NASCAR Optimals Research

NASCAR Track Correlations for DFS

Track correlations help decide which history deserves attention. The trick is separating real DFS similarities from surface-level labels like short track, road course, or intermediate.

NASCAR DFS Track Correlation Map

A public map of which tracks tend to rhyme for DFS research. Use it to decide which past optimals deserve attention before you open the full member dashboard.

Open full track data

Drafting Tracks

Atlanta now behaves closer to Daytona and Talladega than a normal intermediate. Think survival, deep-start leverage, and ownership risk.

AtlantaDaytonaTalladega
DominatorLow
Place diffHigh
VolatilityHigh

Kansas / Vegas Intermediates

Kansas and Las Vegas are the cleanest sister-track pair, with Charlotte, Texas, and Michigan adding useful context when the surface and tire profile line up.

KansasLas VegasCharlotteTexasMichigan
DominatorHigh
Place diffMedium
VolatilityHigh

Tire-Wear and Concrete

These tracks punish lazy comparisons. Surface, tire falloff, and changing grooves can matter more than raw track length.

DarlingtonHomestead-MiamiBristolDoverNashville
DominatorHigh
Place diffMedium
VolatilityMedium

Short Flats and Hybrids

Phoenix is the starting point for Iowa and Gateway, while Richmond and Martinsville add braking, track-position, and tire-wear context.

PhoenixIowaRichmondNew HampshireWWTRMartinsville
DominatorHigh
Place diffMedium
VolatilityHigh

Road Courses

Not all road courses build the same. Separate high-speed tracks, technical sections, flat layouts, and street-course volatility before comparing results.

SonomaCOTAWatkins GlenMexico CityIndianapolis (Road Course)Charlotte RovalChicago Street
DominatorLow
Place diffHigh
VolatilityHigh

Large Flat Tracks

Pocono and Indianapolis oval are the cleanest pair. Michigan can help with speed and aero context, but it is not a one-for-one match.

PoconoIndianapolisMichigan
DominatorMedium
Place diffMedium
VolatilityHigh

How to use correlations without overfitting

Start with comparable tracks, then confirm with the exact track's past optimals. Similar tracks can guide the question, but track-specific data should make the final call.