Steven Crosby

Corryong Cup 2026 · Task 1 (Open) (Mon, 5 Jan 2026) · open · ranked #7 · times in Australia/Melbourne (GMT+11)

Scores computed

Made goal in 2:34:19 — 582 points

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Click any highlighted step in the explanation to see where it happened.

The flight

What the tracklog shows, and which crossings scored.

Crossed the start cylinder boundary 14 times. The scored start is the latest crossing from which the flight still makes its best run along the course — re-starting supersedes an earlier start, while simply flying back through the cylinder later in the task changes nothing.

…and 2 more crossings

The 15:03:27 crossing is the scored start. By the 16:51:06 crossing the flight had already reached TP5 (TINTAL), so treating that as a re-start would mean flying the course again from there — a shorter, later run that scores less.

Start time taken: gate 3 of 8 — the last start gate at or before the crossing. The speed-section clock runs from the gate, not from the crossing (FAI S7F §8.3.1).15:00:00

Completed the task — full task distance is credited.

Day quality — points on offer

Task validity 100% of a perfect day, so 1000 of 1000 points were available.

How this works

Launch validity — the day counts for less if much of the field never got into the air.100%

31 pilots flew out of 31 present. Nominal launch is 96%, so launch validity is full once 30 pilots are in the air.

Distance validity — the day counts for less if the field as a whole did not get far.100%

Measured against a 55.2 km nominal distance, a 30% nominal goal and a 5.0 km minimum distance. The field flew 45.2 km past the minimum on average, with a best of 78.8 km.

How far the field got — the spread distance validity is computed from, one dot per pilot. 31 pilots flew; you flew 78.8 km, further than 19 of them. The day averaged 45.2 km past the 5.0 km minimum, against a 55.2 km nominal distance.

Time validity — the day counts for less if the fastest pilot got round much quicker than the task was meant to take.100%

The fastest pilot took 1:37:55 against a nominal task time of 1:30:00 — the task took as long as it was meant to, so no time devaluation applies.

Points on offer for the day1000 pts

1000 × 1.00 × 1.00 × 1.00 = 1000

Split between the components: 12 of 31 pilots made goal — a goal ratio of 0.39

distance 478.1 · time 365.3 · leading 91.3 · arrival 65.2

The share each component takes of the day

distance 47.8% · time 36.5% · leading 9.1% · arrival 6.5%

Distance points

478.1 of 478.1 pts

Full distance — one of 12 pilots in goal

How this works

Task distance78.8 km

The optimized task line — the shortest legal way round the turnpoints.

Scored distance78.8 km

Measured along the optimized task line, up to the furthest point on course.

Best distance in class78.8 km

Made goal — full available distance points.478.1 pts

The curve is the distance-points formula, half of it built from where the field landed out (FAI S7F §11.1.1) — every dot is a pilot, sitting exactly on it. Its steepest stretches are the ones fewest pilots got past, so flying through one is worth more than the same distance somewhere easy. You flew 78.8 km of the class best 78.8 km, worth 478.1 of 478.1.

Time points

82.3 of 365.3 pts

7th fastest of 12 through the speed section

How this works

Time points use the 5⁄6 speed-fraction exponent (the current FAI S7F, S7F §11.2).

Your speed section time2:34:19

Timed from your 15:00:00 start gate to the end of the speed section (FAI S7F §8.7) — you crossed the start at 15:03:27.

Fastest time in class1:37:55

Set by Jon Durand — you were 56:24 behind.

Time points fall off with the gap to the fastest time82.3 pts

speed fraction = max(0, 1 − ((T − Tbest) ÷ √Tbest)^5⁄6) = 0.2254; × 365.3 available = 82.3 (times in hours)

The curve is the time-points formula — every dot is a pilot, sitting exactly on it. You were 56:24 behind the fastest time, which cost 283 of the 365.3 time points on offer.

Leading points

0 of 91.3 pts

9th best of 29 measured leading coefficients

How this works

Leading points reward flying out front during the speed section — the pilot with the best leading coefficient takes all available leading points, others fall off with the gap.0 pts

Your leading coefficient — the area under your distance-over-time curve, so lower means further ahead for longer3.457

Best in class 1.894.

Leading points fall off with the gap to the best coefficient0 pts

leading factor = max(0, 1 − ((LC − LCbest)² ÷ LCbest)^1⁄3) = 0.000; × 91.3 available = 0

Measured with the classic squared-distance leading coefficient (S7F §11.3.1, the hang-gliding / GAP2016–2018 variant).

The curve is the leading-points formula — every dot is a pilot, sitting exactly on it. Your coefficient of 3.457 against the class best of 1.894 puts you at 0 of 91.3.

Arrival points

21.5 of 65.2 pts

7th of 12 to the end of the speed section

How this works

Arrival points reward crossing the end of the speed section early relative to the other pilots who reached it.21.5 pts

Reached the end of the speed section 7th of 1217:34:19

The arrival order is by the clock at the end of the speed section, not by speed — an earlier start gate can put a slower pilot ahead of a faster one here.

Arrival points fall off steeply with each place21.5 pts

arrival ratio = 1 − (7 − 1) ÷ 12 = 0.50; arrival factor = 0.2 + 0.037·r + 0.13·r² + 0.633·r³ = 0.330; × 65.2 available = 21.5

One place earlier would have been worth 4 more points

The curve is front-loaded: first place takes all 65.2 available, and everyone else who reaches the end of the speed section keeps at least 13.3 of them.

The curve is the arrival-points formula — every dot is a pilot, sitting exactly on it. You arrived 7 of 12, worth 21.5 of 65.2 — one place earlier would have been 4 more. The order is by the clock at the end of the speed section, not by speed.

Total

582 of 1000 pts

How this works

Distance + time + leading + arrival, minus penalties582 pts

478.1 + 82.3 + 21.5 ≈ 582 — the points above are shown rounded to 0.1; the total is rounded from their exact sum.

Where the points went

Your 582 against the 930.4 that won the class.

How this works

Distancelevel

you 478.1, the leader 478.1

Time−216 pts

you 82.3, the leader 298.3

Leading−88.8 pts

you 0, the leader 88.8

Arrival−43.7 pts

you 21.5, the leader 65.2

Penalties+0.1 pts

you 0.1, the leader 0

Behind Rohan Holtkamp−348.4 pts

Spread across time-points, leading-points and arrival-points — time-points the largest, at 216.

Start cylinder (SSS): The circle around the start turnpoint. The race clock begins when you cross it in the required direction, or at the start gate you took.
Speed section: The timed part of the task: from the start to the end of the speed section. Time points are earned here, and only here.
End of speed section (ESS): Where the clock stops — usually a cylinder shortly before goal, so pilots are not racing all the way to the ground.
Optimized task line: The shortest legal way around the turnpoints, clipping each cylinder rather than flying to its centre. Every distance on this page is measured along it.
Made good: How far along that line you got — not how far you flew. Wandering off course adds kilometres to your track but none to your distance made good.
Minimum distance: A floor: a pilot who flies less than this is scored as if they flew it, so a short flight is never worth less than nothing.
Nominal distance / time / goal / launch: What the organiser expected of a good day — a typical task length, duration, share of pilots in goal, and share of pilots launching. They are the yardsticks the day is measured against, not targets anyone must hit.
Validity: How much of a full 1000-point day this task was worth. A day where few launched, nobody got far, or the winner was round very quickly counts for less in the overall standings.
Goal ratio: The share of flying pilots who made goal. It decides how the day's points are split between distance and the other components.
Leading coefficient: A measure of how much of the race you spent out in front, as an area under your distance-over-time curve. Lower is better; the absolute number means nothing on its own, only the comparison does.
Distance difficulty: Hang gliding only: half the distance points are weighted by where the field landed out, so getting past a stretch that stopped many pilots is worth more than easy kilometres.
Jump the gun: Starting before the first start gate opened. Paraglider pilots are scored only to the start cylinder; hang glider pilots take a penalty that grows with how early they were.

The full guide to GAP scoring

The flight

Day quality — points on offer

Distance points

Time points

Leading points

Arrival points

Total

Where the points went

Terms on this page