Fitness Assessment & Analysis
•Year 7
•Health Related Fitness
•Pre-distribute on benches at start of lesson, ensure names are pre-written to save time
Alternative: Tablets with digital recording app, clipboards with pre-printed templates
Available at each testing station in pots or pencil cases
Alternative: Whiteboard markers if using laminated recording sheets
Calibrated before lesson, set to zero, stationed at designated grip strength area
Alternative: Grip strength spring devices (less accurate but functional)
Secured to floor with tape at standing long jump station, marked at 50cm intervals
Alternative: Metre sticks placed end-to-end for standing long jump
4-6 at sit-up station, 4-6 at sit and reach station, clean and dry
Alternative: Yoga mats for individual use
Positioned on mats, ensure ruler scale is clear and properly aligned
Alternative: Bench with ruler attached, or taped ruler on raised platform
Set to countdown mode for timed tests, fully charged/batteries checked
Alternative: Smartphone timer apps (if permitted), large countdown timers
Distribute during warm-up, check connectivity, use for warm-up intensity monitoring
Alternative: Manual pulse measurement technique (teach carotid or radial pulse)
Position centrally, test volume before lesson, prepare upbeat warm-up playlist
Alternative: None needed if using voice projection
Mark clear boundaries for each testing station, create rotation pathways
Alternative: Chalk lines, floor tape for marking boundaries
Displayed at each station and central area for easy reference during testing
Alternative: Projected on screen, individual reference cards
Available at grip strength stations for cleaning dynamometer handles between users
Alternative: Spray bottles with sanitiser and paper towels
The maximum force that can be generated by the hand and forearm muscles when squeezing an object
The ability to exert maximum force through the legs in a single explosive movement
The ability of muscles to repeatedly contract over extended periods without fatigue
The range of movement possible at a joint or series of joints
Average or typical scores for fitness tests based on age and gender, used for comparison
A complete picture of an individual's fitness levels across all components, showing strengths and weaknesses
Specific, measurable goals set to enhance fitness in identified weaker areas
A device used to measure the force of muscular contraction, particularly grip strength
The ability of the heart, lungs and blood vessels to supply oxygen to working muscles during sustained exercise
The ability of specific muscle groups to perform repeated contractions against resistance over time
Understanding where pupils are coming from and where they're going
Speaking and listening: articulating fitness results and interpretations to partners and groups, explaining reasoning for goal-setting, presenting fitness profiles. Reading comprehension: interpreting normative data charts, following written test protocols, understanding fitness vocabulary. Writing: recording results clearly and legibly, creating written fitness profiles with evidence-based analysis, writing SMART goals with specific detail.
Data handling: recording results in tables, calculating percentiles and percentile rankings, comparing numerical data between students and against normative standards. Statistics: understanding averages (mean, median) in normative data, interpreting percentile distributions. Measurement: accurate recording in appropriate units (kg for grip strength, cm for sit and reach and standing long jump, repetitions for sit-ups), converting units if necessary, using measuring equipment precisely.
Biology - Human body systems: understanding muscular system (muscular endurance in sit-ups, muscular strength in grip test), skeletal system (role of bones and joints in movement), cardiovascular system (heart rate changes during exercise). Forces: grip strength as force measurement, Newton's laws in standing long jump (action-reaction, force application). Health: benefits of fitness testing for identifying health risks, importance of flexibility for injury prevention, relationship between fitness and overall health outcomes.
Data management: entering fitness results into digital recording systems/spreadsheets if using technology. Data analysis: using software to create graphs/charts of fitness results, comparing personal data to class averages. Research skills: investigating normative data sources online, researching training methods for fitness improvement, accessing digital fitness resources.
Personal development: self-awareness through fitness profiling, identifying personal strengths and areas for growth, setting realistic improvement goals, developing growth mindset. Emotional regulation: managing responses to disappointing results, building resilience, maintaining positive self-talk. Social skills: effective partnership working, supporting others, giving and receiving constructive feedback, celebrating diversity in fitness levels and abilities.
Primary position: Central point in sports hall providing 360° visibility of all four testing stations simultaneously. During testing: continuous dynamic circulation between stations in systematic pattern (Station 1→2→3→4→1 repeat) allowing close observation of technique every 60-90 seconds. During demonstrations: elevated position (on bench or slightly raised area) ensuring all students can see clearly. During transitions: positioned at rotation pathways to direct movement and prevent collisions. Key principle: never static - always moving to observe, correct, encourage and maintain safety across all areas.
Primary focus areas in order of priority: 1) SAFETY - dangerous technique or overexertion requiring immediate intervention, 2) TECHNIQUE ACCURACY - correct form maintained even under fatigue to ensure valid results and prevent injury, 3) PARTNERSHIP QUALITY - recorder timing/measuring/counting accurately and supporting performer effectively, 4) EFFORT LEVELS - genuine maximal effort vs. holding back or dangerous overexertion, 5) RECORDING ACCURACY - results documented correctly in appropriate boxes with units and legibility, 6) EMOTIONAL RESPONSES - resilience, positive mindset vs. distress or negative self-talk requiring support. Use scanning pattern: quick scan of all stations for safety (5 seconds), then focused observation of specific technique at current station (20-30 seconds), then move to next station.
IMMEDIATE intervention required for: 1) Any dangerous technique (backward falls in long jump, neck pulling in sit-ups, bouncing in sit and reach, bent arm in grip test causing strain), 2) Signs of injury or extreme distress (stop test, assess, apply first aid), 3) Partnership breakdown (competitive pressure, negative comments, inaccurate recording deliberately), 4) Equipment malfunction (stopwatch failure, dynamometer error, mat sliding). PROMPT intervention (within 30 seconds) for: 5) Technique errors reducing validity (bent knees in sit and reach, incomplete sit-up range), 6) Reduced effort without legitimate cause (encourage maximum performance), 7) Recording inaccuracies (check and correct data entry). DELAYED intervention (during breaks or after activity) for: 8) Minor motivation issues, 9) Low-priority technique refinements, 10) Individual learning conversations.
Demonstration principles: 1) VISIBILITY - elevated position, all students positioned at 90° viewing angle to action, check all can see before starting, 2) EXAGGERATION - amplify key technique points (make knee bend obvious, show locked elbow clearly extended), 3) VERBAL NARRATION - describe what you're doing while demonstrating: 'Watch my elbow - locked completely straight', 4) COMMON ERROR CONTRAST - show incorrect technique then correct: 'This is wrong [bent arm], THIS is correct [straight arm]', 5) REPETITION - demonstrate each test minimum twice, once at normal speed, once slowly with narration, 6) STUDENT DEMONSTRATION - use competent student volunteer to model while you narrate and point out key features, 7) CHECKING - ask students to show specific technique point: 'Everyone show me ready position for sit-up... check your partner's hand position'.
Large indoor space minimum 25m x 15m (full sports hall or gymnasium) to accommodate four distinct testing station areas with adequate spacing. Minimum 3m clearance between stations to prevent interference and collision risk during simultaneous testing. 2m safety zone behind standing long jump landing areas. Clear pathways for rotation between stations marked with cones/floor tape.
Clean, dry, non-slip surface essential - check for water spillage, dust or debris before lesson. Mats positioned securely on stable floor surface without slipping risk for sit-up and sit and reach tests. Standing long jump area: ensure floor provides adequate grip for takeoff and safe landing. Any damaged floor areas (cracks, uneven sections) marked off and avoided.
STOP protocol: 1) Immediate cessation of all testing if injury occurs - blow whistle, shout 'STOP AND FREEZE', 2) Assess injured student - do not move if serious injury suspected, provide reassurance and comfort, 3) Send reliable student to summon first aider/office support, 4) Apply appropriate first aid within competence (ice for strains, elevation for sprains, basic wound care), 5) Rest of class moved to safe area under supervision (seated in central area), 6) Accident recorded in school system, parents informed if necessary, 7) Resume lesson only when safe to do so or adapt activities to maintain supervision. Emergency contact and first aid kit locations known before lesson begins.
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