Analysis for this day is NOT Wind Corrected
Analysis uses Raw Vario (no TE correction)
| Glider | Times | Phases | Distance | Thermals | Thermal Attempts | Glides | ||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Call sign |
Show Track |
Glider [kg/m²] |
Start [LT] [ft] |
Finish [LT] [ft] |
Task Time [hms] |
Glide [count] [%] [hms] |
Thermal [count] [%] [hms] |
Try [count] [%] [hms] |
Race Dist [km] |
T-Track Dist [km] |
Dist Dev [%] |
Alt Gain in Thermals [ft] |
Alt Lost in Thermals [ft] [%] |
Average Alt gain per Thermal [ft] |
Orbit Time [sec] (stab) |
Orbit Speed [kts] (stab) |
Orbit Vario (stab) [kts] |
Alt Gain in Tries [ft] |
Alt Lost in Tries [ft] |
Tries Vario [kts] |
T-Track [LD] |
Avg Glide Netto Avg TTrack Netto [kts] |
T-Track Speed [kts] |
STF Dolphin Block [kts] |
Avg Glide height Dens alt gain [ft] [%] |
Race Speed [kph] |
| Callsign | Glider | Polar | WingLoad [kg/m²] |
Start Alt | Lost @ start due to Alt | Lost due to slow climb | Lost due to attempts | Lost due to centering | Lost due to poor netto | Lost STF (Dolphin) |
Lost STF (Block) |
Lost due to high finish | Lost due to deviations | Lost due to Alt Band | Total Lost [sec] |
Race Speed [kph] |
Gap to Winner [kph] |
|---|
| Callsign | Glider | Polar | WingLoad [kg/m²] |
Count | Time [hms] |
Alt Gain/Loss [ft] |
Alt (avg) [ft] |
Orbit Time (avg) [sec] |
Speed (avg) [kts] |
Orbit climb (avg) [kts] |
||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Tot | R | L | M | Tot | R | L | M | Tot | R | L | M | Tot | R | L | M | Tot | R | L | M | Tot | R | L | M | Tot | R | L | M | |||||
| Callsign | Glider | Polar | WingLoad [kg/m²] |
Count | Time [hms] |
Time % | Alt [ft] |
Alt Lost [ft] |
Climb (avg) [kts] |
|
|---|---|---|---|---|---|---|---|---|---|---|
| Callsign | Glider | Polar | WingLoad [kg/m²] |
Count | Glide Time [hms] |
T-Glide Time [hms] |
T-Glide Time [%] |
Glide Alt [ft] |
Race Length [km] |
Track Length [km] |
T-Track Length [km] |
Deviation Race/TTrack [%] |
Race Speed [kph] |
Glide Speed [kts] |
T-Glide Speed [kts] |
Track Speed [kts] |
T-Track Speed [kts] |
Glide [LD] |
T-Glide [LD] |
Track [LD] |
T-Track [LD] |
T-Track Netto [kts] |
STF Theory [kts] |
|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| callsign | Glider | Start [ft] |
End [ft] |
Max [ft] |
Glide [ft] |
T-Glide [ft] |
Thermal [ft] |
Thermal Lost [ft] |
Thermal Lost [%] |
Thermal (avg) [ft] |
|
|---|---|---|---|---|---|---|---|---|---|---|---|
| Callsign | Glider | Start [LT] |
End [LT] |
Race [hms] |
Glide [hms] |
T-Glide [hms] |
Thermal [hms] |
Thermal Attempt [hms] |
T-Glide % [%] |
Thermal % [%] |
Thermal Attempt % [%] |
Orbit (avg) [sec] |
|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Metric Info:
If enabled when creatig the day, ALL metrics are now wind-corrected (glide, orbit, thermal levels) except Race and Leg distance and speed remain ground-based.
Track: The GPS track (every fix) in a glide between 2 thermals Including Thermal Attempts
T-Track: The GPS track (every fix) in a glide between 2 thermals Excluding Thermal Attempts (this is a better metric to use)
Glide: The distance or time between Turnpoints Including Thermal Attempts
T-Glide: The distance or time between Turnpoints Excluding Thermal Attempts
Task: The assigned task
Race: The achieved distance or time for the assigned task
Stab: Stab or Stabilised is used in thermal averages excluding the 1st and last orbits
ttrack Netto: The netto
Thermal Lost: The altitude lost between fixes while in a thermal (slow to center, stay too long)
Tries Lost: The altitude lost between fixes while in a thermal attempt (slow to center, stay too long)
Orbit Time: The time to complete an orbit.
Orbit Speed: The Ground speed of an orbit.
Notes:
- A Try or Thermal Attempt is counted if the glider circles of over 18 seconds but under 60 seconds.
- A thermal is counted when the glider circles for over 60 seconds.
- Polar and wingloading are critical for netto and speed to fly calculations, invalid entries will give eronous statistics.
- Netto is calculated for each segment (fix) and then averaged rather than for each glide.
- Leg STF is based on the next thermal climb rate and current Leg netto. (Previous climb for final glide)