This (Walks plus Hits per Inning Pitched) WHIP calculator stands as a crucial tool for evaluating pitching effectiveness using WHIP = (Walks + Hits) / Innings Pitched formula.

WHIP, an acronym for Walks plus Hits per Inning Pitched, offers a comprehensive metric to gauge a pitcher’s ability to prevent baserunners. This statistic provides valuable insights into a hurler’s performance by quantifying their control and dominance on the mound.

WHIP Calculator

PitcherInnings PitchedHits AllowedWalks IssuedWHIPPerformance Category
Jacob deGrom200150400.95Elite
Gerrit Cole210180501.09Excellent
Max Scherzer180160451.14Good
Zack Greinke190175351.10Excellent
Clayton Kershaw185165301.06Excellent
Trevor Bauer170140601.18Good
Chris Sale160155551.32Average
Luis Castillo200180501.15Good
Shane Bieber190170401.11Good
Tyler Glasnow150130451.17Good
Corbin Burnes190140300.90Elite
Walker Buehler180160501.17Good
Aroldis Chapman6545201.00Excellent
Craig Kimbrel6040150.92Elite
Josh Hader6030100.67Elite

Baseball WHIP Formula

The WHIP formula is elegantly simple, yet profoundly informative:

WHIP = (Walks + Hits) / Innings Pitched

This equation encapsulates a pitcher’s ability to limit opportunities for the opposing team. By focusing on walks and hits – the primary means by which batters reach base – WHIP provides a clear picture of a pitcher’s impact on the game.

Pitcher A’s season stats:

  • 200 innings pitched
  • 180 hits allowed
  • 60 walks issued
WHIP = (180 + 60) / 200 = 1.20

This WHIP of 1.20 indicates that Pitcher A allows, on average, 1.2 baserunners per inning – a solid performance that keeps their team competitive.

How do you calculate the WHIP?

Calculating WHIP involves simple process:

  • Sum the total walks and hits allowed by the pitcher.
  • Divide this sum by the total innings pitched.

Pitcher B’s game log:

  • Inning 1: 1 hit, 0 walks
  • Inning 2: 0 hits, 1 walk
  • Inning 3: 2 hits, 0 walks
  • Inning 4: 0 hits, 0 walks
  • Inning 5: 1 hit, 1 walk

Total hits: 4
Total walks: 2
Innings pitched: 5

WHIP = (4 + 2) / 5 = 1.20

This calculation shows that Pitcher B allowed an average of 1.2 baserunners per inning during this particular game.

What’s a good WHIP in MLB?

In Major League Baseball, WHIP serves as a barometer of pitching excellence.

  • Elite WHIP: Below 1.00
  • Excellent WHIP: 1.00 – 1.10
  • Good WHIP: 1.11 – 1.25
  • Average WHIP: 1.26 – 1.40
  • Below Average WHIP: Above 1.40

To contextualize these ranges, let’s examine a hypothetical season leaderboard:

  • Ace Anderson: 0.89 WHIP
  • Stellar Stevens: 1.05 WHIP
  • Good Goodman: 1.18 WHIP
  • Mediocre Mike: 1.32 WHIP
  • Struggle Smith: 1.55 WHIP

Ace Anderson’s sub-1.00 WHIP places them in the elite category, while Stellar Stevens and Good Goodman both demonstrate above-average performance. Mediocre Mike hovers around the league average, and Struggle Smith’s high WHIP suggests room for improvement.

Is a 1.20 WHIP good?

A WHIP of 1.20 falls within the “good” range for MLB pitchers. This figure indicates that a pitcher allows, on average, 1.2 baserunners per inning – a respectable performance that keeps their team competitive in most games.

Let’s compare two pitchers over a full season:

Pitcher C: 1.20 WHIP

  • 200 innings pitched
  • 200 hits allowed
  • 40 walks issued

Pitcher D: 1.40 WHIP

  • 200 innings pitched
  • 230 hits allowed
  • 50 walks issued
Pitcher C WHIP = (200 + 40) / 200 = 1.20
Pitcher D WHIP = (230 + 50) / 200 = 1.40

The difference of 0.20 in WHIP translates to 40 fewer baserunners allowed by Pitcher C over the course of the season. This significant reduction in potential scoring opportunities underscores the value of a 1.20 WHIP compared to league average performance.

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