03 · REVIEW
Performance Report
Outcome first. Evidence on demand. The ride is already recorded. Review explains why it happened, what limited or unlocked performance, and the one thing to take into the next session.
Loading session evidence…
01 · OUTCOME
What did this ride actually produce?
Actual first. Session opportunity and target second. No graph reading required.
Choose a session by date, beach and best recorded jump.
SESSION BEST—Recorded WOO height
JUMP MECHANICS MAP · SELECTED JUMP
How this jump was built and what it produced
Edge, pop, pop velocity, height, airtime and distance mapped into one jump story.
MeasuredDerivedModelled
JUMP METRICS COMPARISONSelected jump against your personal strong-jump band. The 20 m goal is only shown where the target is directly defensible.
Selected jumpStrong-jump band20 m goal
COACH INTERPRETATIONOne read. One next action.
Waiting for selected jump evidence…
Evidence discipline: Edge, pop, pop velocity, height, airtime and landing come from the recorded jump. Distance is shown only when GPS/jump-distance evidence exists. The motion sequence is a schematic explanation of those measurements, not video reconstruction.
SESSION PHYSICS · WHY THE HEIGHT HAPPENED
Opportunity. Execution. Result.
One visual chain joining the conditions, approach, aerodynamic opportunity, release and flight.
MeasuredDerivedModelled
01 · CONDITIONSWind —Timestamp-matched historical wind
02 · APPROACHSpeed —Take-off / GPS evidence
03 · LOADPotential —Aerodynamic loading proxy
04 · RELEASEPop —Edge + pop + pop velocity
05 · FLIGHTHeight —Height + airtime
06 · CONTROLLanding —Landing G
AERODYNAMIC RELATIONSHIP
Apparent wind × jump height
Every mapped jump in the selected ride. This shows association, not causation.
RELATIONSHIP—
MAPPED JUMPS—
Waiting for timestamp-matched wind and approach speed.
IQ
PHYSICS COACH SYNTHESISWaiting for session evidence…
Coach will separate a lack of opportunity from a failure to convert good opportunity before recommending a technical change.
What do these metrics mean?
Reading the gaps…
LATEST SESSION BEST—Most recent recorded ride
2026 PB—Highest recorded 2026 jump
LIFETIME WOO PB—Historical verified WOO PB
02 · WHY
Reading your ride…
I’m joining your WOO evidence, conditions and goal into one clear coaching call.
CONFIDENCE—Evidence strength
KEY LIMITER
Reading the largest gap…
03 · EVIDENCE
What supports the coaching call?
Current-session evidence stays visible. Methodology and long-term sector analysis are collapsed until you ask for them.
Current-session evidence first. Deeper model and historical evidence are available below.
CONDITIONS VS RIDING · WIND × HEIGHT
Did more wind produce more height?
Select a recorded session and Coach maps each timed WOO jump to the BeachStats observations already captured by the 10-minute collector. A current BeachStats outage does not invalidate stored history; no fallback weather is ever substituted.
PEARSON r—Waiting for mapped evidence
MAPPED JUMPS—No source mapped
WIND RANGE—BeachStats observed/interpolated wind
SESSION STORY · WIND VS JUMP HEIGHT
Did the wind change explain your jump height?
Wind and jump height on one shared timeline. The purpose is simple: did changing wind actually track changing jump height?
PERFORMANCE ENVELOPE
How close are you to your current performance envelope?
Each row shows what you achieved, what the ride gave you, and the selected goal. Landing is normalised correctly: lower G is better.
EVIDENCE STRENGTH
How stable is the signal?
Recent-session movement and the source behind the opportunity estimate. This tells you how much weight to put on the conclusion.
DEEP DIVE · MODEL & METHODMetrics, context, geometry and evidence method
ACHIEVED · OPPORTUNITY · GOAL
Each metric keeps its real measurement. The bar shows achieved performance, the orange marker shows the session reference, and the goal line is the selected target.
RIDE CONTEXT
What did the conditions actually give you?
The session reference uses the saved pre-ride prediction where it exists. Rider, equipment, wind, water and tack geometry stay separate so Coach can explain the gap without pretending every session offered the same ceiling.
STANCE · WIND · SPEED
Reading tack and wind geometry…
THE MODEL
Conditions → Achieved → Next target.
EVIDENCE & METHOD
What is measured, what is derived, and what is still a hypothesis.
WOO measures board-level jump height, airtime and landing G-force. WOO + smartwatch adds GPS context such as speed and jump distance.
WOO measurement documentation ↗Published kitesurfing research shows that height, airtime, take-off load and landing impact are related but they do not tell the same story. Coach therefore keeps boost performance and landing control separate.
Load analysis study ↗Goofy/regular stance × wind side is a BTE Coach hypothesis. It is displayed and tested against approach speed, jump distance and matched sessions; it does not become a fixed performance penalty without evidence.
LONGER-TERM CONDITIONSHistorical wind × height by tack sector
LONGER-TERM CONDITIONS · HISTORICAL CLASSIFIED SESSIONS
Historical wind-at-jump × height · split by tack sector
Coach uses each session’s recorded wind direction to place it into your normal tack sector, then maps each WOO jump time to persisted BeachStats wind speed. This avoids guessing tack from GPS and avoids using the suspect BeachStats direction field.
BARASSIEWind speed × WOO height
Building evidenceSECTOR A · SW–WSECTOR B · WNW–N
TROON SOUTHWind speed × WOO height
Building evidenceSECTOR A · S–WSECTOR B · WNW–NW
Sector rule: the sector comes from the session’s recorded/forecast wind-from direction, not from BeachStats direction. BeachStats supplies the timestamp-matched wind speed only. Sessions without a trustworthy recorded wind direction stay unclassified rather than being guessed.