Beam Blueprint Slides Gymnastics: Level 8
THE BEAM
BLUEPRINT
Mastering Balance, Posture, and Focal Points on Narrow Surfaces
Module 01
HOOK: The Floor is Lava
Navigate the "Safe Path" across the gym using only the marked floor lines and low beams.
Round 1: Walk the line. Focus on steady breath.Round 2: Add "Dips" (bend your support knee on every third step).Round 3: High speed! Can you maintain posture while moving quickly?
Safety Check
"Eyes forward, chest up. If you feel a wobble, lower your center of gravity by slightly bending your knees."
Physics of Balance
Focal Point
Don't look at your feet! Pick a point at the end of the beam . Your eyes lead your balance.
Center of Mass
Keep your hips directly over your feet. Engage your core to stabilize your torso.
Relevé Power
Walking on the balls of your feet (relevé) increases your ankle control and creates a taller, more stable posture.
Essential Question: How do we adapt to narrow surfaces?
Skill: The Dipping Walk
How to Perform:
Step forward with a pointed toe.
Lower into a "dip" by bending the standing knee.
Extend the free leg forward or to the side.
Rise back up and step through.
PRO TIP:
"Arms should be out to the side, slightly below shoulder height, with fingers stretched and palms down."
Base of Support: 4 Inches
I CAN...
Maintain a steady focal point at the end of the beam.
Perform a sequence of 10 "dipping" steps without falling.
Identify how core strength impacts my stability.
Beam Master Facilitation Guide Beam Master Facilitation Guide
Lesson 1: Balance Beam Fundamentals
TEACHER RESOURCE
Duration
50 Minutes
Equipment
Low Beams, Tape
Focus
Posture & Core
Grade
8th Grade
Laboratory Setup & Safety
Floor Path: Use gym tape to create 4-inch wide "paths" on the floor for the initial warmup.Low Beams: Place 3-5 low beams (max 12 inches high) end-to-end to create a continuous walking surface. Ensure mats are placed under and around all beams.Focal Points: Place bright cones or tape "X" marks on the wall at eye level at each end of the beam paths.
The Lesson Flow
00-10m
The Floor is Lava
Students navigate tape lines. If they step off, they must perform 5 "tuck jumps" before returning to the start. Increase speed every 3 minutes.
10-20m
Direct Instruction: The 3 Pillars
"Eyes lead, core follows, feet land."
Demonstrate Relevé Walk (high on toes) and Dipping Walk . Emphasize "locking" the core to prevent trunk swaying.
20-40m
Practice Circuit
Students rotate through 4 stations: 1. Floor tape precision, 2. Low beam locomotion, 3. Relevé holds (10s), 4. Dipping Walk repetitions.
40-50m
Log Book & Cool Down
Distribute Balance Log Books . Students self-assess their posture and stability scores.
Coaching Cues
Instead of "Don't fall"...
Say: "Anchor your eyes on the X!"
Instead of "Stay straight"...
Say: "Zip up your core!"
Instead of "Walk normally"...
Say: "Toe-to-Heel placement."
Instead of "Help your balance"...
Say: "Aircraft wings out!"
Modification Levels
Level 1: Support
Use a partner for a single-finger touch balance or stick to floor tape exclusively.
Level 2: Standard
Complete all locomotions on low beams without support.
Level 3: Challenge
Add arm movements (circles) while walking or close eyes for 3 seconds during a relevé hold.
Beam Blueprint Log Beam Blueprint Log
Applied Balance & Vaulting • Lesson 1
Name
Date
Today's Mission
To develop dynamic stability on a 4-inch base of support by utilizing visual focal points, core engagement, and precise foot placement.
Initial Assessment: Where is your balance today?
Rate your current balance (1-10)
WOBBLY ELITE
1
2
3
4
5
6
7
8
9
10
Your Focus Goal for Today
Skill Mastery Tracker
Skill Task Focal Point Check Attempts Mastery? Relevé Walk (High Toes)
10 steps without falling
|
| ____ / 5 |
NO
YES
|
|
Dipping Walk
Full bend on every 3rd step
|
| ____ / 5 |
NO
YES
|
|
Posture Check (Aircraft Wings)
Locked core, flat arms
|
| ____ / 5 |
NO
YES
|
The Physics Briefing
1. When you felt a "wobble" today, what was the first thing you did to correct it? Did it work?
2. How does keeping your eyes on a focal point 10 feet ahead help more than looking at your toes?
TOTAL SUCCESSES: ____
Instructor Initial
Blueprint Series | M01.A
Beam Transition Slides Gymnastics: Level 8
Precision
Transitions
Mounts, Turns, and the Art of the "Stick"
Module 02
HOOK: Sticking the Landing
A "Stick" isn't just a landing—it's a statement of absolute control.
THE 3-SECOND RULE
When your feet touch the mat, you must freeze. No steps, no wobbles, no arm swings for three full seconds .
Absorb the Impact
Knees bent, chest up, arms in "Presentation" position.
Mounts: Your First Impression
The Step-Up Mount
The classic entry. One foot leads, the other follows, transitioning immediately into a stable posture.
Key Cue:
"Push through the toes, lift the crown of the head."
The Front Support Mount
Using upper body strength to jump and support your weight on your hands before swinging a leg over.
Key Cue:
"Lean shoulders forward, press the beam away!"
Rotation: Half-Turns
The Pivot Turn
1 Rise to high Relevé
2 Squeeze inner thighs
3 Sharp 180° rotation
The Secret to Turns
"SPOTTING": Keep your eyes on the end of the beam until the last second, then whip your head around to find the other end.
Dismounts: The Exit
Tuck Jump Exit
Explode up, pull knees to chest in mid-air, and extend for the landing.
Stretch Jump Exit
Reach for the ceiling! Keep the body in a perfectly straight line during flight.
SAFETY PROTOCOL
Never dismount without a mat.
Land with feet shoulder-width apart.
Wait for a clear landing zone.
Transitions Facilitation Guide Transitions Facilitation Guide
Lesson 2: Mounts, Turns, and Dismounts
Safety Manual
Apparatus Setup
Medium Beams: 2-3 feet high. Ensure all legs are locked and level.Landing Zones: Double-mat the dismount ends. Use 4-inch "sting mats" on top of base mats for extra absorption.Mount Side: Use slanted "cheese" mats for students attempting the Front Support Mount to assist with the initial jump.
Spotting Technique
The Turn: Stand on the side of the beam. Place one hand on the student's waist and the other near the shoulder to guide the rotation without pulling them off-center.
The Dismount: Position yourself at the end of the beam. Be ready to grasp the upper arm or torso if the student over-rotates or loses balance upon landing.
Instructional Sequence
0-10m
Landing Mechanics Lab
Focus: Feet shoulder-width, knees over toes, chest up, arms presenting.
10-25m
Mount/Turn Workshop
Divide into 3 groups: Step-up Mount, Half-Turn (Floor Lines), and Half-Turn (Medium Beam with Spotter).
25-40m
Dismount Station
Students practice Tuck and Stretch jumps off the beam. Introduce the "3-Second Freeze" rule.
40-50m
Mini-Sequence Showcase
Students perform: Mount -> Walk 4 Steps -> Half Turn -> Dismount. Peers evaluate using Scorecard.
Problem: Wobbling on Turn
Fix: Emphasize 'Spotting' the wall. Ensure heels are high in relevé. Students often wobble because their heels are too low, causing friction.
Problem: Landing "Crunch"
Fix: Students landing too stiffly. Remind them to 'swallow' the landing by bending knees deeply into a squat without letting the chest hit the knees.
Problem: Tentative Mount
Fix: For Front Support, use the "T-Rex" cue: Keep arms strong and chest forward. Hesitation leads to falling backward.
Verbal Cues to Project:
"Find your eyes!" "Stick like glue!" "Tall tree, deep roots!" "Press the beam away!"
Beam Sequence Scorecard Beam Sequence Scorecard
Applied Balance & Vaulting • Lesson 2 Peer Evaluation
Gymnast
Evaluator
Peer Judging Protocol
Observe your partner's mini-sequence. Rate each element from 1-5 based on the technical cues. Give honest, constructive feedback to help them "stick" the next one!
Element & Requirements
Execution (1-5)
Peer Coaching Note
1. THE MOUNT
No extra steps; immediate posture lock.
1
2
3
4
5
2. HALF TURN
High relevé; spotting the end; no wobble.
1
2
3
4
5
3. DISMOUNT
Flight height; knees pull to chest (tuck).
1
2
3
4
5
4. THE "STICK"
Frozen for 3 seconds. Zero movement.
1
2
3
4
5
Technical Reflection
Which transition felt the most natural today? Why? (Think about center of mass and focal points).
Sequence Total
____ / 20
Acrobat's Blueprint | Series 2.B
Vault Power Slides Vaulting: Module 3
THE
LAUNCH
Mastering Approach Velocity and the Explosive Hurdle
Propulsion Physics
HOOK: The Power Hurdle
How far can you travel from a single springboard hit?
CHALLENGE: MAX DISTANCE
Run, hurdle, and jump off the board. Mark your landing on the mat. We will measure how speed affects your horizontal distance.
Momentum Transfer
Phase 1: Acceleration
1. START
Controlled strides. Focus on the springboard, not your feet.
2. BUILD
Rapidly increase your cadence. Lean slightly forward.
3. ATTACK
Maximum velocity in the last 4 strides. High knees!
Phase 2: The Hurdle Step
THE "TICK-TOCK" RHYTHM
1 Last Strides: Sprint pace.
2 The Hurdle: Low, long step onto one foot.
3 The Hit: Both feet strike the board together.
Arm Circle Physics
As you hurdle, throw your arms in a backward circle . Reach forward as you strike the board to generate upward lift.
"The hurdle is a bridge, not a jump. Stay low to transfer your running speed into the board."
Troubleshooting the Launch
The "Puddle Jumper"
Jumping too high on the hurdle step.
Result: Lose all forward momentum.
Fix: Keep the hurdle low and long.
The "Split Landing"
Landing on the board one foot at a time.
Result: Zero spring / Danger of injury.
Fix: Practice "Punching" the floor with two feet.
Vault Launch Facilitation Guide Vault Launch Facilitation Guide
Lesson 3: Approach and Hurdle Rhythm
Technical Manual
Runway Configuration
ZONE A
The Start: Mark with tape at 15m and 20m. Students must find their consistent starting mark.
ZONE B
The Hurdle: Place two parallel tape lines 1.5m before the springboard to define the 'Long-Low' hurdle zone.
ZONE C
The Target: Stack mats to 32-40 inches height immediately after the springboard (The "Mat Stack").
Springboard Safety
Never jump on a board that isn't flush against the mat stack. A gap between the board and mats is a high-risk zone for ankles.
"Punch the board with two feet. If you hear a 'double-thud,' you are hitting one foot at a time."
Instructional Flow
1. Runway Rhythm Drills (15m)
Off-Apparatus
Students practice the run on gym lines. Use a clap or drum to establish the acceleration beat: Slow... Slow... Med... Med... Fast-Fast-PUNCH!
2. The Hurdle Loop (20m)
On-Apparatus
Continuous rotation. Students run, hurdle, and 'punch' the board to land in a squat on the mat stack. Focus solely on the feet hitting together .
3. Power Output Analysis (15m)
Evaluation
Students record their run-to-spring distance in the Launch Rhythms Lab . Peer observers check for arm circles.
Pro-Cues for Power
Correction: The High Hurdle
"Don't jump over a puddle; step over a stream!" (Keep the hurdle long and low to maintain horizontal speed).
Correction: Tentative Approach
"Chase the board!" (Attack the springboard with increasing speed until the very last second).
Level 1: Developing
Practice hurdle step from a standstill or walk. Focus on "One-Two-Punch" rhythm on the floor.
Level 2: Proficient
Full approach run (15m) with hurdle and landing on mat stack. Consistent two-foot strike.
Level 3: Advanced
Increase approach velocity. Add an explosive arm circle to the hurdle to increase vertical lift off the board.
Launch Rhythms Lab Launch Rhythms Lab
Applied Balance & Vaulting • Lesson 3
Name
Date
Energy Transfer
Your goal today is to convert horizontal velocity (running speed) into vertical power (height off the springboard). The bridge between these two is the Hurdle Step .
The Rhythm of Power
FAST... FAST... PUNCH!
Part 1: The Rhythmic Punch
Record your partner's rhythm success on the floor lines before moving to the springboard.
Drill 1: The "Tick-Tock"
Can you land both feet together on the 'Punch'?
YES
NO
Drill 2: Low-Long Hurdle
Is the hurdle step long and low to the ground?
YES
NO
Drill 3: Arm Circle
Do arms circle back and reach forward?
YES
NO
Part 2: Distance Data
Attempt Approach Speed (1-5) Landing Mark (CM from board) Balance at Landing? #01
| STUCK / STEP |
| #02 |
|
| STUCK / STEP |
| #03 |
|
| STUCK / STEP |
Lab Analysis
Look at your data. How did increasing your approach speed change your landing distance? Why?
If you ran fast but had a "high" hurdle jump, what happened to your propulsion off the board?
Module 03 | Launch Sequence
Power Output: ________
The Block Slides Vaulting: Module 4
THE
BLOCK
Mastering Shoulder Repulsion and Energy Transfer
Repulsion Physics
What is "The Block"?
"Blocking" is the explosive push off the vault table with your shoulders and arms.
THE GOAL: REPULSION
The table shouldn't absorb your energy. You should bounce off it like a superball.
Active Shoulders
Never let your elbows bend. The power comes from the shrug.
The "Hollow" Shape
To block effectively, your body must be a rigid lever , not a noodle.
Ribs tucked in.
Glutes squeezed tight.
Toes pointed, legs together.
The Physics:
A tight body transfers \( 100\% \) of energy from the floor to the air.
A loose body absorbs energy, killing your height.
Repulsion Drills
1. Wall Blocks
Stand facing a wall with arms extended. Lean forward and 'pop' yourself back using only your shoulders.
Goal: Maximum distance from the wall.
2. Donkey Kicks
In a squat, place hands on the floor. Kick feet up while 'punching' the floor with your shoulders to lift your hands.
Goal: Hands and feet in the air at the same time.
BLOCKING vs. BENDING
Bending (Mushy)
Elbows bend to absorb impact. Head drops. Slow repulsion.
Blocking (Rigid)
Arms locked. Shoulders shrug to ears. Explosive bounce.
Repulsion Facilitation Guide Repulsion Facilitation Guide
Lesson 4: Vault Blocking and Repulsion Physics
Physics & Technique
The Inquiry Question
"How does body shape and shoulder activation change the amount of kinetic energy we can keep during a vault?"
Station Setup
Station 1: The Wall Pop
Smooth wall surface. Mark distances on floor from 1ft to 4ft.
Station 2: Floor Repulsion
Long tumble mats or panel mats. Ensure students have 6ft of personal space.
Station 3: Elevated Block
Low mat stacks (8-12 inches). Students block from floor up to the mat.
Safety Spotlight
Wrist Loading: Warm up wrists thoroughly with circles and stretching. Handstand hops are high-impact.Head Position: Never allow students to 'tuck' their head during a block. Eyes should stay on hands for safety and orientation.
Workshop Flow
Phase 1
The Arch vs. Hollow Experiment (10m)
Goal: Visualize energy loss.
Have students jump once while loose/floppy, and once while squeezed tight (hollow). Discuss which felt "springier".
Phase 2
Blocking Mechanics Drills (25m)
Goal: Isolate the shoulder shrug.
Drill: "Zombie Blocks". Students stand tall, arms at 90°, and pop themselves off the wall using only the shrug. Progress to Donkey Kicks on floor.
Phase 3
Repulsion Lab (15m)
Goal: Data collection.
Students use the Physics of the Block Lab to measure their repulsion distance and compare body shapes.
Check: Elbows
Are they bending? If yes, the block is "mushy." Demand "Iron Arms."
Check: Ears
Shoulders should touch ears at the peak of the block. If space exists, the shrug is incomplete.
Check: Hips
Are they sagging? Squeeze glutes to maintain the "Hollow" lever.
Physics of the Block Lab Physics of the Block
Applied Balance & Vaulting • Lesson 4
Name
Date
Energy Preservation
Today we test the "Body Lever" theory. A rigid, hollow body preserves kinetic energy, while a loose body absorbs it. Our goal is maximum repulsion .
Experiment 1: Arch vs. Hollow
Task: Perform two "Wall Pops". One with a loose, arched back, and one with a tight, hollow core. Measure the distance your hands bounce away from the wall.
Body Shape: ARCHED
Distance: ______ cm
Observe: Did the elbows bend? Did the hips sag?
Body Shape: HOLLOW
Distance: ______ cm
Observe: Did the shoulders pop explosively?
Experiment 2: The Vertical Shrug
Task: Place hands on a mat stack (8 inches high). From a kneeling position, "block" up to the mat using only your shoulders. Do not push with your knees.
Attempt 1
______
Attempt 2
______
Max Height
______ in
Drawing the Block
In the box below, draw a stick figure in a 'Hollow' block position. Draw two arrows: one showing the direction of the force into the vault (Action) and one showing the direction of the repulsion (Reaction).
Repulsion
Impact
Blueprint Series | M04.C | Newton's Third Law
The Gauntlet Slides Culminating Challenge
THE
GAUNTLET
Mastery, Endurance, and Precise Execution Under Pressure
Mastery Circuit
Gauntlet Protocols
HOW IT WORKS
Rotation: You have 5 minutes per station. Follow the arrows.
Mastery: Focus on "Clean" reps over "Fast" reps. Quality wins points.
The Log: Track every successful completion on your Circuit Card.
The Multi-Event Mindset
Gymnasts must switch between events instantly. Transition quickly, reset your focus, and attack the next apparatus.
Total Time: 45 Minutes
Zone 1: The Beam Walk
Station A: The Walk
Complete a full length of the medium beam with: 4 Relevé steps + 2 Dipping steps + 1 Half-Turn.
Mastery Cue: No wobbles.
Station B: The Exit
3 consecutive Dismounts (Tuck or Stretch). You must "Stick" for 3 seconds each time to earn the point.
Mastery Cue: Statue landing.
Zone 2: Vault Power
Station C: The Launch
25m approach run into a hurdle step and 2-foot punch. Record your horizontal flight distance.
Mastery Cue: Accelerating run.
Station D: The Repulsion
10 Floor Handstand Hops (Blocking). Shoulders must hit ears on every rep.
Mastery Cue: Iron arms.
FINISH STRONG
Endurance is a skill. As you get tired, your concentration must double. Keep your core tight and your focal points clear.
GO GAUNTLET!
Gauntlet Facilitation Guide Gauntlet Master Facilitation Guide
Lesson 5: Apparatus Circuit Challenge
Unit Finale
Circuit Architecture
Zone 1: The Beam
S1: Locomotion Path (Medium Beam)S2: Sticking Station (Low Beam to Mat)
Zone 2: The Vault
S3: Acceleration Runway (Tape marks)S4: Repulsion Lab (Mat stacks)
Zone 3: The Engine
S5: Hollow Holds (30s intervals)S6: Shoulder Push-ups (Blocking drills)
Timing Protocol
Briefing
5 Minutes
Station Time
5 Min / Station
Transition
1 Min (Reset)
Debrief
4 Minutes
Final Mastery Rubric
Category Emerging (1-2) Proficient (3-4) Mastery (5) Balance (Beam) Frequent steps off; looking at feet. Steady walk; maintains focal point most of time. Locked core; fluid turn; zero wobbles. Propulsion (Vault) Slow approach; uneven hurdle. Accelerating run; two-foot punch. Explosive 2-foot strike; clear flight distance. Repulsion (Block) Mushy elbows; shoulders don't shrug. Locked arms; identifiable pop off mat. Full shoulder-to-ear shrug; explosive height.
Facilitation Tip: The "Coach-for-a-Min"
Encourage students who finish their station requirements early to act as 'spotters' or 'feedback coaches' for their peers. This reinforces their own technical knowledge.
Safety: Crowd Control
The Vault Runway is the highest risk area. Ensure one-way traffic only. NO student enters the runway until the previous student has cleared the mat stack.
Final Debrief Prompt:
"Which equipment constraint was hardest to overcome today: the height of the beam or the speed of the vault?"
The Gauntlet Circuit Card The Gauntlet Circuit Card
Applied Balance & Vaulting • Unit Final Mastery
Gymnast
Team
Mission Briefing
You are entering the Gauntlet. At each station, perform the required reps. Have your partner check your form. Mark your achievement level for each challenge. Precision > Speed.
Apparatus & Task
Bronze
Silver
Gold
Pts
S1: Beam Locomotion
Full length; no support.
WALK
+RELEVÉ
+TURN
/ 5
S2: The Stick Exit
3-second freeze at landing.
STEP
STRETCH
TUCK
/ 5
S3: Vault Hurdle
2-foot punch off board.
STILL
WALK
RUN
/ 5
S4: Handstand Repulsion
Locked elbows; shoulder pop.
3 REPS
6 REPS
10 REPS
/ 5
Unit Reflection
"Which skill was your 'mountain' in this unit, and how did you finally climb it?"
Gauntlet Score
____ / 20
Instructor Signature: _______________
Mastery Series | Final | M05.A
Applied Balance & Vaulting Complete
