ZRS Barber Race 1

Barber Motorsports Park · April 25, 2026 · 5 hours

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Overview Team Debrief Strategy Drivers Teams Conditions

-999.0--999.0°C

Track Temp Range

-1000--998°C

Optimal Temp Window

0.000s/°C

Pace per °CLow reliability

63/100

Avg Condition Score

Track Temperature Evolution

Temperature vs Lap Time

Lap times grouped by track temperature bins. Shows how temperature affects pace.

How Temperature Affects Pace

Estimated effect: 0ms per °C

Higher temperatures correlate with faster lap times

Confidence: Low

Based on 639 clean laps across 1 temperature ranges

Low reliability. This estimate does not account for driver changes, class differences (ZP2/ZR2/ZR3 have different baseline pace), or tire degradation over stints. Temperature explains very little of the lap time variation. Refer to the chart above for the actual relationship between track temp and typical lap time.

Optimal window: -1000--998°C(bins within 0.5% of fastest median)

Optimal Condition Windows

Time periods when track conditions were most favorable for fast laps.

Around lap 16Best

Track Temp: -999.0°C

Condition: 63/100

Fast laps (top 10%): 14

Around lap 11#2

Track Temp: -999.0°C

Condition: 60/100

Fast laps (top 10%): 14

Around lap 21#3

Track Temp: -999.0°C

Condition: 62/100

Fast laps (top 10%): 12

Around lap 6#4

Track Temp: -999.0°C

Condition: 57/100

Fast laps (top 10%): 12

Around lap 41#5

Track Temp: -999.0°C

Condition: 64/100

Fast laps (top 10%): 11

Wind Impact on Sector Times

Scatter plot showing wind speed vs sector times across all laps

Methodology

Each lap is correlated with the nearest weather reading (recorded every ~60 seconds)
Pace impact estimated by comparing typical lap times across 2°C temperature ranges
Condition score (0-100) considers track temp deviation from optimal, humidity, wind, and rain
Optimal windows use 15-minute rolling analysis to find periods with most top-10% laps
Note: With data from a single race, reliability is limited. Use these estimates as directional guidance rather than precise values.