Lesson 5 - Pathway Crossing Sequences
Unified Group Performance
•Year 8
•Gymnastics
•Start Planning Better PE Lessons
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How can different performers create a unified sequence whilst maintaining their individual creativity and crossing pathways safely?
Learning Objectives
- Evaluate the work of others using correct technical language and compositional principles
- Create collaborative sequences in groups with pathways that cross safely and effectively
- Apply floor-based sequences to apparatus whilst adapting movements to equipment constraints
Key Outcomes
- Students will create and perform a group sequence of at least 8 movements with clear pathway crossings
- Students will provide structured feedback to peers using technical gymnastics terminology
- Students will safely adapt floor sequences to apparatus whilst maintaining compositional integrity
Equipment & Resources Required
Place in centre circle for warm-up games, then store safely away from activity area
Alternative: Small foam balls, markers, tennis balls
Spread around hall perimeter initially, moved to working spaces by students in pairs
Alternative: Crash mats for additional safety
Used by teacher to time apparatus setup and pack-away challenges
Alternative: Timer app on tablet/phone, wall clock
If using, place at each apparatus station showing safety reminders and task focus
Alternative: Verbal instructions, demonstration only
Key Vocabulary
The patterns traced through space by a performer's movement, including straight, curved, zigzag and circular routes
When two or more performers' movement patterns intersect in space, requiring careful timing and spatial awareness
The orientation of movement including forwards, backwards, sideways, and diagonal
The height at which movements are performed: low (floor level), medium (kneeling/crouching), high (standing/jumping)
The tempo or pace of movement, from very slow sustained movements to explosive fast actions
The methods used to structure and organise movements including repetition, variation, contrast, canon and unison
Specific gymnastics terminology used to precisely describe movements, shapes and compositional elements
Partner balances where two performers support each other through opposing forces, often pulling away from each other
The process of improving and polishing movement quality through practice and incorporation of feedback
When all performers execute the same movements at exactly the same time
When performers execute the same movement sequence but start at different times, creating a ripple effect
Skill Progression Pathway
Understanding where pupils are coming from and where they're going
Prior Learning
- Students can perform basic gymnastics shapes and balances with control
- Students understand the concepts of levels, directions and pathways in movement
- Students can work collaboratively in small groups
- Students have experience performing individual sequences
Current Skills
- Creating collaborative sequences with multiple performers
- Planning and executing pathway crossings safely and effectively
- Using technical language to evaluate and refine performances
- Adapting choreography to different performance spaces and apparatus
Next Steps
- Creating sequences with synchronised movements and canon
- Incorporating partner work and counter-balances into group sequences
- Developing sequences with narrative or thematic content
- Performing extended routines with apparatus transitions
Milestone Indicators
Key Teaching Points
- Pathway crossing requires precise timing and spatial awareness - practice slowly first, then increase speed as timing improves
- Technical vocabulary use must be consistently modelled by teacher and explicitly reinforced throughout lesson - correct casual language to technical alternatives
- Group work success depends on structured collaboration - ensure all voices heard through strategies like round-robin contribution
- Safety in gymnastics is non-negotiable - apparatus setup/use procedures must be rigorous and consistently enforced with immediate intervention for breaches
- Quality of movement more important than quantity or complexity - emphasise body tension, pointed toes, controlled landings, clear shapes throughout
- Peer feedback quality improves with structure and modelling - teach feedback framework of positive observation plus specific suggestion using technical language
- Apparatus work builds on floor work - sequences should adapt existing choreography rather than starting from scratch on equipment
Common Misconceptions
- Misconception: Pathway crossings must happen with all performers moving simultaneously. Correction: Pathway crossings can occur at different times - the pathways (routes through space) cross, but performers don't need to be moving at the same moment, though timing awareness prevents collisions.
- Misconception: Group sequences must be uniform (everyone doing same movements together). Correction: Sequences can be non-uniform with different movements happening simultaneously, as long as compositional principles (crossings, variations, coherence) are maintained.
- Misconception: Technical language is just 'fancy words' for the same things. Correction: Technical language provides precision and shared understanding - 'extension' communicates specific body position that 'straight' doesn't capture; this precision helps performers improve.
- Misconception: Apparatus work is about performing difficult tricks. Correction: Apparatus work is about using equipment to enhance compositional possibilities (different levels, pathways, spatial relationships) whilst maintaining control and safety.
- Misconception: Counter-balances work through strength. Correction: Counter-balances work through equal and opposite forces - it's about matching partner's force and finding equilibrium, not overpowering them.
- Misconception: Feedback should focus on what went wrong. Correction: Effective feedback includes both positive observations (what worked well) and constructive suggestions (how to improve further), maintaining motivation while driving improvement.
- Misconception: Creativity means no constraints or rules. Correction: Creativity thrives within constraints - the requirements (direction/level/speed variations, pathway crossings) provide structure that focuses and enhances creative problem-solving rather than limiting it.
SEN Adaptations
ADHD
- Keep activity transitions frequent (multiple short sections rather than extended single activities). Provide clear, concise instructions in chunks rather than long explanations. Use physical demonstration extensively rather than lengthy verbal instructions. Allow movement breaks - energetic warm-up games highly suitable. Assign specific roles in group work (timekeeper, equipment manager, demonstrator) providing focus. Use timers visible to students to show how long activities last. Provide frequent positive feedback and recognition. Allow fidget tools during sedentary instruction periods if helpful. Position near teacher during instruction for focus support. Break sequence creation into smaller steps with checkpoints.
dyspraxia
- Allow additional practice time for all movement patterns. Break down complex movements into smaller, sequential steps. Use larger, easier-to-control equipment where possible (larger balls/bean bags). Reduce speed expectations - emphasise control and quality over speed. Provide visual and verbal cues simultaneously. Use highly structured approach to sequence planning (provide template or framework). Allow extra time for apparatus transitions. Assign supportive, patient peer partners. Focus feedback on strengths while providing specific, achievable targets for improvement. Consider floor-based alternatives to apparatus work if coordination challenges significant. Simplify pathway patterns while maintaining crossing concept. Celebrate effort and improvement rather than comparing to peers.
autism spectrum
- Provide visual schedule showing lesson structure and transitions. Clearly define expectations for each section with visual supports. Maintain consistent routines for apparatus setup and pack-away. Offer quiet zone option if sensory overload occurs (designated calm area at hall edge). Provide advance notice of transitions ('In 2 minutes we'll be moving to apparatus'). Use clear, literal language avoiding idioms. Offer structure templates for sequence planning to reduce open-ended anxiety. Allow student to observe before participating if needed. Pre-teach key concepts with visual supports if possible. Assign understanding peer partners. Be flexible with eye contact expectations during discussions.
visual impairment
- Use bright, high-contrast equipment (coloured bean bags, bright cones to mark crossing points). Provide detailed verbal descriptions during all demonstrations including spatial information. Assign sighted peer buddy for apparatus setup and navigation. Use tactile markers on floor to indicate working areas. Reduce speed of demonstrations and allow tactile exploration of positions. Ensure clear auditory cues and consistent verbal instructions. Keep apparatus layout simple and consistent. Provide additional orientation time to apparatus stations before activity begins.
hearing impairment
- Ensure student can see teacher's face clearly for lip-reading during all instructions (avoid speaking while turned away). Use visual demonstrations extensively - show don't just tell. Provide written/visual apparatus rules on laminated cards at stations. Use visual signals for stop/start rather than only whistle (e.g., raised hand for stop). Assign peer buddy to ensure instructions are understood. Use visual timers for time-limited activities. Ensure good lighting so visual communication is clear. Pre-teach key vocabulary with visual supports. Position student where they have clear sight lines to demonstrations and teacher.
physical disability
- Adapt movements to match physical capabilities while maintaining learning objectives (e.g., alternative pathways at appropriate level - wheelchair users create floor patterns, pathways can cross at different heights). Modify apparatus stations - use lower equipment, incline mats, or floor-based alternatives. Sequence creation focuses on movements within individual's range. Partner with peer support for counter-balances adapted to seated positions. Assign roles in group work that play to strengths (choreographer, feedback provider, demonstrator of accessible movements). Ensure wheelchair access to all working areas. Provide alternative equipment if standard apparatus inaccessible. Allow extra time for transitions and setup.
Cross-Curricular Links
English
Oracy development through collaborative planning discussions; giving clear explanations using precise technical vocabulary; constructive feedback requiring articulate expression of observations and suggestions; listening skills when receiving peer and teacher feedback; persuasive language when presenting ideas to group; descriptive language when explaining compositional choices; sequencing and narrative structure when creating sequence beginnings, middles, endings
Maths
Spatial reasoning - planning routes through three-dimensional space including angles and trajectories; geometry concepts including parallel pathways, intersecting lines (pathway crossings), angles of approach; measurement and estimation - judging distances and spacing between performers and apparatus; timing calculations - coordinating movement to achieve simultaneous crossing points; symmetry and asymmetry in sequence composition; pattern recognition in pathways (straight, curved, zigzag patterns)
Science
Forces in action - understanding balance and counter-balance through opposing forces; gravity and centre of mass when balancing and dismounting apparatus; friction between feet and floor surfaces affecting movement control; cardiovascular system during exercise - heart rate monitoring during warm-up and cool-down; muscular system - identifying muscles used in specific gymnastics movements (core engagement, leg strength); physics of motion - momentum, acceleration, deceleration in travelling movements; Newton's third law demonstrated in counter-balances (equal and opposite forces)
Drama
Performance skills - commitment, focus, projection, spatial awareness; choreography principles shared between gymnastics sequences and drama compositions; evaluation vocabulary applicable to both performance forms; working collaboratively to create group performances; understanding of beginning-middle-end structure in sequences; use of levels, directions, and speed for dramatic effect; audience awareness and presentation quality
Geography
Spatial awareness and navigation - understanding routes through space; direction vocabulary (north, south, compass directions) can be applied to pathway planning; mapping concepts - translating floor plans to three-dimensional movement spaces; scale and proportion when adapting sequences from large floor space to smaller apparatus areas
PSHE
Teamwork and collaboration - essential focus throughout lesson with group choreography requiring communication, compromise, shared decision-making; resilience and perseverance when sequences don't work initially; managing emotions during challenging tasks and competitive elements; respect for others' performances and ideas; sporting behaviour and fair play during sumo wrestling; trust-building through partner counter-balance work; leadership skills within group roles; self-awareness through self-assessment activities; celebrating diversity of ideas and approaches in creative work
Teacher Guidance
Positioning
Position centrally during whole-class instruction for visibility and voice projection. During group work, circulate systematically spending approximately equal time with each group while maintaining awareness of whole class. During apparatus work, position with clear sight lines to multiple stations simultaneously - never turn back on working groups. During performances, position to see both performers and audience.
Observation Focus
Monitor safety constantly throughout lesson - landing technique, apparatus stability, spacing between groups, pathway crossing timing. Watch for collaborative behaviours and inclusive group dynamics. Listen for technical vocabulary use during planning and feedback. Assess movement quality including body tension, pointed toes, controlled landings, clear shapes. Note creative and original choreographic choices. Identify students needing additional support or extension challenges.
Intervention Points
Intervene immediately for any unsafe practice - stop activity, correct, demonstrate safe alternative, restart. Step in if group dynamics become exclusionary or one student dominates - facilitate equal contribution. Support groups stuck in planning phase with guiding questions rather than providing solutions. Correct poor movement technique that could lead to injury. Redirect off-task behaviour quickly to maintain lesson flow. Provide additional demonstration or breaking down of skills if multiple students struggling.
Demonstration Notes
Always demonstrate new movements yourself or use confident student demonstrators. Show correct technique slowly first, then at full speed. Exaggerate key teaching points for visibility (e.g., exaggerated knee bend for landings). Use demonstration to show both correct technique and common mistakes (comedic incorrect version followed by correct version). Position demonstration so all students have clear view. Narrate during demonstration to highlight what to observe. For pathway crossing concepts, use multiple demonstrators to make spatial relationships clear. Re-demonstrate as needed if many students struggling with technique.
Verbal Cues
- •'Freeze! Show me your ready position' - instant attention and reset
- •'Knees bent on landing - like shock absorbers!' - safe landing technique
- •'Pointed toes, full extension' - movement quality reminders
- •'Show me the technical word for that' - promoting vocabulary use
- •'What's the crossing point? Mark it!' - problem-solving spatial challenges
- •'Everyone's voice needs to be heard' - promoting inclusion
- •'Control and quality over speed' - managing rushed work
- •'Watch the timing - slow it down to get it right' - refining pathway crossings
Safety Considerations
Space & Surface Requirements
Space Requirements
School gymnasium or sports hall minimum 15m x 20m to accommodate six apparatus stations with adequate spacing. Indoor space required for apparatus work. Ceiling height minimum 4m for safe jumping and apparatus work. Clear of all obstacles and hazards.
Surface Check
Clean, dry, non-slip sports hall floor. Check for any wet patches, debris, or damage before lesson. Ensure floor markings are intact and not creating slip hazards. Gymnastics mats must be in good condition (no rips, adequate padding, flat with no curling edges).
Equipment Safety
Safety Checks
- •All gymnastics apparatus inspected before use - check for stability, damage, wear
- •Benches: hooks securely engaged, no splinters, rubber feet intact
- •Boxes: correct assembly, stable base, no loose sections, appropriate height for year group
- •Mats: adequate thickness (minimum 25mm), flush placement with no gaps, no damage
- •A-frames: secure locking mechanisms checked, stable base, appropriate angle
- •Wall bars: firmly attached to wall, rungs secure, surrounding area clear
- •All apparatus weight-rated and regularly maintained
- •Bean bags checked for integrity (no leaks or damage) before warm-up game
Risk Management
Key Risks
- •Collisions during warm-up bean bag games - multiple students moving at speed
- •Falls from apparatus during sequence work
- •Collisions between performers during pathway crossings
- •Unsafe landing from jumps or apparatus dismounts - ankle/knee injuries
- •Apparatus handling injuries - trapped fingers, strained muscles from incorrect lifting
- •Apparatus instability causing falls if not set up correctly
- •Partner work injuries if counter-balances or sumo wrestling become too aggressive
Risk Mitigation
- •Clear rules established for warm-up games with immediate consequences for running
- •Adequate spacing enforced between groups throughout (minimum 3m)
- •Progressive skill building - floor work mastered before apparatus transfer
- •Teacher physically checks all apparatus stability before use permitted
- •Continuous supervision with strategic teacher positioning for oversight
- •Clear demonstration of safe techniques for all movements and apparatus use
- •Staged apparatus setup with stopwatch challenge preventing rushing
- •Apparatus carrying always in pairs with correct technique demonstrated
- •Pathway crossing timing practiced and refined before performance pressure
- •Partner work emphasised as controlled and sporting, not aggressive
- •All students briefed on emergency stop signal and expectations
Supervision & Emergency Procedures
Supervision Points
- •Teacher positioned centrally during warm-up to see all groups around circle perimeter
- •During skill development: circulate between groups spending time with each but maintaining awareness of whole class
- •During apparatus setup: position centrally with visibility of all six stations, actively monitoring
- •During apparatus work: continuous circulation with clear sight lines, never turning back on groups
- •During performances: position to see both performing and watching students for safety
- •During cool-down partner work: scan all pairs ensuring appropriate control and sporting behaviour
- •Never leave gymnastics area during apparatus work
- •Additional supervision (TA or second teacher) highly beneficial for apparatus sections
Emergency Procedures
Emergency stop signal (whistle blast or 'STOP!' call) results in immediate freeze position - all movement stops. Teacher assesses situation. For injury: appropriate first aid provided, other students moved to safe area under supervision, emergency services contacted if needed. All incidents logged according to school procedures. First aid kit accessible at hall entrance.