Lesson 1 - Introduction to Bridge Balances
Mastering Bridge Balances: From Stability to Sequence
•Year 4
•Gymnastics
•Start Planning Better PE Lessons
Sign up free to access 3 complete units per month, unlimited activity library, and your personal locker.
What's included
- Complete activity instructions & timing
- Teaching tips & differentiation strategies
- Assessment guidance & success criteria
- Downloadable lessons & units
How can we use our bodies to create strong, stable bridges like the structures we see in our world?
Learning Objectives
- To explore and create individual bridge balances using different body parts as connection points
- To develop partner work skills by creating collaborative bridge balances
- To apply principles of excellent gymnastics including extension, control and stability
Key Outcomes
- Students will demonstrate at least 3 different individual bridge balances
- Students will work collaboratively to create partner bridge balances at different levels
- Students will identify and explain what makes a bridge balance excellent
Equipment & Resources Required
Distribute around hall with adequate spacing between pairs
Alternative: Yoga mats, carpet tiles for knee protection
Mark safe working boundaries and mat positions
Alternative: Bean bags, spots
Available for reference during introduction
Alternative: Tablet with images, whiteboard drawings
Calm, instrumental music for movement sections
Alternative: Phone with speaker, background music
Key Vocabulary
A balance where the body creates an arch or span, similar to a structure that crosses over an obstacle
Stretching body parts away from the centre to create length and strength
The parts of the body that touch the floor to support the balance
Being steady and controlled in a balance without wobbling
Working together with a partner to create something neither could do alone
Skill Progression Pathway
Understanding where pupils are coming from and where they're going
Prior Learning
- Basic balancing on different body parts from Year 3
- Understanding of body tension and control
- Safe movement in shared space
Current Skills
- Creating individual bridge balances
- Working with partners to create collaborative bridges
- Applying principles of excellent gymnastics
Next Steps
- Linking bridge balances into sequences
- Creating more complex partner work
- Adding travel between bridge balances
Milestone Indicators
Key Teaching Points
- Bridge balances must show clear arch or span shape connecting two points
- Extension through the body creates strength and improves bridge appearance
- Different connection points (hands/feet, forearms/feet, etc.) create variety
- Stability comes from engaging core muscles and controlling breathing
- Partner work requires communication and mutual support for success
- Quality and control are more important than difficulty in bridge balances
- Bridges can be created at different levels to add interest and challenge
Common Misconceptions
- Thinking bridges must be difficult to be good - emphasise quality over complexity
- Believing only back arch bridges count - show variety of bridge types
- Assuming partner bridges require physical connection - demonstrate side-by-side options
- Thinking bridges should be held indefinitely - teach appropriate hold times
- Believing bridges are only about flexibility - emphasise strength component
SEN Adaptations
ADHD
- Break activities into shorter segments, provide clear boundaries and expectations, use movement breaks effectively
dyspraxia
- Demonstrate slowly with clear verbal instructions, allow extra practice time, provide physical guidance for positioning
autism spectrum
- Provide clear structure and routine, visual schedule of lesson sections, quiet space available if needed
visual impairment
- Use verbal descriptions of bridge shapes, provide tactile exploration of bridge models, pair with sighted buddy
hearing impairment
- Use visual demonstrations clearly, written/picture cards for instructions, ensure face-to-face communication
physical disability
- Modify bridges for wheelchair users, adapt connection points to seated positions, use different levels and supports
Cross-Curricular Links
Maths
Counting bridges created, timing balance holds, recognising geometric shapes in bridge arches
Science
Forces and structures - understanding how bridges support weight, body systems working during exercise
Design & Technology
Studying bridge structures and engineering, understanding strength and stability
Geography
Exploring famous bridges around the world, understanding how bridges connect places
PSHE
Cooperation and communication skills, building confidence, supporting others
Teacher Guidance
Positioning
Move around perimeter during individual work, central position for demonstrations and instructions
Observation Focus
Watch for bridge shape quality, stability in holds, effective partner communication
Intervention Points
Step in if bridges attempted are unsafe, provide support when students struggle with concepts
Demonstration Notes
Always demonstrate bridge positions from side view for clarity, emphasise key teaching points during demos
Verbal Cues
- •'Strong arch shape!'
- •'Hold it steady!'
- •'Feel the extension!'
- •'Communicate with your partner!'
Safety Considerations
Space & Surface Requirements
Space Requirements
Large hall minimum 15m x 10m with clear floor space, mats for landing areas
Surface Check
Clean, dry, non-slip floor free from obstacles and debris
Equipment Safety
Safety Checks
- •Check mats are properly positioned and lying flat
- •Ensure adequate space between working pairs
- •Verify all cones/markers are soft and safe
Risk Management
Key Risks
- •Falls from bridge positions
- •Overextension or strain in bridge balances
- •Collisions between students or pairs
- •Partner work causing loss of balance
Risk Mitigation
- •Progressive introduction from simple to complex bridges
- •Clear boundaries and adequate spacing between pairs
- •Emphasis on control rather than difficulty
- •Continuous monitoring of partner interactions
Supervision & Emergency Procedures
Supervision Points
- •Position to observe all working pairs simultaneously
- •Move around during partner work to support safe interactions
- •Watch for signs of fatigue or overexertion
Emergency Procedures
Stop all activity immediately, assess injury severity, provide appropriate first aid, contact school first aid coordinator if needed