RSSC Coaches determine which skaters practice as part of the Road Runners or as part of the Cheetahs.  Cheetahs are generally the Club's older skaters, but the coaches also consider a skater's speed, technical ability, endurance, as well as overall behaviour and attentiveness in determining the correct practice group.    Cheetahs are expected to have progressed significantly in all of these key areas to ensure the safety and development of all Cheetah skaters. 

Cheetahs practice 3 times per week: Tuesday/Thursday and Sunday during the short track season.  During the long track season (January/February) practice is on Monday, Tuesday and Thursday evenings to  ensure sufficient ice maintenance time.  

Long Track: practice is at the RSSC Oval at Mount Pleasant Park and begins each night at 7:00pm with off-ice warm up.  

Short Track:  Tuesday & Thursday practices begin at the Staples Arena at 7:00pm with a Cheetah warm-up and practice specific tricks & tips.  Sunday Practice begins at 6:00pm.

Cheetahs also have additional off-ice training, sometimes lead by their Coaches and sometimes as "homework" to do on their own.  

2018-19 Cheetah Coaches:

Tuesday & Thursday:  Michelle, Brad and Rick

Sundays/Mondays:  Taylor, Rick and Lindsay

NOTE:  Coach Lindsay may also help on Thursday's when her schedule allows

2019 Competitions

Long Track:

Jan 12 & 13 - Calgary 

Jan 19 & 20 - REGINA

Jan 26 & 27 - Saskatoon

Feb 9 & 10 - Can Age Class Winnipeg

Short Track:

 Feb 9 - Melville   

Feb 16 & 17 - R U Fast Calgary

Feb 23 & 24 - Lethbridge ST

March 23 & 24 - Can West Grand Prairie

Skater Health & Development Tips - from the Coaches

Issue #1:  Recovery Nutrition - Milk

The best sources of carbohydrate and protein, as well as the ideal carbohydrate to protein ratio will always be hotly debated. However, the consensus of research suggests that the ideal recovery drink should be comprised of an easily digested carbohydrate and whey/casein mixture of protein.  The carbohydrate to protein ratio ideally will also reflect your individual weight goals as well as training demands. This ratio should increase with the intensity of your training, leaving it to fall anywhere between 2-4g of carbohydrate for every 1g of protein.

As it happens, these guidelines remarkably resemble the components of low-fat milk(1)!

Countdown to optimal recovery:

With every passing minute, your refueling ‘window of opportunity’ becomes smaller and smaller. The largest window is in the first 30 minutes or so; after that the window gets smaller and smaller making recovery less efficient.

Based on compelling research, low-fat milk is an effective post-training recovery drink. When used in conjunction with resistance training, it produces gains in muscle mass, aids in hydration and speeds recovery. To some, this is surprising news! How can something as simple as low-fat milk produce such results? The answer lies in the components of milk. They closely resemble the previously mentioned guidelines for an effective recovery drink. In fact the similarities are startling; milk is first and foremost a liquid, contains easily digested carbohydrate and a mixture of whey/casein protein. In addition, the carbohydrate to protein ratio of milk can easily be manipulated to meet your needs by adding something like syrup, a chocolate stir-in or a wholesome piece of fruit.

Does this mean that specially engineered recovery supplements are useless? No! But it will allow younger athletes and those who are on a tight budget to effectively recover and make lean body mass gains without breaking the bank.

Image result for images for chocolate milkWhen choosing a recovery beverage, consider the intensity of workouts. The more intense, the greater the carbohydrate demands to replenish fuel. Low- to moderate-intensity training recovery can be achieved with a 2:1 carbohydrate to protein ratio. Higher-intensity sessions will need a carbohydrate to protein ratio of nearer 3 or 4:1.  For example: when doing low-moderate intensity training 16oz of skim milk with 1Tbsp chocolate syrup will likely do the trick!

Related image

Recovery nutrition:

Putting the body back into balance (John Ivy PhD)

Post-exercise environment

  • Dehydrated
  • Blood insulin is low
  • Cortisol and other catabolic
  • hormones are elevated
  • Immune system suppressed G Muscle and liver glycogen
  • reduced or depleted
  • Muscle is in a catabolic state with increased proteolysis

Converting post-exercise environment from catabolic to anabolic state

- Rehydrate

- Increase blood insulin levels

- Lower blood cortisol levels and other catabolic hormones

- Strengthen the immune system

- Restore muscle and liver glycogen

- Stimulate muscle protein

- Synthesis and tissue repair

Powered by Wild Apricot Membership Software