
Working Memory
Measures how well you keep short-term information stable while the visual layout keeps changing.
This hub gathers the core AON Cut-e battery plus the supporting Math and Physics practice bridges in one place. From each card, you can open the related guide to see what the task measures, then jump straight into that module inside the CadetPrep cockpit.
AON does not behave like a single knowledge test. The battery uses short but intense tasks to show attention stability, rule-update speed, accuracy under tempo, and whether performance collapses under multiple cognitive loads.
Every card has two targets: open the related guide page to understand the task, or launch that exact simulation directly in the cockpit.

Measures how well you keep short-term information stable while the visual layout keeps changing.

Builds a fast visual scanning rhythm without losing focus under light but constant pressure.

Tests how cleanly you react to a stimulus without delay and without triggering unnecessary false starts.

Stacks heading, reference tracking, and mental rotation load in a format that feels close to aviation contexts.

Checks how quickly you can read shape and rule patterns and turn them into reliable generalizations.

Forces you to protect multiple streams at once and manage priorities without breaking the main task.

An advanced reasoning module with denser patterns where the real difference often hides in small details.

A more classic rule-discovery task built on sequence logic, but still very dependent on tempo.

Works on accurate rule application: leave no gaps, spot wrong conclusions early, and stay precise.

Reveals planning quality under pressure by combining movement, order, and constraint tracking.

Turns number confidence into performance by asking for clean calculation under time pressure.

Tests whether you can keep up with rule changes and switching load without losing correct inference.

The alternate live URL of the concentration family, focused on the dotted-E variant of the same attention logic.

Adds an audio layer to the multitasking load and punishes small moments of attention drift.

Pushes control stability, correction discipline, and fine motor decisions at the same time.

Measures vigilance by asking you to spot small but critical deviations over a longer flow.
An English math study module for candidates who want to build numerical tempo alongside the AON flow.
A support module for training core physics logic in English alongside the AON flow.
Start by building rhythm in the attention and memory family: concentration, e-with-dots, working memory, and monitoring.
Then open the reasoning layer: cls, clx, ix, gapChallenge, and switchChallenge.
Finish with control and multi-load modules: multitasking, sonic, complex planning, and complex control.