Yirsandy Rodríguez

Jackson Merrill can still punish a fastball left over the heart of the plate. What has changed this year is the cost of missing anywhere else. That difference separates the hitter who tormented right-handed pitching during his first two seasons from the one carrying a 66 wRC+ against righties this year, the second-lowest mark among qualified left-handed hitters in Major League Baseball. During the 2024 and 2025 seasons, Merrill forced right-handers to pitch with uncommon precision. His swing was tuned to crush pitches down the middle, but it also inflicted damage on mistakes that drifted a few inches inside or above the strike zone. That version of Merrill turned nearly every poorly executed pitch into a chance at production. In 2026, that chance has become much more limited. That is why his contact-quality metrics tell a different story than his results. His Perfect Contact rate against fastballs remains at 22%, exactly where it was a year ago. His Flawed Swing rate has returned to 6%, while the average miss distance on his swings has barely changed from his first two seasons. If the swing itself were the problem, those numbers would have collapsed. Instead, what has changed is the quality of contact he generates after being forced to swing from less favorable positions. Jackson Merrill xwOBA Heat Map by Zone: 2024-25 vs. 2026 2024-2025 2026 The shift becomes clear when comparing the areas where Merrill once produced his best expected results. The upper outside quadrant has fallen from a .454 xwOBA to just .151. The middle-away portion of the zone has dropped from .440 to .303. The lower-middle area has declined from .513 to .322. Yet one number explains why this is not a story about a broken swing: the heart of the strike zone still belongs to Merrill. His xwOBA there remains at .498, only slightly below the .540 he produced over his first two seasons. Pitchers still pay a steep price whenever they leave a fastball over the middle. The difference is that they have found new locations where they can limit his damage. That adjustment has changed the entire structure of the at-bat. When a hitter threatens every part of the strike zone, pitchers eventually have no choice but to challenge him because there are few safe alternatives. Once that threat shrinks to a much smaller collection of locations, the sequence changes completely. They can work the edges more aggressively, elevate more often, expand the zone, and reserve the middle of the plate for far more specific situations. Pitch Location Distribution by Zone: 2024-25 vs. 2026 2024-25 2026 The numbers confirm that adjustment. The share of pitches Merrill has seen over the heart of the plate has dropped from 7.9% during 2024 and 2025 to just 5.6% this season. That may sound like a small difference, but it represents hundreds of pitching decisions over the course of a full season. The difference also shows up once the ball leaves his bat. His hard-hit rate against right-handed pitching has fallen from 52.2% as a rookie to 39.2% this season. His weak-contact rate has climbed from 9.8% to 16.2%, while his ISO has dropped from .235 to .137. There is still room for a rebound. Merrill owns a .336 xwOBA against right-handed pitching, well above his actual .263 wOBA, while a .240 BABIP suggests bad luck has played a role in his disappointing production. Even if those results improve, however, the challenge will remain the same. The league has already made the first adjustment. Pitchers have redrawn Jackson Merrill's offensive map and reshaped the way they attack him. The next move belongs to Merrill. View full article

Yuki Matsui's 2.23 ERA tells a simple story: A left-handed reliever misses bats at an elite rate, strands nearly every baserunner he allows, and has become another dependable late-inning arm for the San Diego Padres. The good news? The results support that story. But they also raise one important question: Why do the projection metrics paint such a different picture? Both his FIP and xFIP sit above 4.90, a gap that usually points toward regression. Most of the time, that kind of separation suggests a pitcher has benefited from good fortune. Matsui's season doesn't fit that explanation. He is a reliever who has learned to survive baseball's highest-leverage moments without relying on the weapon that usually defines elite bullpen arms: the strikeout. That starts with his ability to miss bats. According to Baseball Savant, Matsui ranks in the 98th percentile in whiff rate across Major League Baseball, proof that hitters still struggle to pick up his arsenal. His splitter remains his best weapon, while his slider gives hitters a completely different look behind a fastball that sits around 92 mph. By itself, that profile isn’t unusual. Plenty of relievers generate whiffs. What separates Matsui happens after hitters make contact. His 94.6% left-on-base rate is almost impossible to sustain over a full season. The easy explanation is luck. The real question is whether luck explains all of it. With runners in scoring position from the fifth inning on, the picture changes. Pitcher PA BA xBA Whiff% Hard Hit% Attack Angle Bryan Baker 27 .038 .106 46.3 25 14° Chase Burns 20 .100 .151 42.4 30.8 11° Yuki Matsui 26 .143 .115 39.4 42.9 15° Gabe Speier 25 .083 .120 23.7 29.4 9° One number immediately stands out: Matsui owns one of the highest hard-hit rates in the group. In theory, that should lead to more offensive production. Instead, only Bryan Baker has allowed a lower expected batting average, and Baker gets there by overwhelming hitters with strikeouts. Matsui arrives at the same destination by taking a different route. His strikeout rate with runners in scoring position is just 19.2%, one of the lowest among these pitchers. Baker is above 40%. Chase Burns sits above 30%. Instead, the southpaw is surviving in the pressure moments by preventing hits. That distinction changes the entire evaluation of his season. Hard-Hit% measures exit velocity, not where the ball goes. A hard-hit ball can become a home run or a harmless fly ball. Launch angle often determines the difference. For Matsui, opponents have produced an average Attack Angle of 15 degrees, the highest among this group. They've hit the ball hard, but much of that contact has followed trajectories that favor the defense instead of producing extra-base hits. His .100 BABIP with runners in scoring position stops looking like a fluke once the contact profile enters the discussion. Statcast reaches the same conclusion. His expected batting average (.115) is actually lower than the .143 batting average he's allowed. That calls for a different interpretation of his season. Regression still belongs in the conversation because a left-on-base rate approaching 95% rarely survives a full year. Matsui also continues to issue too many walks, creating traffic that helps explain why FIP and xFIP remain skeptical. What those metrics don't capture as well is what happens after that traffic appears. The answer goes back to his arsenal. His fastball has become less prominent since arriving in the majors, while the Padres have leaned harder into the combination that best fits his strengths. The splitter disappears beneath the strike zone and generates empty swings. The slider changes both timing and swing plane. Hitters rarely get the same look twice within an at-bat. There's also a human element behind this season. Matsui opened the year on the injured list for the third straight year before returning in May. Many relievers need weeks to regain their feel after missing part of spring training. Matsui found his almost immediately, put together one of San Diego's longest scoreless streaks out of the bullpen, and resumed handling inherited runners as if he had never left. The second half will determine how much of his ERA belongs to variance. His performance with runners in scoring position already points to a skill that extends beyond luck. Some relievers escape jams by missing every bat. Matsui has found another way: turning contact into far less damage than it should produce. View full article

There is one number that follows Bradgley Rodriguez everywhere. Not a highlight, not a moment, but a data point: 41%. That is how often he throws his changeup. For a pitcher sitting 98.1 mph on the fastball, that alone makes the profile feel off-axis. Most pitchers with that kind of velocity lean on the fastball as the thing that organizes everything else. Rodríguez has gone the other way. The four-seam is almost background noise now, while the changeup has taken over as the pitch that actually drives the structure of the arsenal. It wasn't always like this. In 2025 at Double-A, Rodríguez looked dominant on paper: 12.49 K/9, 2.01 BB/9, 0.90 WHIP. But Triple-A changed the environment quickly. The strikeouts dropped to 4.40 K/9, walks jumped to 6.91 BB/9, and his xFIP climbed to 6.06. It was not a velocity issue; the fastball was still there. The problem was that more advanced hitters could handle the hard stuff. What followed was not a tweak, but a full reordering of usage. In 2026, the changeup has become his unquestionable primary offering, while the four-seam fell to a 22.3% usage rate. The sinker stayed at 27.1% as the stabilizing piece of the mix. The slider (8.3%) slid in as a fourth option, effectively taking the cutter’s place from 2025 (10.2%). It is not really a power arsenal in the traditional sense. It works more like a set of overlapping speeds that share the same visual window for as long as possible. Bradgley Rodriguez Changeup Performance Metric 2025 2026 MLB Average Usage 23.6% 41% ~15% BA Against .000 .123 .220 SLG Against .000 .193 .350 Whiff% 46.7% 39.1% ~25% Exit Velocity 91.2 mph 84.2 mph 89 mph HardHit% 33.3% 28.6% ~38% The changeup holds up even under heavy usage, which is really the point here. He only threw 30 of them all of last year in San Diego; he's already up to 253 in 2026. The surface line is strong on its own, but the underlying data actually pushes it a bit further (.126 xBA, .180 xSLG). That gap is usually where volatility shows up. Here, it does not really appear in a meaningful way. What matters more than the whiff rate itself is how consistently the pitch avoids damage contact. Even when hitters do put it in play, it tends to stay on the ground or come off the bat soft, which is not something that usually survives when a pitch becomes a primary option in the mix. The entire pitch works because of how it pairs with the sinker. Rodríguez’s changeup drops 25.6 inches with 17.3 inches of arm-side run. The sinker sits at 16.9 and 14.9. On paper, they are not identical, but visually they live in the same lane for most of the flight. Then the speed gap does the rest. The sinker comes in at 97.7 mph. The changeup sits at 89.4. By the time it arrives at the plate, it is usually too late to adjust. The result is a lot of early swings, a lot of contact under the ball, and a 47.1% topped rate that sits at the top of the league. It is less about swing quality and more about when the swing decision is being forced. Rodríguez is not winning on pure stuff. His Stuff+ sits at 101, basically average. The jump is in execution. His first-pitch strikes have noticeably increased from 41.9% to 61.5%; his in-zone rate from 45.7% to 50.7%. The changeup stopped being just a swing-and-miss pitch and became something closer to a placement tool, living on edges and expanding chase zones rather than the heart of the plate. The sinker, despite the velocity, is not really an out pitch in isolation. It plays more as a shape connector, something that keeps the fastball-changeup tunnel intact. The results (.300 BA, .375 SLG, 14.1% whiff) back that up—it is useful, but it is not driving outcomes on its own. The fastball ends up in a similar role. It is not dominating at all. The production is neutral (.280 BA, .341 xSLG), but its value is tied to perception. It keeps 98 mph in the hitter’s mind, even if it is not actually finishing at-bats very often. The question that sits underneath all of this is sustainability. A changeup sitting around 40% usage is still unusual in MLB, even among pitchers who lean heavily on off-speed offers. It is not a common workload distribution, and there are not many stable comparisons for it. The pitch value has dropped from 4.7 to 2.5 runs per 100 pitches, and the whiff rate has come down from the 46.7% rate last year. That looks like regression at first glance, but the underlying indicators suggest something closer to adjustment under increased exposure rather than a real collapse in quality. The slider is the one real development lane left. It has a 128 Stuff+, which usually signals upside, but the results have not followed (-1.6 runs/100, .308 BA, .538 SLG, 36.4% whiff, 55.6% hard-hit rate). The shape is not the problem. The execution is still inconsistent enough that hitters are not being disrupted in the same way as with the changeup. Rodríguez is 22, so there is still time for this to evolve, but the core problem is already solved. He has restructured the hierarchy of his arsenal. Instead of building around a 98-mph fastball, he pushed it into a supporting role inside a system driven by a high-usage changeup. It works right now because the command holds everything together, but the entire model still depends on whether that separation in timing holds as hitters see more of it. View full article

Wandy Peralta isn't just posting the best ERA of his career in 2026. He's pitching differently, and those changes explain why he has become one of the San Diego Padres's most reliable relievers. It starts with his changeup. This season, it has become both his second-most-used pitch (34.8%) and the most effective weapon in his arsenal. Opponents are hitting just .236 against it with a .576 OPS, the lowest figure he has ever allowed with the pitch. The adjustments are subtle but meaningful. Peralta is throwing his changeup at 89.6 mph, nearly one mph harder than last season, while maintaining roughly a seven-mph separation from his sinker. Of the 67 hitters who ended a plate appearance against the pitch, only two have drawn a walk, good for a 2.9% walk rate. The Evolution of Peralta's Changeup (2025 vs. 2026) Metric 2025 2026 OPS Against .596 .576 BB% 5.0% 2.9% Value (wCH/C) 0.43 2.24 The return of his velocity has also reshaped Peralta’s profile. His four-seam fastball now averages 96.4 mph, his highest mark since 2018, while his sinker sits at 96.1 mph, the hardest he has thrown that pitch since Statcast began tracking it. Just as important is how he’s using that velocity. His four-seam usage has climbed from 5.4% in 2025 to nearly 11% this season. It’s not a dramatic shift, but it’s enough to force hitters to account for another pitch, making the changeup even more difficult to anticipate. The slider completes a much more balanced pitch mix. Opponents have cut their batting average against the pitch from .314 to .190, although there is still room for improvement. His walk rate with the slider has risen to 19.2%, and its whiff rate has dropped from last year, signs that he’s still searching for more consistent execution. Even so, the pitch continues to limit damage when it’s thrown in the strike zone. Peralta’s Full Arsenal in 2026 Pitch Usage AVG OPS Whiff% Sinker 37.0% .266 .778 13.3% Changeup 34.8% .236 .576 30.8% Slider 17.7% .190 .632 25.9% Four-Seam 10.4% .333 .778 11.1% That improved pitch mix also helps explain another eye-catching number: Peralta has stranded 92.7% of the inherited runners he has taken over this season, the highest rate of his career. A mark that high always carries some good fortune and is unlikely to hold over a full season, but it also reflects his ability to induce weak contact in the game's highest-leverage situations. His overall profile has changed as well. His strikeout rate has dropped to 5.83 K/9, the lowest of his career, but he has offset that decline by limiting hard contact. His 3.5% barrel rate is exceptionally low, while his 34.8% hard-hit rate is his best since 2021. He doesn't need to pile up strikeouts if hitters continue struggling to square the ball up. A 2.33 ERA probably isn't sustainable. His 4.10 xERA points toward some regression, which is normal for any reliever. But the changes driving this season are real. His changeup has never been this dominant, his velocity has returned, and his arsenal now gives him more ways to attack hitters. View full article

Few relievers present a statistical contradiction as striking as San Diego Padres fireman Jason Adam in 2026. His 2.51 ERA still points to a pitcher capable of handling high-leverage innings. His slider continues to generate whiffs at an elite rate. His changeup still has the movement that has kept hitters off balance for years. Yet one of the most widely used metrics for evaluating pitchers tells a completely different story: His fWAR is negative. The contradiction raises an obvious question: how can a reliever pitch this well and still grade out below replacement level? The answer isn't a new pitch or a dramatic change in his arsenal. Rather, it all starts with the fastball. It's the pitch that holds the rest of his profile together. Adam never needed elite velocity on his four-seamer to build his success. Its job is to force hitters to protect the top of the strike zone, making both the slider and changeup even more difficult to recognize. Pitch location explains that role better than any statistic. Adam still attacks the upper part of the strike zone with his four-seam fastball. It still has enough carry to challenge hitters' natural swing plane and create the contrast that allows his slider and changeup to play up. Season Four-Seam Fastball SwStr% Contact% HardHit% Barrel% pVAL/C 2022 302 16.9% 67.5% 28.9% 0.0% 1.4 2023 302 16.2% 69.6% 61.5% 20.5% -0.3 2024 415 12.8% 75.8% 46.5% 5.6% 1.5 2025 247 8.5% 81.7% 42.5% 2.5% 1.6 2026 126 3.2% 93.8% 50.0% 15.0% -3.1 Viewed in isolation, the fastball's trend is concerning. Its whiff rate has declined every year, hitters are making more contact, and the pitch's run value has collapsed in 2026. If that were the whole story, it would be reasonable to conclude that Adam no longer has a fastball capable of supporting a dominant arsenal. And yet, the rest of his repertoire tells a different story. His slider remains one of baseball's best put-away pitches. In 2026, it's produced a 19.0% swinging-strike rate, while hitters have chased it outside the strike zone more than 40% of the time. His changeup also retains virtually the same horizontal movement profile and velocity separation that have made it an ideal complement to his fastball for years. In other words, the decline of Adam's four-seamer hasn't spread to the rest of his arsenal. So, if both secondary pitches are still working, why has his overall value dropped into negative WAR territory? Because fWAR doesn't evaluate how pitches complement one another within an arsenal. Its calculation starts with the outcomes pitchers control most—primarily strikeouts, walks, and home runs—before converting that performance into wins above replacement. That methodology captures the outcome of a pitcher's performance, but it doesn't always account for how one pitch enhances another within the same repertoire. That decline shows up clearly in xFIP, the metric that serves as the foundation of FanGraphs' pitcher fWAR. Season Team Age G K/9 HR/FB xERA xFIP WAR 2018 KCR 26 31 10.30 18.4% 5.34 5.04 -0.3 2019 TOR 27 23 7.48 3.2% 3.16 6.2 0.3 2020 CHC 28 13 13.83 15.4% 2.77 3.71 0.1 2021 CHC 29 12 16.03 9.1% 3.53 3.96 0.1 2022 TBR 30 67 10.66 8.8% 2.09 3.17 1.3 2023 TBR 31 56 11.43 14.3% 4.33 3.81 0.4 2024 2 Tms 32 74 9.90 7.4% 3.24 3.54 1.3 2025 SDP 33 65 9.64 5.6% 2.75 3.98 1.2 2026 SDP 34 36 6.12 12.2% 3.37 4.56 -0.1 It's no coincidence that Adam's xFIP is now the highest of his career since debuting with the Royals in 2018. His HR/FB rate has nearly doubled from the previous two seasons, and four of the five home runs he has allowed this year have come against a four-seam fastball that has lost some of its ability to dictate at-bats. Adam's negative WAR doesn't mean he has stopped being a dominant reliever. It shows how much a diminished fastball can affect the metrics that underpin fWAR. His slider remains an elite pitch, and his changeup retains much of what made it so effective. The decline of the fastball—the foundation of his arsenal—is enough for the model to tell a far less favorable story. It's why, Adam, now out with a shoulder strain, will be dearly missed by the Padres. View full article

The San Diego Padres signed Sung-Mun Song with unusual reasoning for a free agent: not because of who he was, but because of who he had proven he could become. For several years, Song was a useful, versatile, disciplined player, but never one of the KBO's elite. Over time, he developed power, improved the quality of his contact and grew into one of the league's most complete players. Between 2024 and 2025, he hit 45 home runs, stole 46 bases and emerged as one of the KBO's most productive hitters. That progression convinced San Diego to invest in him. Two months after his major-league debut, the question is no longer whether Song has gotten off to a good start. His numbers answer that on their own. The real question is: How much do these first two months tell the Padres about the player they believed they were acquiring? The answer remains far less obvious than his stat line suggests. Song has logged just over 60 plate appearances and has yet to settle into a regular role. He has split time between second base, shortstop and third base while also serving as a pinch-runner and pinch-hitter. For a player whose greatest strength has always been his ability to adjust, it's difficult to draw firm conclusions when his opportunities have been sporadic and his responsibilities change almost daily. Song's First MLB Sample Stat Total PA 65 AVG .214 OBP .323 SLG .250 BB% 13.8% K% 20.0% wRC+ 74 fWAR 0.1 His offensive production has been well below league average. Even so, the early indicators do not describe a completely different hitter than the one the Padres evaluated in Korea. Song owns an 13.8% walk rate and a 20.0% strikeout rate. The competition has changed, but the plate discipline that defined his offensive profile remains. His strikeout rate also remains reasonably close to where it was during his final two KBO seasons (10.6% in 2024 and 10.5% in 2025). What has yet to appear is the trait that transformed his career. During his final years in Korea, Song evolved from a contact hitter into a legitimate power threat. That development changed the way evaluators projected his profile and made him an appealing international signing for San Diego. Sixty-five plate appearances still aren’t enough to know whether that version of Song will carry over against major-league pitching. Song’s Rise in Korea Season AVG OBP SLG HR SB wRC+ 2022 .247 .302 .371 13 0 87 2023 .263 .325 .358 5 1 91 2024 .340 .409 .518 19 21 143 2025 .315 .387 .530 26 25 152 The Padres already knew Song could control the strike zone, handle multiple defensive positions and provide versatility. None of those traits depended on a strong first month in the majors. Their real bet was different; whether the power and offensive impact he developed during his final two seasons in Korea would translate against the highest level of competition. His production by position also helps explain why that question remains unanswered. Production by Position Position BB% K% AVG OBP SLG wRC+ 2B 11.9% 14.3% .243 .333 .297 87 SS 5.9% 35.3% .125 .176 .125 -13 The sample is still far too small to draw conclusions, but it provides useful context. Song has looked more competitive at second base, where he has received most of his playing time. Third base, however, is his natural position. He started 194 games there over his final two KBO seasons. He made only 42 starts at second base and none at shortstop. His only recent experience there came in eight starts at Triple-A earlier this year. Adjusting to major-league pitching is challenging on its own. Doing it while constantly changing positions, routines and defensive responsibilities only adds to the degree of difficulty. It doesn't fully explain his offensive struggles, but it does help explain why the Padres still lack enough information to evaluate the investment they made. As such, the Padres are not evaluating a .214 hitter. Song's greatest strength has always been his ability to adapt to his situation. The Padres' uncertainty isn't whether he'll keep trying. It's how long it will take to find out whether that ability can still turn him into the player they believed they were signing out of the KBO. View full article

Gavin Sheets has always possessed one trait that can change a game in an instant: the ability to impact the game with one swing. His combination of size, strength, and barrel control allows him to turn pitches that other hitters might only put in play into hard, productive contact. When he finds the right location, Sheets does not need many opportunities to show the offensive value of his bat. The challenge for a hitter with that profile comes when those ideal pitches become harder to find. Pitchers know they cannot simply attack him with fastballs in the strike zone. Instead, they throw the kitchen sink at him. During May, Sheets found an answer to that problem. The improvement was not just reflected in his offensive numbers; the biggest difference came in the quality of his at-bats. He maintained his power while adding a skill that changes the way opponents must approach him: improved recognition and better discipline against secondary pitches. His season has unfolded in three distinct phases. The difference between May and the surrounding periods was not only the final production, but the way Sheets created those results. During March and April, he was already a dangerous hitter, but he still depended heavily on finding the right pitch to maximize his impact. His raw power kept his offensive value high, but pitchers could still exploit certain locations and velocity patterns to limit his best opportunities. May showed a different version of Sheets. His walk rate climbed significantly, and his expected metrics reflected a real improvement in his decision-making. A 149 wRC+ indicated a true evolution as an offensive weapon. The question was whether that version could survive once opponents adjusted. May’s production map showed a hitter with greater control of the strike zone. Sheets had multiple areas where he could consistently generate offense, reducing the number of locations pitchers could attack with confidence. The clearest evidence came against the pitch types typically used to disrupt the rhythm of power hitters. During May, Sheets turned several secondary pitches into opportunities. Against sliders, a pitch often designed to disrupt timing and induce weak contact, he produced a .396 xwOBA. The changeup showed an even more significant transformation. After limiting him earlier in the season, the pitch became something Sheets could punish in May, as he hit .385 with a .615 slugging percentage against it. That was the biggest step forward of the month: pitchers no longer had a simple formula built around changing speeds and waiting for a mistake. Now, here in June, we've seen a reversion of course. The offensive decline this month is not simply a matter of results. The biggest issue appeared in the same pitch types where Sheets had gained an advantage during May, when he was consistently winning those battles. The most important warning signs came against sliders and changeups. Against sliders: May: .222 AVG, .667 SLG, .396 xwOBA. June: .000 AVG, .000 SLG, .168 xwOBA. Against changeups: May: .385 AVG, .615 SLG, .375 xwOBA. June: .000 AVG, .000 SLG, .125 xwOBA. Pitchers regained the ability to use those offerings as tools to disrupt his approach. And yet, that adjustment does not mean Sheets suddenly became vulnerable to velocity. Against four-seam fastballs, the evolution has been: The following chart provides a clearer look at how Sheets’ swing has performed inside the strike zone throughout the first half of the season. When he receives a fastball in a favorable location, Sheets still has the ability to produce impact. His strongest xwOBA results remain concentrated inside the strike zone, with success against pitches over the middle, on the inner half, and even toward the outer edge. The difference comes on pitches where he must identify the pitcher’s intent earlier. Once he lost his timing against sliders and changeups, the fastball became significantly more effective within the overall pitching mix, contributing to a notable decline in his power production. June’s struggles are also accompanied by a drop in contact quality. His most dangerous batted balls became less frequent, and his expected production declined. May revealed a version of Sheets capable of controlling his at-bats and punishing a wider range of approaches. June has shown that this progress still needs to hold against game plans specifically designed to disrupt him. If Sheets continues improving his discipline against sliders, changeups, and other secondary offerings, his offensive profile could continue trending upward. May revealed the level he can reach. June has become the next challenge in proving that version of himself can last. View full article

From a distance, Ty France’s 2026 season does not look especially concerning. Through his first 154 plate appearances, the San Diego Padres first baseman owns a .245/.294/.434 slash line, has hit six home runs, and carries a 102 wRC+. Those are perfectly respectable numbers for a complementary hitter and, broadly speaking, represent exactly the kind of production San Diego hoped to get from him. The closer you look, however, the harder it becomes to ignore the cracks. The season-long numbers still describe a hitter performing above league average. The recent trends tell a much less encouraging story. The Padres never needed France to carry the lineup. That responsibility belongs to Fernando Tatis Jr., Manny Machado, and the rest of the club’s offensive core. What San Diego needed was a hitter capable of extending innings, punishing mistakes, and preventing opposing pitchers from finding relief once they worked their way through the heart of the order. For much of the season’s first few months, France filled that role exactly as intended. Even as the strikeouts began to rise, the production remained strong enough to offset them. There were obvious flaws in his offensive profile, but the results made those flaws easier to live with. June has started to change that equation. Monthly Production Month SLG ISO K% wRC+ Mar/Apr .578 .289 8.3% 154 May .500 .217 34.9% 126 Jun .158 .026 32.6% 12 The decline is impossible to ignore; after producing at a 154 wRC+ level in March and April and maintaining a strong 126 wRC+ in May, France has collapsed to a 12 wRC+ in June. His slugging percentage has fallen from .500 to .158. His ISO has dropped from .217 to just .026. The offensive production that once justified the rising strikeout totals has largely disappeared. Part of that decline can be explained by poor fortune. His BABIP fell from .400 in May to .208 in June, a dramatic enough difference to suggest that some well-struck balls simply have not found results. That explanation alone, however, does not fully account for such a steep drop in power production and slugging. And that is where the underlying data make the story much more interesting. The simplest explanation would be to assume that France is no longer hitting the ball with authority. After all, when a hitter stops producing, the quality of contact often declines as well. That is not what the numbers show. Metric 2025 2026 Hard-Hit% 44.2% 50.0% Barrel% 7.7% 11.6% Avg Exit Velocity 89.5 91.4 Zone Contact% 88.5% 78.8% Whiff% 21.3% 30.2% K% 16.9% 25.2% What stands out is that several of his contact-quality metrics are actually better than they were a year ago. France is producing more hard-hit balls, more barrels, and a higher average exit velocity than he did in 2025. In other words, when he makes contact, he is still capable of doing damage. However, while the impact metrics have improved, the contact metrics have deteriorated. His in-zone contact rate has fallen by nearly ten percentage points compared to last season. His whiff rate has climbed above 30 percent. As a result, his strikeout rate has increased significantly as well. His bat-tracking data only furthers the concern. His Perfect Contact Rate against fastballs has fallen from 20 percent in 2025 to 13 percent in 2026, while his whiff rate against the same pitch has jumped from 15.8 percent to 30.8 percent. Fastballs are typically the foundation of a hitter’s offensive profile, so a decline of that magnitude helps explain both the rise in strikeouts and the drop in production throughout June. It also helps explain why the recent results appear to conflict with some of his underlying metrics. Pitchers are not necessarily limiting the damage when France puts the ball in play; what the data show is that France is reaching that contact point far less frequently than he did before. For the Padres, the concern is obvious. A team with postseason aspirations needs more than a hitter producing a 12 wRC+ over the course of a month. San Diego does not need Ty France to be a star, but it does need him to return to being the complementary piece that helped provide lineup depth throughout April and May. What remains to be seen is whether these June results represent the beginning of a larger trend or simply a rough stretch within a season that, when viewed as a whole, still offers reasons to believe a rebound is coming. View full article