Movement Analysis

Movement Analysis

Introduction

• Importance of movement quality

  • Crucial for enhancing athletic performance.

  • Directly linked to injury prevention.

• Goals of movement analysis

  • Assessment of motor patterns during physical activity or sports.

  • Identification of inefficiencies and dysfunctions within movements.

• Role of feedback in performance & injury prevention

  • Feedback aids in refining movement techniques and fostering corrective measures to avoid injuries.

What is Movement Analysis?

• Definition: Movement analysis is the observation and evaluation of how the body moves during exercise or sport.

• Main Functions:

  • Assess mechanics.

  • Identify dysfunctions in movement patterns.

  • Guide training decisions for athletes.

• Types of Movement Analysis:

  • Qualitative: Focused on the quality and characteristics of movement.

  • Quantitative: Emphasizes numerical data and measurements about movement.

• Tools Used in Movement Analysis:

  • Video Analysis: Capturing motion for further review.

  • Motion Capture: Recording and analyzing movement using technology.

  • Force Plates: Measuring the ground reaction forces exerted during movement.

  • Wearables: Devices that track performance metrics and feedback in real-time.

Key Components of Movement

• Biomechanics:

  • Joint angles and their relationship to overall movement.

  • Force production during different exercises.

• Kinematics:

  • Study of motion without considering the forces involved.

  • Key metrics include velocity and acceleration during movement.

• Kinetics:

  • Analysis of forces acting on the body.

  • Important concepts include ground reaction forces and torque generated during movement.

• Neuromuscular Control:

  • Coordination between the nervous system and muscles that facilitates movement.

Common Movement Patterns

• Movement Patterns include:

  • Squat: A foundational exercise emphasizing strength and stability.

  • Deadlift: Key for developing posterior chain strength.

  • Lunge: Essential for functional strength and balance.

  • Push/Pull: Fundamental patterns for upper body strength.

  • Jumping and Landing: Important for explosive power and control.

Identifying Faults and Inefficiencies

• Poor Technique Examples:

  • Squat Faults: May include knees caving in, improper depth, and back rounding.

  • Deadlift Faults: Could include back rounding, improper hip hinge mechanics, and uneven weight distribution.

• Common Causes of Movement Faults:

  • Mobility restrictions affecting range of motion.

  • Strength imbalances leading to inconsistencies in movement.

  • Motor control issues resulting from poor practice or learned habits.

Types of Feedback

• Intrinsic Feedback:

  • Feedback derived from the athlete's own sensory systems (visual, proprioceptive, etc.).

• Extrinsic Feedback:

  • Feedback provided by external sources such as coaches, video analysis, or technological devices.

• Types of Feedback Timing:

  • Concurrent Feedback: Provided during the execution of the movement.

  • Terminal Feedback: Provided after the movement has been completed.

• Forms of Feedback:

  • Verbal Cues: Spoken instructions or suggestions.

  • Visual Cues: Demonstrations or visual aids to illustrate correct technique.

  • Tactile Cues: Physical assistance or adjustments made by the coach to guide the athlete.

Effective Coaching Cues

• Key Characteristics:

  • Clear, concise, and actionable instructions that athletes can easily understand.

• External vs Internal Focus:

  • External cues direct attention to the effect of the movement (e.g., "push the ground away").

  • Internal cues focus on body movements (e.g., "flex your knees").

• Examples for Common Exercises: Provided for various exercises to illustrate effective coaching techniques.

Technology in Feedback

• Tools and Apps:

  • Hudl: A platform for game video analysis and feedback.

  • Video Replay Apps: Such as Dartfish and Hudl Technique allowing for detailed analysis of movements.

  • GYMAWARE: A technology providing performance monitoring and data collection in training.

  • Medic: A device focused on enhancing training through performance tracking.

  • Wearables and Sensors: Personal devices that provide real-time feedback during exercise.

  • TECHNOGYM: Fitness technology offering smart equipment for movement tracking and feedback.

Case Study

• Focus on Squat Movement:

  • Analyze a squat to identify faults in technique.

  • Provide tailored feedback and cueing strategies to improve performance.

  • Document before/after scenarios to showcase improvement.

Integrating Feedback into Training

• Methodologies:

  • Creating progressions and regressions to fit athletes’ levels of experience and skill.

  • Monitoring improvements through constant feedback processes.

  • Fostering athlete education and promoting autonomy in their training decisions.

Challenges and Considerations

• Common Issues:

  • Overcoaching can hinder athlete development and confidence.

  • Recognizing athlete readiness and adapting the learning style to maximize engagement.

  • Balancing the amount of feedback with autonomy to allow athletes to grow independently.

1.5-mile Test

• Parameters Recorded:

  • Resting heart rate.

  • Body weight in kilograms.

  • Recorded time of completion with necessary conversion from seconds to decimal (e.g., 11:12 = 11.2 where 12/60 = 0.2).

  • Post-exercise heart rate post-completion of the test.

Formulas Utilized

• Larsen Formula for VO2max:
  VO2max = 100.16 + 7.30 imes ext{(males: 1, females: 0)} - 0.164 imes ext{(BW, kg)} - 1.273 imes ext{(time, min)} - 0.1563 imes ext{(HR, bpm)}

• ACSM Formula for VO2max:
  VO2max = 3.5 + rac{483}{ ext{Time}}