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    Is It Time to Sound the Panic Alarm On Bailey Ober?

    Bailey Ober’s fastball velocity has dipped in each spring start. With Opening Day just a week away, the Twins face uncertainty in their rotation if he can’t rebound quickly.

    Sam Caulder
    Image courtesy of © Jonathan Dyer-Imagn Images

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    Coming into spring training, there was reason to believe that Bailey Ober could rebound this year. Last season never felt right. He was not fully healthy, his velocity was down, and his results suffered. The hope was that he’d get back to full strength, push his fastball toward 91 MPH, and let the rest of his arsenal do the work that has made him a reliable starter in the past. 

    Ober has never relied on overpowering velocity. His game is built on command, execution, and pitch sequencing. When all of those elements are working together, he can be far more dangerous than the raw numbers suggest.

    Back in 2024, Ober’s fastball averaged 91 to 92 MPH, and he could move and locate the ball well enough to miss plenty of bats that way. In 2025, a season marked by health issues and inconsistency, it dropped closer to 90 MPH. That decline might seem minor on paper, but for a pitcher like Ober, even a single mile per hour can make his off-speed and breaking pitches less deceptive. Over time, these small drops can translate into harder contact and fewer strikeouts, which is precisely what happened last season.

    So far this spring, instead of bouncing back, his fastball has continued to drift lower. In his first outing, it averaged 89.9 MPH, a modest dip that could be explained as early-season pacing. Pitchers often need a start or two to ramp up, and coaches monitor pitch counts carefully, so his first outing did not raise alarms. In the second start, it fell to 88.8 MPH, a more noticeable decline that suggested the drop might not be about ramping up. 

    In his third start on Tuesday, Ober’s fastball velocity dropped again, averaging 88.2 MPH and topping out at just 89.9. Each start has shown regression rather than progression.

    It's not just about velocity, either. Ober’s effectiveness also depends on how well his pitch mix is playing. In that third outing, he generated only three whiffs on 58 pitches, which was a significant decrease from seven whiffs on fewer pitches in the second start. Combined with the decline in fastball velocity, it suggests that something fundamental is off. Ober’s fastball, despite over 7 feet of extension, is not going to blow hitters away, so even minor drops magnify mistakes and lead to harder contact and/or fewer strikeouts. His changeup and breaking balls, which usually play off each other to create deception, are less effective when the fastball loses life.

    Spin rates, while not drastically different, have also ticked down slightly across the board. Looking at the bigger picture, these small changes over multiple seasons add up. The year-over-year velocity decline, coupled with far fewer swing-and-miss and slightly reduced pitch quality, raises real questions about Ober’s health and readiness with Opening Day just one week away. It's possible this is simply a cautious ramp-up, but it is hard to ignore the gradual pattern stretching from 2024 to now—especially because, even as he professes not to be concerned, Ober is at a loss to explain his inability to ratchet the stuff back up.

    For the Twins, Ober’s struggles could have larger implications. The rotation already has questions, with Pablo López out for the year and David Festa unavailable to begin the season. Losing Ober (or having him pitch at less than 100 percent) adds another layer of uncertainty. The Twins may need to prepare contingency plans if he can't return to form quickly, which could affect everything from bullpen usage to early-season matchup strategies.

    Ober’s next start will be crucial. If he can climb back toward 90 to 91 MPH and generate swing-and-miss like he has in the past, it may indicate that the early-spring dip was nothing more than a cautious ramp-up. But if he remains in the high 80s or continues to trend downward, concerns heading into Opening Day will only grow. It's a storyline worth watching closely, with the Twins set to take the field in less than a week, meaning there’s very little time to determine whether Ober is ready to pitch at full strength to start the season.

    At this point, this situation is less about surface-level stats and more about the underlying signs. Velocity, whiffs, and spin rates all point to a pitcher who is not fully locked in yet. The hope is that with a full ramp-up, he’ll regain the form that made him a dependable starter. But the pattern across three starts and multiple seasons cannot be ignored, and for Ober and the Twins, the clock is ticking.

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    22 hours ago, TJSweens said:

    I'm not impressed with thre Driveline analysis, using a whopping sample of two pitchers. In any event, the analysis doesn't disprove the laws of physics. Arms and legs are levers. Longer levers possess more potential energy. Driveline doesn dispute that.

    There are other factors in achieving velocity. I never denied that. In fact that has been my point. Ober seems to lack the ability to efficiently transfer potential energy to kinetic energy. Again, I'm not asking Ober to be one of the hardest throwers in baseball. I'm asking him to be just below average. Right now he's 5 mph below average.

    It's physics. It's based on physical and mathematical laws, not 2 pitchers. The 2 pitchers were used as an example. I'm more impressed with Driveline's published findings based on mathematical law than your personal opinion so I'll stick with Driveline.

    17 hours ago, bean5302 said:

    Driveline's article talks about it. Basically, there are ways to get efficiency from throwing motions. Longer levers (arms) require more torque/power to accelerate them, but that's offset by higher relative velocity (same throwing motion over the same amount of time for a long arm means the hand/baseball is traveling faster).

    There's also an inherent PERCEIVED velocity as the taller the pitcher is, the longer their legs and arms and the closer to the plate they can be when they release the ball (extension). It doesn't make the ball travel any faster, it just makes it feel faster.

    Thanks for that. I think that "perception" of velocity can actually be a factor in the effectiveness for pitchers like Ober. Whatever helps to deceive the batter or put him off balance is a plus. 




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