Use this page on the Equipment comparison results screen after running an Equipment Optimization.
Input details shows course and how many setups are compared (e.g., “2 setups”).
Show versions / Version name: save and name multiple comparisons (e.g., “Race wheels vs training wheels”).
Card: Overview – key performance metrics
Rows list each Setup with Duration and Speed [km/h].
reference / show column:
reference (radio) selects the baseline for all comparisons. Change it to see deltas against a different setup.
show toggles whether a setup is included in charts/tables.
The top row is the fastest; red/green deltas indicate how much faster/slower versus the current baseline.
Tip: Always verify the chosen baseline matches the setup you intend to use as the “reference”.
Section: Compare – performance vs reference
Tabs at the top of the section:
Segments | Groups: switch between per-segment detail and grouped view.
Metric chips: Duration | Speed | Power change what the bars visualize.
Left checkboxes per segment/group let you include/exclude sections from the totals (handy if you want to ignore neutral zones).
Each row shows:
Segment/group name, distance and slope.
The reference (baseline) on the left and the comparison setup(s) on the right with a bar and a delta. Positive time = slower than baseline; negative = faster.
Export menu (top-right of this section) lets you download/sharing assets for this view.
Reading tips
Use Groups to see where equipment differences matter most (e.g., aero wheels winning on flats/headwinds, lighter setup winning on steep climbs).
If totals don’t match your expectations, check whether any segments are unticked (excluded) on the left.
Section: Compare (graph view)
Plots Δ Duration along the course relative to your baseline.
A positive curve means the chosen setup is slower in that section; negative means faster.
View map toggles the map; colours match the segment/group legend.
Set the baseline in Overview to the setup you’re most likely to race.
In Compare, switch to Groups and the Duration chip to see where time differences come from.
Flip to Power in the same table to understand why (e.g., higher required power for same speed may indicate worse aero/Crr).
Use graph view to confirm patterns align with terrain and wind.
Use the AI results chat bot (bottom right) and ask questions about the result.