Challenges during the spring training averaged around 13.8 seconds, a notable improvement from the 16.6 seconds recorded in Triple-A games.

Critics, however, argue that the use of ABS diminishes the 'human element' of officiating, which they believe adds to the game's charm and unpredictability.

During the test, teams successfully challenged 52.2% of their ball/strike calls, with a total of 617 out of 1,182 challenges being overturned across 288 exhibition games.

Teams averaged 4.1 challenges per game during the spring training, which is slightly higher than the 3.9 challenges per game recorded in Triple-A during 2024.

The data revealed that teams challenged 2.6% of called pitches, with offensive teams challenging at a higher rate of 4.4% compared to defensive teams at 1.8%.

Supporters of the ABS system emphasize its ability to rectify clear missed calls, which can enhance officiating accuracy and alleviate the emotional burden on umpires.

Major League Baseball's recent spring training experiment with the Automated Ball-Strike (ABS) system has shown promising results, suggesting its potential implementation in the regular season sooner rather than later.

The ABS was tested at 13 spring training ballparks involving 19 teams, where pitch challenge results were displayed on video boards to enhance the spectator experience.

Baseball Commissioner Rob Manfred has indicated that robot umpires could be introduced in the regular season as early as 2026, contingent upon further analysis of player and team feedback.

However, concerns have been raised that the ABS system may slow down the game due to increased replay reviews, potentially frustrating fans during critical moments.

Proponents argue that the ABS system is beneficial for correcting game-altering calls, ensuring that outcomes reflect the true nature of plays, especially in high-stakes situations.

While the ABS system has not yet been used in the regular MLB season, its successful implementation in minor leagues over the years makes this spring training test particularly significant.