In the modern era of Major League Baseball, the mound has become a laboratory of high-velocity physics and data-driven precision. At the forefront of this evolution are two of the most dominant forces in the game: Paul Skenes of the Pittsburgh Pirates and Tarik Skubal of the Detroit Tigers. Recently, these two aces sat down to provide a rare, deep-dive look into the state of MLB pitching, discussing everything from the relentless pursuit of velocity to the integration of artificial intelligence in pitch design.
The Velocity Revolution: A New Baseline for Success
The conversation naturally began with the most visible change in the game over the last decade: the explosion of arm speed. For Paul Skenes, who burst onto the scene with a triple-digit fastball that redefined rookie expectations, velocity is no longer just a luxury—it is the entry fee for elite status. Skenes noted that while the radar gun grabs the headlines, the true challenge lies in maintaining that power over a full season.
Tarik Skubal, the reigning American League Cy Young winner, echoed these sentiments. Skubal emphasized that the league-wide increase in velocity has forced hitters to shorten their swings, which in turn forces pitchers to be even more precise with their location. The "state of MLB pitching" is currently defined by this arms race, where 95 mph is considered average and 100 mph is the new gold standard for high-leverage situations.
AI and Data: The Science Behind the Strikeout
Beyond raw physical talent, both Skenes and Skubal highlighted the role of technology in their daily routines. The integration of AI and advanced motion-capture data has allowed pitchers to see their mechanics in ways that were impossible a generation ago. These tools are used to:
- Optimize Pitch Tunneling: Ensuring different pitches look identical to the hitter until the last possible fraction of a second.
- Refine Spin Efficiency: Maximizing the movement on breaking balls and the "rise" on four-seam fastballs.
- Predictive Analytics: Using AI models to determine which sequences are most likely to result in a swing-and-miss against specific batters.
Skubal pointed out that while the data is invaluable, the danger lies in becoming too robotic. He argued that the "craft" of pitching still requires an intuitive feel for the game—something that a computer model cannot fully replicate during the heat of a high-stakes inning.
The Physical Toll and the Quest for Longevity
One of the more sobering aspects of the state of MLB pitching is the physical cost of modern dominance. With the rise in velocity has come a corresponding rise in ulnar collateral ligament (UCL) injuries. Both aces discussed the delicate balance between pushing the limits of human performance and preserving their health for a long career.
Skenes discussed his rigorous recovery protocols, noting that the modern pitcher must be as much an athlete in the weight room as they are on the mound. The focus has shifted from traditional long-toss programs to specialized weighted-ball training and biomechanical assessments designed to reduce stress on the elbow and shoulder. For the Pittsburgh Pirates and Detroit Tigers, protecting these foundational assets is the top organizational priority.
The Future of the Craft: Where Pitching Goes From Here
As the game moves forward, both Paul Skenes and Tarik Skubal see a future where the distinction between "power pitchers" and "finesse pitchers" continues to blur. The modern ace must be both. They envision a landscape where pitchers use AI to constantly reinvent their repertoires, making it harder than ever for hitters to find a consistent rhythm.
Ultimately, the two stars agreed that while the tools change, the core of the craft remains the same: a psychological battle between the man on the rubber and the man in the box. As they continue to lead their respective rotations, Skenes and Skubal are not just participating in the current state of MLB pitching; they are actively defining its future.
Sources & Original Reporting
