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2026 SpeedyCash.com 250 DFS Picks: Texas Motor Speedway Data

· FASTLAP

Data-driven DFS blueprint for the SpeedyCash.com 250

The Texas Motor Speedway Blueprint

Texas Motor Speedway is a 1.5-mile intermediate track characterized by its repaved surface and asymmetrical corners. The aerodynamic dependency here places a massive premium on clean air and track position. Unlike drafting tracks, relying purely on place differential is mathematically suboptimal. Winning GPP tournament lineups at Texas require multiple dominators to capture laps led and fastest lap points.

Here is the data-driven framework for the SpeedyCash.com 250.

Intermediate Track Performance (Last 2 Years)

To find true dominator potential, we first isolate performance specifically on 1.5-mile intermediate tracks over the last two years.

Top Intermediate Track Performers

  1. Ross Chastain: 11.5 Avg Start | 5.3 Avg Run | 81 Laps Led | 57 Fast Laps | 114.0 Rating
  2. Layne Riggs: 7.7 Avg Start | 8.0 Avg Run | 1 Win | 197 Laps Led | 205 Fast Laps | 108.1 Rating
  3. Carson Hocevar: 7.8 Avg Start | 9.9 Avg Run | 1 Win | 147 Laps Led | 61 Fast Laps | 105.0 Rating
  4. Kaden Honeycutt: 7.2 Avg Start | 9.4 Avg Run | 84 Laps Led | 90 Fast Laps | 96.3 Rating
  5. Christian Eckes: 19.0 Avg Start | 10.5 Avg Run | 7 Laps Led | 13 Fast Laps | 94.8 Rating

Ross Chastain brings an elite 114.0 rating and a staggering 5.3 average running position, making him a priority. However, do not overlook Layne Riggs. Generating 197 laps led and 205 fastest laps over the last two years on this track type proves he has the raw speed to break the slate as a primary dominator. Kaden Honeycutt also flashes here as a high-upside value, pumping out 90 fastest laps.

The Tire Variable: Decoding the D-6110/D-6140 Setup

Teams are running a new tire setup: the D-6110 on the left side, paired with a brand new D-6140 on the right side.

Because the right-side compound is making its debut, early race adaptability will be critical. However, we have a some historical sample on the left-side D-6110s. When isolating our database for this specific left-side compound, the elite tier is probably who you would expect.

Top Performers: Left-Side Tire (D-6110)

  1. Carson Hocevar: 7.4 Avg Run | 3 Wins | 282 Laps Led | 166 Fast Laps | 112.9 Rating
  2. Kyle Busch: 7.9 Avg Run | 2 Wins | 220 Laps Led | 101 Fast Laps | 108.4 Rating
  3. Christian Eckes: 7.9 Avg Run | 2 Wins | 327 Laps Led | 123 Fast Laps | 105.4 Rating
  4. Grant Enfinger: 10.1 Avg Run | 1 Win | 192 Laps Led | 118 Fast Laps | 93.7 Rating
  5. Layne Riggs: 12.4 Avg Run | 0 Wins | 50 Laps Led | 143 Fast Laps | 91.0 Rating

Hocevar and Busch are clear algorithmic favorites for ceiling potential on this compound. Eckes is another dominator target on this specific tire—he has paced the field with 327 laps led when running the D-6110 lefts.

The Course Delta: Track Edge

Identifying drivers who specifically excel on Texas Motor Speedway's unique geometry is critical for finding value. The Track Edge metric in the FASTLAP Track Stats database isolates a driver's specific rating at Texas against their standard career baseline.

  • Kyle Busch (Track Edge: +43.3): The model flags a massive edge here. While it is mathematically crucial to note this specific metric is currently pulled from a single data point in this split, his raw ceiling and historical dominance at Texas are undeniable.
  • Stewart Friesen (Track Edge: +15.9): Friesen elevates his game significantly at Texas. A nearly 16-point jump over his baseline makes the veteran a highly mathematical value target for tournament builds.
  • Christian Eckes (Track Edge: +8.2): Already flashing in both the tire data and the intermediate baseline metrics, Eckes also generates a solid track-specific edge. He is a core building block this weekend.

FASTLAP Simulator: Open Beta LIVE

The fastlap.io Monte Carlo simulation engine officially enters Open Beta this weekend for the SpeedyCash.com 250.

The sim aims to process thousands of race outcomes using our loop data, track edge ratings, pit road metrics, and 1000s of other data points to output a range of outcomes for this truck race.

  • Filter the driver pool by ceiling projections, baseline floors, and optimal probabilities.
  • Identify the exact drivers breaking the pricing algorithm.

Access the engine directly at fastlap.io/simulator to generate your mathematically optimized lineups for Texas Motor Speedway.