sports science integration
At Kaizen Kinetics, we leverage cutting-edge technology and evidence-based practices to optimize athletic performance. Read more about what we do below.
Dual force plate testing
what do we do with force plate testing?
We conduct a variety of tests using VALD force plates to gather comprehensive data on an athlete’s strength, power, and balance. Key assessments include:
- Vertical Jump Testing: Measuring peak power and jump height to evaluate explosive strength.
- Balance and Stability Tests: Analyzing sway and balance to identify potential risks of injury and areas needing improvement.
- Isometric Force Assessments: Assessing maximal strength and rate of force production capabilities in a static position.
- Countermovement Jump (CMJ): Evaluating lower body power and muscle-tendon behavior by measuring the force and velocity during a jump initiated from a pre- squat position.
- Drop Jump Testing: Determining reactive strength and the ability to produce force rapidly, which is crucial for activities involving quick, explosive movements.
- Squat Jump Testing: Measuring lower body strength and power without the contribution of a pre-stretch, providing insights into pure concentric muscle function.
- Single-Leg Jump Testing: Assessing unilateral strength, power, and balance to identify asymmetries and potential injury risks.
- Landing Mechanics Analysis: Observing and quantifying the forces involved in landing to help improve technique and reduce the likelihood of injury.
- Reactive Strength Index (RSI): Measuring the efficiency of the stretch-shortening cycle, which is important for activities requiring quick transitions from eccentric to concentric movements.
What is force plate testing?
Force plate testing is a sophisticated method used to measure the forces exerted by an athlete’s feet against the ground. This technology provides detailed data on various physical attributes, including balance, stability, strength, rate of force development, power output, and many other metrics. By capturing the precise dynamics of an athlete’s movements, force plate testing offers invaluable insights that help in assessing performance, identifying potential injury risks, and optimizing training programs for maximum efficiency and effectiveness.
Check out the Validation study by Dr. Tyler J. Collings, et al. to learn more
Importance of force plate testing
Force plate testing is crucial for several reasons:
- Precision and Accuracy: The data obtained from force plate testing is highly accurate, allowing for precise assessment of an athlete’s physical capabilities. This precision helps in identifying specific strengths and weaknesses, ensuring targeted and effective training interventions.
- Reducing the Risk of Injury: By analyzing balance and stability, force plate testing can detect imbalances and potential risk factors. This early detection enables the implementation of corrective measures, reducing the likelihood of injuries and promoting long-term athletic health.
- Performance Optimization: Detailed insights into force production and power output are invaluable for designing training programs that enhance athletic performance. By understanding an athlete’s unique profile, coaches can tailor programs to maximize power, strength, and overall athletic capability, ensuring each athlete reaches their full potential.
- Recovery and Rehabilitation: Force plate testing provides objective data that can guide rehabilitation programs. By monitoring an athlete’s progress and comparing it to baseline measurements, adjustments can be made to ensure optimal recovery and return to play.
Customized Training Plans: The comprehensive data from force plate testing allows for the creation of individualized training plans. These plans are based on specific metrics such as force, power, and balance, ensuring that each athlete receives training that is tailored to their needs and goals.
Velocity based training
What does vbt allow for?
The technology allows for specific applications including, but not limited to:
- Measuring Intensity
- Setting Training Zones
- Auto-Regulating Daily Training
- Assessing Athlete Readiness
- Controlling Volume
- Managing Fatigue
- Monitoring Development Over Time
- Estimating 1RMs
- Creating Load-Velocity Profiles.
What is Velocity based training?
Velocity Based Training (VBT) involves the use of technology, commonly known as a ‘VBT device,’ to measure the speed of barbell or human movement during exercise. Linked to a smartphone or tablet app, this device provides real-time data to coaches and athletes, enabling immediate adjustments to training or reviewing stored data for long-term programming decisions. VBT utilizes velocity to enhance training practices and can complement or replace traditional strength training methods, guiding training for speed, strength, power, or hypertrophy.
Check out the literature by Dr. Jonathon Weakley and Dr. Bryan Mann, et al. to learn more.
vbt vs percentage based training
The conventional practice of determining intensity using a percentage of 1RM is widely accepted but has limitations, lacking precision and objectivity. This method does not consider daily fluctuations in an individual’s readiness to train or account for variations in athletes’ physiological makeup.
VBT addresses these issues by quantifying intensity, enabling coaches to instantly assess multiple athletes’ performances under the same relative load and identify the impact of fatigue. The linear relationship between load, intensity, and fatigue is crucial: as load increases, velocity decreases predictably. This provides a measurable variable for programming adjustments based on fatigue levels.
Velocity also serves as a marker for maximal intent, emphasizing the importance of lifting concentrically as fast as possible, irrespective of the percentage of 1RM.
Speed based timing systems
what do timing systems allow for?
The technology allows for specific applications, including:
- Precise Measurement
- Performance Analysis
- Training Assessments
- Data-driven Coaching
- Comparison/Competition between Athletes
- Monitoring and Progression of Progress
- Identification of Weaknesses
- Record Keeping
- Objective Performance Standards
- Enhanced Training Techniques
What is a speed based timing system?
Speed Timing Systems are devices or setups designed to measure and record the speed of an object, often used in sports and athletic training to assess the performance of athletes. These systems are crucial for accurately capturing the time it takes for an athlete to cover a specific distance, providing valuable and accurate data for training, performance analysis, and competition.
Traditional speed timing systems use technologies such as infrared beams, timing gates, electromagnetic fields, or video based systems. These are set up at specified distances, and when an athlete passes through, the system records the exact time, calculating the speed based on the known distance
Check out this validation study by Dr.Carla Pérez-Chirinos Buxadé, et al. to learn more
Timing systems vs stop watches
Timing systems represent the pinnacle of precision and reliability in measuring athletic performance. Utilizing sophisticated technology, such as infrared sensors and electronic signals, these systems ensure unparalleled accuracy, making them indispensable for professional sports events and high-stakes competitions.
Unlike stopwatches, timing systems provide a level of detail and sophistication that is essential for capturing split-second differences in performance, making them the preferred choice for elite athletes and coaches who demand the utmost precision in their training and competitions. With features like video integration and data storage, timing systems stand as the gold standard for those who prioritize accuracy and comprehensive performance analysis.