Standing Back Handspring / Flick
A backward-travelling handspring initiated from standing, using a powerful leg drive, controlled backward displacement, straight-arm hand support, active shoulder block and fast snap-down to return the athlete to their feet. In UK coaching language this is commonly called a flick.
This page explains technical principles, progressions, diagnostics and readiness standards. It does not teach hands-on spotting mechanics. Spotting and physical assistance must be learned practically through appropriate coach education and only used within the coach's current qualification, competence and facility procedures.
What Is a Standing Back Handspring?
A backward handspring initiated without previous forward momentum.
The athlete begins upright, creates controlled leg loading and drives backwards through the floor.
The body travels into an inverted hand-support phase with straight arms and active shoulders.
The athlete then pushes strongly through the shoulders, closes rapidly through the hips and brings the feet back underneath the body through the snap-down.
A successful Back Handspring should look like one connected movement rather than a jump backwards followed by a separate handstand and then a separate landing.
Back Handspring Prerequisites
Coaches should assess the athlete as a whole rather than relying on one prerequisite skill.
Handstand Support
Athlete is comfortable bearing body weight through straight arms with active shoulders.
Strong Backward Jump
Athlete can generate controlled power backwards without immediately collapsing the chest or throwing the head.
Snap-Down Control
Athlete understands how to move from inverted support back to the feet quickly and under control.
Straight-Arm Strength
The athlete can maintain elbow extension during dynamic overhead loading.
Shoulder Mobility
Sufficient overhead range allows the athlete to place the hands without compensating excessively through the lower back.
Hollow / Arch Awareness
Athlete can deliberately change body shape rather than remaining in one uncontrolled arch.
Back Walkover
A strong Back Walkover can demonstrate backward confidence, shoulder range and straight-arm support, although it should not be treated as the only possible gateway to learning a Back Handspring.
Rebound & Landing Control
Athlete understands how to absorb and control landing forces without knees collapsing or feet separating.
Pain or Significant Fear
Wrist, elbow, shoulder, neck or back pain — or a severe mental block — should not be overcome by increasing repetitions or physical force.
Back Handspring Flow
Seven Technical Phases
Starting Set
Athlete begins organised, balanced and mentally ready rather than rushing the initiation.
Sit / Load
Hips travel backwards while the athlete remains connected through the feet and keeps useful trunk control.
Leg Drive
Legs generate backward travel and lift rather than the athlete simply falling toward the hands.
Reach
Arms travel to the floor through an open shoulder position while the body continues moving backwards.
Hand Support
Hands contact strongly with straight arms and shoulders actively pushing away from the floor.
Block & Snap
The athlete rapidly pushes through the shoulders and closes the hips to bring the feet down.
Finish
Athlete lands with control rather than collapsing, stepping excessively or immediately adding another handspring.
The Skill Is a Shape Change
A Back Handspring is not one continuous arch. The athlete changes shape throughout the skill.
Set, Sit & Backward Travel
Start Organised
A rushed or soft starting position makes timing much more difficult. Athlete should know exactly when the skill begins.
Hips Travel Back
The load creates space behind the athlete. A purely downward squat usually reduces backward travel.
Push the Floor
The legs should actively create the movement rather than the athlete relying on gravity to fall backwards.
✓ Useful Backward Jump
- Hips travel behind the feet.
- Legs drive powerfully.
- Chest remains controlled.
- Arms contribute to direction.
- Athlete creates space for the hands.
- Movement is confident but not thrown.
✕ Common Take-Off Problems
- Jumping almost vertically.
- Falling backwards without leg drive.
- Excessively deep squat.
- Knees collapsing inward.
- Arms mistimed.
- Head thrown before the body moves.
Hands, Shoulders & Block
Straight Elbows
Bent arms reduce support and can allow the athlete to collapse toward the head or shoulders.
Push Tall
Athlete should actively elevate through the shoulders rather than sinking into hand contact.
Predictable Contact
Hand position should be consistent and symmetrical enough for the athlete to transfer force safely.
Push the Floor Away
The athlete does not simply pass over static hands. Active shoulder pressure helps accelerate the body toward the snap-down.
Block → Snap-Down → Finish
Finish the Block
The athlete continues pushing through the shoulders as the lower body begins to descend.
Close Fast
The legs do not simply fall toward the floor. The athlete actively closes the body to bring the feet underneath.
Finish Ready
At Level 2 standing, the athlete should own the single skill rather than automatically continuing into another Back Handspring.
Build the Skill — Don't Chase the Full Skill
Exact equipment choices and physical assistance should be selected by a qualified coach who can assess the athlete in person.
Check wrists, shoulders, straight-arm support, leg power, backward confidence and basic body-shape awareness.
Athlete develops comfort supporting body weight upside down without sinking through the shoulders.
Teach active shoulder push and rapid return of the feet separately from the backwards take-off.
Build the sit, leg drive and backward displacement without requiring the complete skill.
Use coach-selected progressions that let the athlete experience travelling backwards toward straight-arm support safely.
Connect the previously trained pieces using suitable progressions, surfaces and practical coach assistance where appropriate.
Athlete increasingly owns the direction, hand support and snap-down rather than relying on external help.
Skill is performed independently on an appropriate surface with repeatable mechanics.
Athlete can perform the skill on count, under routine fatigue and in synchronisation without technical deterioration.
Train the Pieces That Create the Skill
Sit → Jump
Train controlled backward loading followed by active leg drive without attempting the full handspring.
Arm-Swing Timing
Coordinate the arm action with the leg drive so the upper and lower body contribute to the same direction.
Handstand Push-Tall
Reinforce straight arms and active shoulder elevation in a simpler inverted position.
Handstand Shoulder Block
Develop the concept of pushing away from the floor rather than sinking through hand support.
Handstand Snap-Down
Train rapid hip closure and feet-under-body mechanics independently.
Hollow Body Control
Improve the athlete's ability to transition out of extension rather than remaining arched.
Overhead Line Drill
Reinforce arms near the ears with ribs and pelvis controlled rather than compensating through the lower back.
Snap → Stick
Teach athletes to own the Level 2 single rather than always relying on another skill to control the landing.
Counted Singles
Once independent, clean take-off, hand contact, snap and landing timing across the group.
Short Coaching Cues
Common Back Handspring Problems
| What You See | Likely Cause | Coach Should Check | Training Direction |
|---|---|---|---|
| Athlete jumps almost straight up | Insufficient backward displacement | Sit direction and leg drive | Return to backward jump mechanics. |
| Athlete undercuts badly | Take-off direction or hand reach is too short | Hips, jump travel and reach | Rebuild travel before full skill. |
| Athlete throws head backwards | Trying to initiate rotation through the head | Arm swing and shoulder reach | Reinforce neutral-head, shoulder-led movement. |
| Chest collapses in the sit | Athlete is folding rather than loading | Starting posture | Train controlled sit-to-jump mechanics. |
| Knees move excessively inward | Lower-body control issue | Take-off alignment | Address leg strength and take-off pattern. |
| Arms swing too late | Upper and lower body are mistimed | Take-off sequencing | Isolate arm-swing timing. |
| Hands land very close to feet | Insufficient backward travel | Take-off and reach | Create more displacement before hand contact. |
| Elbows bend on contact | Weak support, poor shoulder line or timing | Straight-arm readiness | Regress to supported inverted strength work. |
| Shoulders sink on contact | Passive support | Shoulder elevation | Rebuild active handstand push-tall mechanics. |
| Hands are noticeably uneven | Twist, fear or asymmetric reach | Entry alignment | Slow progression and restore symmetrical reach. |
| Athlete turns sideways | Uneven take-off or uneven hand contact | First moment of rotation | Identify whether drift begins before or after hands. |
| Back is extremely arched throughout | Shape change is missing | Shoulder range and core control | Train hollow-to-extended shape awareness. |
| Legs separate in flight | Loss of tension or fear response | Leg squeeze and timing | Rebuild body tension in simpler shapes. |
| Knees bend excessively in flight | Shape control deteriorates | Leg tension | Return to body-line and snap-down drills. |
| Snap-down is slow | Passive hips or incomplete shoulder block | Block + hip closure | Train handstand snap-down separately. |
| Feet land far in front | Snap timing or body line is poorly organised | Second-half shape | Rebuild active snap-down mechanics. |
| Athlete lands very low | Insufficient block or slow snap | Shoulder push and hip speed | Improve second-half power before adding repetitions. |
| Athlete takes several steps after landing | Landing momentum is uncontrolled | Snap-down and body position | Train single BHS → controlled finish. |
| Athlete immediately attempts a second flick | Habit from Level 3 training | Routine / level awareness | Reinforce Level 2 single-handspring requirement. |
| Athlete needs progressively more assistance | Fatigue, fear or progression too difficult | Readiness | Reduce difficulty rather than forcing repetitions. |
| Wrist, elbow, shoulder, neck or back pain | Possible injury or inappropriate loading | Stop activity | Follow academy injury procedures before returning. |
Fear & Mental Blocks
The Athlete Physically Can — But Stops
Athletes may hesitate, repeatedly start and stop, suddenly alter the arm swing, jump sideways, request more assistance than usual or lose a skill they previously performed confidently.
This should not automatically be treated as poor effort or stubbornness.
Restore Predictability
Reduce the task to a progression the athlete trusts, rebuild successful repetitions and gradually return toward the full skill.
Avoid forcing the athlete backwards, surprising them with physical assistance or creating a public battle over whether they “just need to do it”.
What Supports a Strong Back Handspring?
Backward Jump Power
The athlete needs enough lower-body force to create travel without simply falling backwards.
Active Overhead Strength
Shoulder mobility alone is not enough; the athlete must actively support the overhead line under load.
Straight-Arm Support
Elbows need to remain extended during fast inverted loading.
Shape Change
Trunk control allows the athlete to transition from extension into a fast snap-down.
Progressive Load Tolerance
Hand-support volume should increase gradually rather than suddenly.
Fast Hip Closure
Strong active hip flexion contributes to quick snap-down mechanics.
Take-Off & Landing Control
Ankle strength supports both the initial leg drive and the final landing.
Hip Extension Power
Supports forceful take-off without relying solely on spinal extension.
Whole-Body Timing
Back Handsprings rely on sequencing. Strength without timing rarely produces an efficient skill.
Back Handspring Safety
Progressions should take place on suitable matting and equipment appropriate to the athlete's stage.
Physical assistance and spotting must stay within the coach's training and qualification.
Significant elbow collapse should trigger regression, not additional full-skill attempts.
Athletes should not be allowed to repeatedly perform versions where hand support fails and the head approaches the floor.
Wrist, elbow, shoulder, neck or spinal pain requires the activity to stop and academy injury procedures to be followed.
High-volume repetitions after technique deteriorates can reinforce poor mechanics and increase loading risk.
Fear should be addressed through appropriate progression, not by physically pushing or pulling an unwilling athlete through the skill.
More lumbar arch is not the solution to insufficient shoulder range or poor take-off mechanics.
Stop the set before repeated bent arms, low hips, uncontrolled landings or fear responses become normal.
Hotshots Video Library
Side view showing sit, backward travel, straight-arm support, shoulder block, snap-down and finish.
Compare an athlete who sends the hips and hands too close with an athlete creating appropriate backward displacement.
Slow-motion comparison of passive shoulder support versus an active block and fast second half.
Is the Back Handspring Ready?
GREEN · Ready
- Pain-free.
- Independent.
- Confident initiation.
- Controlled backward load.
- Clear leg drive.
- Adequate backward travel.
- Head remains controlled.
- Straight arms on hand contact.
- Active shoulders.
- No head contact.
- Fast controlled snap-down.
- Feet finish predictably.
- Landing is controlled.
AMBER · Developing
- Minor hesitation.
- Backward travel inconsistent.
- Slight arm-timing variation.
- Small elbow softening.
- Snap-down occasionally slow.
- Landing requires a step.
- Quality changes with fatigue.
RED · Regress
- Pain.
- Significant fear.
- Coach must complete the skill.
- Head thrown aggressively.
- Little or no backward travel.
- Severe undercut.
- Elbows collapse.
- Head approaches or contacts floor.
- Twisting / turning unintentionally.
- Skill finishes uncontrolled.
Cleaning Standing Back Handsprings
Clean the Events, Not Just the Landing
- Same starting posture.
- Same arm-swing timing.
- Same sit timing.
- Same take-off count.
- Same hand-contact count.
- Same snap-down timing.
- Same landing timing.
- Same final choreography.
Compare Athletes Side by Side
Large differences in travel distance, hand contact, block speed and landing timing can make a group look unsynchronised even when everyone technically performs a Back Handspring.
Don't Accidentally Build Level 3 Standing Tumbling
Level 2 Standing = Single Handspring
A Standing Back Handspring / Flick is explicitly Level 2.
Back Handspring Series moves into Level 3 standing tumbling.
Jump → Handspring combinations also move into Level 3 standing tumbling. At Level 2, jump skills may not be connected to a handspring.
This distinction matters particularly for athletes training multiple levels. A Toe Touch → Back Handspring should not accidentally appear in a Level 2 routine simply because the athlete is capable of it.
IASF 2026–27 Context
Single Back Handspring
The IASF Level Appropriate document updated 4 June 2026 specifically lists Single Back Handspring under Level 2 Standing Tumbling.
The current IASF 2025–2028 legality rules likewise list a single handspring at Level 2 standing.
Important Level 2 Limits
Level 2 standing tumbling does not permit jump skills connected to a handspring.
Twisting or turning is not permitted after a Back Handspring Step-Out, and airborne twisting is not permitted except Round-Offs.
Back Handspring Coach Checklist
Can They...
- Bear weight confidently through straight arms?
- Maintain active shoulders upside down?
- Generate controlled backward travel?
- Keep the head controlled?
- Reach long rather than undercutting?
- Contact the floor with straight arms?
- Push actively through the shoulders?
- Snap the feet underneath quickly?
- Land without major collapse?
- Repeat the single skill consistently?
Have You Checked...
- Physical readiness?
- Psychological readiness?
- Take-off direction?
- Arm timing?
- Head position?
- Hand placement?
- Elbow extension?
- Shoulder block?
- Hip closure?
- Landing control?
- Current IASF level rules?