate for Life Pathway is designed for skaters who love our sport, want to stay active, improve skills, and build confidence, without the demands of high-performance training.
This pathway emphasizes structured learning, fitness, teamwork, and enjoyment. It is ideal for families and athletes looking for balanced, healthy activity that supports discipline and lifelong athletic habits.
Programming includes progressive skill development, off-ice fitness, and opportunities for performance and personal growth.
The High Performance Pathway is a system built for skaters with a goal to be high level competitive drive, discipline, and commitment to pursue excellence at the provincial, national, and international levels.
TLSS has produced national medalists at every level of competitive figure skating, supported by a coaching team with international experience using a proven development system.
This pathway includes structured on-ice and off-ice training, choreography from ISU Grand Prix-level choreographers, personalized training plans – our athletes routinely meet their podium aspirations including those on Skate Canada’s NextGen program.
A Structured, Athlete-Centered Environment For Skaters At Every Stage.