Tenpo Performance System
The footwork of the modern game is biomechanically incorrect. At Tenpo Tennis Performance & Rehabilitation, we consult with players and coaches to rehabilitate and teach the proper mechanics, optimising performance, maximising footwork at your respective level of play.
Tenpo Prehab
Prehab: “Prehabilitation” is defined as a type of training that aims to prevent injuries before they occur. This treatment includes:
- Synchronization
- Proprioception
- Balance
- Agility / Mobility
- Posture & Gait Training
- Dynamic Core Strengthening
- Hip Mobility
- Flexibility
Tenpo Tennis
Tenpo Rhythm
Below are the Tenpo Tennis Performance and Rehabilitation systems, scientifically proven to improve you results while maintaining health
Tenpo Harmony: Synchronization
$1500
- Introduction to body mechanics
- Fitness evaluations
- Tenpo agility training
- Tenpo strength training
- Tenpo Power training
- Tenpo Ball tracking
- Quick and Speed Responses
- Tenpo 135
- Synchronize racquet movement
- Visualization techniques
Tenpo Base: Feet First
$1500
- Introduction to body mechanics
- Walk, run, sprint
- Feet movement for tennis
- Performance training system for building proper muscular balance
- Proper mechanics for hip, knee, and ankle recruitment
- Injury prevention
- Periodization
Tenpo Tuning: Rehabilitation
$2500
Designed for players rehabilitating their techniques. It will focus on feet, ankles, knees and hips.
- Mobility
- Skeletal and muscular realignment and strengthening
- Injury prevention and management
- Nutrition
- Rest and Recovery (Sleep Cycle base and monitoring)
Tenpo DYNAMICs
Tenpo Rhythm + T3 (Rudiments) + Maestro
$2500
- Choice of program
- T3 (Rudiments) coaching certification
- Goal setting
- Tournament planning
- Weekly - training schedule (drills & progressions)
- Performance analysis
- Weekly consultation with Andre Brown
- Injury prevention and management
- Nutrition
- Rest & Recovery (Sleep Cycle base & monitoring)
Finding Succes
"Success in tennis is greatly affected by the technique a player uses, and biomechanics plays an integral role in stroke production. All strokes have a fundamental mechanical structure, and sports injuries primarily have a mechanical cause. Player development based on scientific evidence allows an individualized approach to be structured, with due consideration to the key mechanical features of each skill, while also fostering flair and permitting the physical characteristics of a player to be considered. An understanding of biomechanics from a sports medicine perspective is also important if player development is to occur with minimal risk of injury."
-- Professor Elliott, University of Western Australia, Perth, WA
-- Professor Elliott, University of Western Australia, Perth, WA