Glider Performance

Every glider in the rodeo flew the same plan: a shakedown, then fast, slow, intermediate and drift blocks, then a short repeat of slow, intermediate and fast at the end (the mini-modes, right of the hairline in each panel). Because the modes are shared, the differences below are differences between the platforms, not between missions. Numbers come from output/glider_performance_summary.xlsx; each panel keeps its own y-axis, because a watt and a cubic centimetre do not belong on one scale.

Gliders
Modes
Metrics

Tradeoff explorer

The mission modes exist to answer what speed costs. Put one metric on each axis and every glider-mode combination becomes a point, so the shape of the tradeoff shows up directly. Connect the modes to follow one glider through the plan.

X Y
Presets

Ranking

Every glider-mode combination on one metric, sorted. This is the view for “who used the least energy per kilometre” — and for seeing how much of the spread is the platform and how much is the mode it was flying.

Metric

Mode comparison

The same numbers as a grid: one row per glider, one column per mode. Gaps are combinations with no data rather than zeroes.

Metric

Data recorded

How much raw data each system actually wrote during the rodeo. The deployments were not the same length, so the per-day figure is the fairer comparison between PAM systems — and the spread is mostly channel count and sample rate, not platform.

Total recordedGB
Recording rateGB/day
Total raw data divided by the length of that glider’s deployment.

Efficiency

Two sections above ask what a kilometre cost and how much each system recorded. This divides one by the other: how far a glider went, and how much it wrote, for every kilowatt‑hour it spent. Up and to the right is more of both for the same energy. Neither axis is the answer — a platform can buy data with distance, and the fastest way to look efficient on the vertical axis is to record at a high bit rate.

The numbers

Every value on this page, for the gliders, modes and metrics selected above. Hover is a convenience; this table is the source.

Platforms

One row per glider: what it is, how long it flew, what it recorded, and how its energy use was measured.

Data caveats and column definitions