TYR Catalyst 2 Training Paddles

Your Price:

$11.95 You save: $3.04 (20%)

List : $14.99

Product Highlights:

  • New improved design
  • Increased strap configuration
  • Low impact workout
  • Unique shape
  • Durable polypropylene construction
TYR : Picture 1 regular $11.95

About TYR Catalyst 2 Training Paddles

Engineered for training on all levels, the Catalyst Contour Paddles follow the form of an athlete's palm to provide a natural swim experience when training. Designed to build strength and improve technique, the curved surface of the Catalyst Contour Paddles guide the arm through the stroke to accentuate a proper form and maximize your training regiment. A proper stroke with the Catalyst Contour Paddle guides the arm straight back through the water with minimal resistance low impact workout, building muscle memory for proper alignment. In contrast, an improper stroke will be exaggerated and the arm will be thrown off course. Showcasing polypropylene construction and multiple lacing options with rubber tubing adjustable straps, the Catalyst Contour Paddles offer the perfect balance between impact resistance, flexibility and fit.

Warranty Information

This product has a limited warranty of 1 month.

(714) 897-0799

TYR Catalyst 2 Training Paddles Features

  • TYR Catalyst 2 Training Paddles
  • New Improved Design
  • Increased Strap Configurations
  • Helps Improve Stroke Technique while Building Arms Strength
  • Low Impact Workout
  • Unique-Shape Distributes-Pressure-Evenly
  • Improving Water-Feel and Reducing Shoulder Stress
  • Durable Polypropylene Construction
  • Impact Resistance and Flexibility
  • Follow Form of Athlete's Palm, Provides Natural Swim Experience when Training
  • Designed to Build Strength and Improve Technique
  • Guide Arms Thru-Stroke to Accentuate Proper Form
  • Maximize Your Training Regiment
  • Minimal Resistance Low Impact Workout
  • Building Muscle Memory for Proper Alignment
  • Multiple Lacing Options w/Rubber Tubing Adjustable Straps
  • Perfect Balance Between Impact Resistance, Flexibility and Fit
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