Two cards, the same overall rating, the same parallel thresholds — yet one reaches Parallel 5 in a weekend while the other takes three weeks. The difference is not your skill, your difficulty setting, or some hidden bug. It is the fundamental split between how hitters and pitchers bank Parallel XP in MLB The Show’s Diamond Dynasty. This guide breaks down both earning systems side by side so you know exactly what to expect before you commit to a grind — and how to plan the games it will take with the Free Diamond Dynasty PXP Calculator.
Why Position Changes Everything in the PXP System
Parallel XP looks like one unified currency. Every card — hitter, starter, reliever, two-way player — fills the same progress bar, crosses the same thresholds, and unlocks the same Parallel 1 through Parallel 5 boosts. So it is natural to assume that the earning side of the system works the same way for everyone too. It does not, and the gap between the two earning models is one of the most misunderstood parts of Diamond Dynasty.
Hitters earn PXP through discrete offensive events: contact, hits, extra bases, walks, runs, RBIs, and steals. Their earnings arrive in small, frequent packets spread across four or five plate appearances per nine-inning game — or just one or two plate appearances in a shortened game. A hitter’s PXP income is a volume business with a hard cap set by how many times they come to the plate.
Pitchers earn PXP through workload and dominance: outs recorded, innings completed, strikeouts, and run prevention. A starting pitcher who works deep into a game touches the ball on every single pitch, which means their earning opportunities are dramatically more concentrated. One well-pitched start can generate more PXP than a hitter could physically accumulate in three or four full games.
That asymmetry creates real consequences for how you plan a grind. If you have ever wondered why your favorite outfielder is crawling toward Parallel 2 while the ace you barely think about is already flashing a Parallel 3 badge, this is the mechanism behind it. And it cuts the other way too: pitchers only earn when they pitch, so a fifth starter sees the mound once every five games in some modes, while your leadoff hitter earns in every single game you play.
Throughout this guide we will use illustrative PXP values that reflect how the current MLB The Show 26 system behaves. The exact numbers shift between game years and title updates, which is precisely why a tool that lets you plug in your own observed rates matters. Before committing to a long grind, it is worth running your target card through the Diamond Dynasty PXP Calculator to see how many games your specific plan actually requires.
New to the system? If terms like “parallel thresholds” or “PXP” are still fuzzy, start with our beginner explainer, What Is PXP in MLB The Show?, then come back here for the position-by-position breakdown.
How Hitters Earn PXP: The Event-Based Model
Every hitter in your lineup earns Parallel XP through a menu of offensive stat actions. Each action carries its own base value, and the values stack within a single plate appearance. A solo home run, for example, is not just “a home run” in PXP terms — it is a hit, an extra-base hit, a home run, a run scored, and an RBI all rolled into one swing, with each component paying out separately.
This stacking is the single most important concept for hitter grinding. It explains why power hitters parallel faster than slap hitters with identical batting averages, and why a 3-for-4 night with three singles can be worth less than a 1-for-4 night with one grand slam.
The Hitter PXP Menu
The table below shows representative base values for the most common offensive actions. Treat these as current-version examples rather than permanent constants — exact figures vary by game year and are adjusted in patches.
| Offensive Action | Illustrative Base PXP | Stacks With | Notes |
|---|---|---|---|
| Single | ~15 | RBI, run scored | The bread-and-butter earner for contact hitters |
| Double | ~25 | Hit value, RBI, run scored | Counts as a hit plus extra-base bonus |
| Triple | ~35 | Hit value, RBI, run scored | Rare but lucrative; speed-dependent |
| Home Run | ~50 | Hit, XBH, RBI(s), run scored | The highest single-swing payout in the game |
| RBI | ~10 each | Any hit, sac fly, walk with bases loaded | Grand slams pay four RBI bonuses |
| Run Scored | ~10 | Independent of how the run scores | Rewards table-setters and leadoff hitters |
| Walk | ~10 | RBI if bases loaded | Patience pays — literally |
| Stolen Base | ~15 | Run scored later in the inning | Speedsters get an extra income stream |
| Hard-Hit Ball / Quality Contact | ~5 | Any hit outcome | Small but adds up over hundreds of swings |
The Plate Appearance Cap: A Hitter’s Hard Ceiling
Here is the constraint that defines hitter grinding: no matter how good you are, a hitter only earns when they step into the box. In a standard nine-inning game, a single lineup spot gets roughly four to five plate appearances. In a three-inning Conquest or Mini Seasons game, that drops to one or two — and a hitter batting seventh, eighth, or ninth might get exactly one trip to the plate, or even zero if the game ends quickly.
Run the math on a great offensive game. Suppose your target hitter goes 3-for-5 with a homer, a double, three RBIs, and two runs scored on Hall of Fame difficulty. Stacking those events might produce something in the neighborhood of 180–220 base PXP before multipliers — an excellent night. But that is the realistic ceiling for nine full innings of play, which can take 30–45 minutes against the CPU.
Compare that to what a pitcher can do in the same window, and you will start to see why the two grinds feel like different games entirely. The full action-by-action breakdown, including the rarer events we skipped here, lives in our dedicated guide on how PXP is earned from every stat action.
Batting Order Position Quietly Shapes Your Earnings
One subtlety beginners miss: where a hitter bats in your order materially changes their PXP income. Over a long grind, the leadoff hitter accumulates noticeably more plate appearances than the nine-hole hitter — in shortened three-inning games, the gap is even more brutal, because the bottom third of the order may not bat at all in some games. If you are grinding a specific hitter, slot them first or second. It is the cheapest efficiency gain in the entire hitter grind, and it costs you nothing.
How Pitchers Earn PXP: The Workload Model
Pitchers operate under a completely different earning logic. Instead of waiting for four or five scattered opportunities, a pitcher participates in every defensive pitch of every inning they throw. Their PXP comes from three broad buckets: recording outs, dominating hitters, and preventing runs.
The Pitcher PXP Menu
| Pitching Action | Illustrative Base PXP | Frequency Per Start | Notes |
|---|---|---|---|
| Out Recorded | ~5 | Up to 27 in a complete game | The steady baseline income of every outing |
| Strikeout | ~20 | 5–15+ for a power arm | Stacks on top of the out value |
| Inning Completed | ~15 | Up to 9 | Rewards efficiency and going deep |
| Scoreless Inning | ~10 bonus | Up to 9 | Stacks with the inning-complete bonus |
| Win (qualifying) | ~50 | 0–1 | Requires meeting the innings minimum |
| Quality Start / Complete Game | ~40–75 | 0–1 | The big end-of-game payouts |
| Save (relievers) | ~40 | 0–1 | The reliever’s only large bonus |
| Hold (relievers) | ~20 | 0–1 | Modest reward for setup work |
The Stacking Effect on the Mound
Just like hitters, pitchers stack values — but the stacking opportunities arrive far more often. Consider a single strikeout to end a scoreless inning. That one pitch sequence pays the strikeout bonus, the out value, the inning-completed bonus, and the scoreless-inning bonus simultaneously. A dominant ace stacking strikeouts across seven scoreless innings is effectively triple-dipping on every frame.
Now run the full-game math. A nine-inning complete game shutout with 12 strikeouts might produce: 27 outs, 12 strikeout bonuses on top of those outs, 9 completed innings, 9 scoreless-inning bonuses, a win, and a complete-game bonus. Using the illustrative values above, that single outing lands somewhere around 700–800 base PXP before difficulty multipliers — roughly three to four times what an elite hitting performance produces in the same game.
This is the core of the hitter vs. pitcher PXP divide. When a pitcher plays, they earn at a rate hitters simply cannot touch. The catch — and it is a big one — is the word when.
The participation tax: A hitter earns in 100% of the games you play. A starting pitcher in a rotation-based mode earns in roughly 20% of them. If you let the game manage your rotation naturally, your ace’s spectacular per-game rate gets divided by five before it ever reaches the parallel progress bar. Manual rotation control is not optional for pitcher grinding — it is the entire strategy.
If pitcher grinding is your main goal, we have an entire article devoted to it — Leveling Pitchers Fast: Strikeouts, Innings & Rotation Tactics — covering rotation manipulation, strikeout pitch sequencing, and when to pull a starter. This guide stays focused on the comparison between the two systems.
The Four Structural Differences That Actually Matter
Strip away the individual stat values and the hitter/pitcher divide comes down to four structural differences. Understanding these four is more useful than memorizing any table of base values, because the structure stays stable across game years even when the numbers get rebalanced.
Hitters earn in every game they appear in; their problem is a low per-game ceiling. Starting pitchers have an enormous per-game ceiling; their problem is appearing at all. This single trade-off explains most of the perceived speed difference between the two grinds. A hitter’s progress is a slow, steady drip. A pitcher’s progress is a series of large, infrequent deposits — unless you force the rotation, which we cover below.
A hitter who goes 0-for-4 earns almost nothing — maybe a few points of quality-contact credit. Their floor is effectively zero. A pitcher who throws five mediocre innings still records 15 outs and completes five frames, banking meaningful PXP even on a bad day. Pitchers have a high floor and a very high ceiling; hitters have a near-zero floor and a moderate ceiling. Over a long grind, the pitcher’s floor compounds into a real advantage.
Shortened games hit the two positions very differently. In a three-inning game, a hitter loses roughly 60–70% of their plate appearances compared to a full game — but the game also takes a third of the time, so their PXP-per-hour often improves. A starting pitcher in a three-inning game can only record nine outs and can never log a deep start, capping their per-game total hard. Short games favor hitters on a per-hour basis; long games favor pitchers on a per-game basis. We unpack this trade-off mode by mode in Section 7.
When you pitch, you control every pitch of every at-bat against CPU hitters whose tendencies you can learn and exploit. When you hit, you control your swings but not how the CPU pitches to you, whether runners are on base for RBI chances, or whether your teammates drive you in for runs scored. Skilled players can push pitcher PXP close to its theoretical ceiling almost every game; hitter PXP always carries variance you cannot fully eliminate.
Per-Game PXP Ceilings: Hitters and Pitchers Side by Side
Let’s make the comparison concrete. The table below estimates realistic per-game PXP ranges for different card types across the two most common grind formats. These figures assume a competent (not perfect) player on All-Star difficulty, use illustrative current-version values, and exclude difficulty multipliers so the structural comparison stays clean.
| Card Type | 3-Inning Game (typical) | 9-Inning Game (typical) | 9-Inning Game (great) | Earns Every Game? |
|---|---|---|---|---|
| Hitter (top of order) | 20–60 | 60–130 | 180–220 | Yes |
| Hitter (bottom of order) | 0–35 | 45–100 | 140–180 | Yes, fewer PAs |
| Starting Pitcher | 100–200 | 300–550 | 700–800+ | Only when started |
| Relief Pitcher | 20–60 | 40–110 | 150–200 | Only when used |
| Two-Way Player (both roles) | 120–250 | 360–650 | 850+ | Hitting yes, pitching when started |
Three things jump out of this table. First, a starting pitcher’s typical nine-inning game beats a hitter’s great nine-inning game by a wide margin. Second, relievers — despite being pitchers — earn on a hitter-like scale because their innings are so limited; more on that in the next section. Third, the three-inning column compresses everyone, but it compresses pitchers proportionally more, because the deep-start bonuses that make pitching so lucrative simply do not exist in a nine-out game.
Remember that these are base figures. Difficulty multipliers scale everything in this table up or down significantly — a Hall of Fame grind pays meaningfully more per event than a Rookie grind. The interaction between position and difficulty is its own topic, covered fully in our guide to PXP difficulty multipliers from Rookie to G.O.A.T..
To turn any row of this table into an actual plan — “how many games does my hitter need at this rate?” — plug your card’s parallel target and your observed per-game earnings into the free PXP calculator on Waldev. It converts rates and thresholds into a concrete game count in seconds, which beats estimating off a table every time.
Starters vs. Relievers: The Pitcher Split Nobody Warns You About
“Pitcher PXP” is really two different systems wearing one label. Starting pitchers and relief pitchers share the same stat-action menu, but their realistic access to that menu is so different that they belong in separate planning categories.
Why Relievers Are the Slowest Grind in the Game
A closer enters in the ninth inning, records three outs, maybe strikes out one or two hitters, and collects a save bonus. Using our illustrative values, that is roughly 70–110 base PXP on a good night — solidly in hitter territory, not starter territory. And that assumes a save situation even materializes. Blowout wins, blowout losses, and extra-inning chaos all rob your closer of an appearance entirely.
Setup men and middle relievers have it even worse: their hold bonuses are smaller than save bonuses, and the game’s bullpen logic may not call on them at all in any given game. The result is the cruel irony of Diamond Dynasty grinding — the position with the highest per-inning earning rate (relief aces often have elite strikeout stuff) has the lowest per-game access to innings.
The Workarounds That Make Reliever Grinding Tolerable
Start your reliever. Most modes let you slot a relief pitcher into the starting rotation. Their stamina will be short — often two to four innings — but two to four innings as a starter beats one inning as a closer, and an elite reliever’s strikeout stuff plays up against CPU lineups.
Engineer save situations. In offline modes you control both the score and the bullpen. Keep games close intentionally, bring your closer in for the ninth, and bank the save bonus every single game rather than leaving it to chance.
Stack multi-inning appearances. Bringing a reliever in during the seventh and letting them finish pays out three innings of outs, inning bonuses, and potentially a save — triple a standard closer appearance.
If you are deciding between paralleling a starter or a reliever for a theme team or collection, this split should weigh heavily. The starter will reach Parallel 5 several times faster under normal usage. The reliever requires deliberate, slightly unnatural usage patterns to grind at an acceptable rate — and even then, it is worth modeling the game count honestly with the Diamond Dynasty PXP Calculator before you commit, because reliever grinds are where time estimates go to die.
Mode-by-Mode: Where Each Position Grinds Best
The hitter/pitcher gap is not constant — it stretches and shrinks depending on the mode you grind in, because each mode changes game length, difficulty options, and how much control you have over lineups and rotations.
Conquest: The Hitter’s Home Turf
Conquest’s three-inning stronghold attacks are the classic hitter farm. Games are short, you can steamroll weak CPU teams, and you can adjust difficulty freely. Hitters at the top of the order rack up plate appearances per hour at the best rate in the game. Pitchers, by contrast, are capped at nine outs per game with no deep-start bonuses — fine, but far below their potential. If your grind list is hitter-heavy, Conquest is usually your answer, and our Conquest PXP farming guide covers the map-by-map specifics.
Mini Seasons: The Flexible Middle Ground
Mini Seasons lets you choose game length, which makes it the only mode where you can deliberately optimize for either position. Choose three innings and it behaves like Conquest — hitter-friendly, fast cycles. Choose nine innings, set your target starter on the mound every single game (the mode does not force rotation fatigue rules the way Franchise does), and it becomes the single best starter grind in Diamond Dynasty: full-length starts, complete-game and shutout bonuses on the table, and a fresh CPU opponent every game.
Ranked, Events & Battle Royale: The Online Multiplier Wildcard
Online play carries a PXP multiplier that offline modes do not, which compresses the hitter/pitcher gap in an interesting way. Hitters benefit cleanly: every plate appearance pays out at the boosted rate. Pitchers face a complication — human opponents work counts, quit early, or simply hit better than the CPU, making deep dominant starts harder to complete. Quality online pitchers still out-earn online hitters per game, but the margin narrows, and the variance rises sharply. Event formats with short game lengths tilt things further toward hitters.
Quick Reference: Best Mode by Goal
| Your Goal | Best Mode | Why |
|---|---|---|
| Parallel a hitter fast (per hour) | Conquest 3-inning attacks | Maximum plate appearances per hour, low resistance |
| Parallel a starting pitcher fast | Mini Seasons, 9 innings | Start them every game, full deep-start bonuses |
| Parallel a reliever | Mini Seasons (start them) or engineered saves | Forces innings a bullpen role never provides |
| Level hitters while playing competitively | Ranked / Events | Online multiplier on every plate appearance |
| Level an entire lineup at once | Conquest or Mini Seasons 3-inning | Spreads PAs across nine hitters quickly |
Three Real Grind Scenarios, Fully Worked
Theory is useful; arithmetic is convincing. Here are three worked scenarios using illustrative figures — a hitter, a starter, and a reliever, each targeting Parallel 5. For these examples, assume Parallel 5 requires a cumulative total of 75,000 PXP for the card in question (your actual threshold depends on card tier and game year — check the current numbers in our PXP thresholds reference guide).
Scenario 1: The Diamond Outfielder (Hitter)
You slot a 91-overall outfielder into the leadoff spot and grind Conquest three-inning games on All-Star. He averages two plate appearances per game and produces an average of 45 PXP per game after multipliers — some games he homers and banks 120, some games he goes 0-for-2 and banks almost nothing.
75,000 PXP needed ÷ 45 PXP per game ≈ 1,667 three-inning games
That number looks horrifying until you remember each game takes eight to ten minutes — roughly 250 hours if you played them back to back, which is why pure single-card hitter grinds to Parallel 5 are rare. In practice, hitters reach high parallels through accumulated play across a whole season of programs, moments, and online games, not dedicated farming. The realistic dedicated-grind target for a hitter is Parallel 1 through 3, where the thresholds are far friendlier. This is also why spreading PXP across a full lineup often beats tunnel-visioning one bat — a trade-off we analyze in Grind One Card or Spread PXP Across Your Lineup?.
Scenario 2: The Ace Starter
You take a 93-overall ace into nine-inning Mini Seasons games on Hall of Fame, starting him every single game. He averages seven innings, nine strikeouts, and two runs allowed — a strong but achievable line against CPU lineups — producing roughly 600 PXP per game after multipliers.
75,000 PXP needed ÷ 600 PXP per game = 125 nine-inning games
At 35–40 minutes per game, that is still a serious commitment — but it is an order of magnitude fewer games than the hitter scenario, and every one of those games also feeds PXP to your entire lineup of hitters simultaneously. This double-dipping is the hidden efficiency of pitcher-first grinding: the starter is your headline project, and nine hitters quietly level in the background of every game.
Scenario 3: The Flamethrowing Closer
You want to Parallel 5 a 90-overall closer using natural bullpen usage: one inning per appearance, a save bonus in maybe 60% of games, averaging 75 PXP per game in the games he actually pitches — which, with realistic bullpen management, is about 70% of your games.
75,000 ÷ 75 = 1,000 appearances ÷ 0.70 usage rate ≈ 1,429 games played
Worse than the hitter. Now apply the workaround: start him in Mini Seasons, squeeze three innings and four strikeouts out of his short stamina bar, and his per-game earnings jump to roughly 250 PXP in 100% of games — cutting the requirement to about 300 games. Still the slowest of the three grinds, but four times faster than natural usage. The lesson: reliever grinds are not impossible, they are just unforgiving of passive play.
All three scenarios above are one input screen in the Free Diamond Dynasty PXP Calculator. Enter your card’s current PXP, target parallel, and per-game average, and it returns the exact game count — so you can compare a hitter plan against a pitcher plan before spending a single hour grinding.
Position-Specific Strategy: Squeezing More PXP From Each Role
Once you understand the structural differences, optimization becomes role-specific. What helps a hitter does nothing for a pitcher, and vice versa. Here is the distilled playbook for each.
⚾ Hitter Optimization
Bat them leadoff. More plate appearances per game is the only lever that raises a hitter’s ceiling, and lineup position is the lever you control completely.
Chase extra bases, not contact. A double is worth significantly more than a single; a homer dwarfs both. Sell out for damage in grind games — batting average means nothing to the progress bar.
Keep runners on base. RBIs stack on hits. Surrounding your grind target with high-OBP hitters ahead of them turns ordinary singles into multi-bonus events.
Don’t auto-skip walks. A walk pays roughly what a third of a single does for zero risk. Patience against wild CPU pitchers is free PXP.
🔥 Pitcher Optimization
Control the rotation. Never let the game decide when your grind target pitches. Manual rotation management in Mini Seasons turns a once-every-five-games earner into an every-game earner.
Hunt strikeouts deliberately. The strikeout bonus stacked on the out value makes punchouts roughly four times more valuable than balls in play. Learn CPU chase tendencies and exploit them.
Finish innings, finish games. Inning-completed and scoreless-inning bonuses reward going deep. Pulling a cruising starter early is leaving stacked bonuses on the table.
Protect the shutout. Scoreless-inning bonuses compound across a game. A shutout is not just pride — it is the difference between a good PXP night and a great one.
The Hybrid Approach Most Grinders Should Use
The most efficient grinders rarely run pure hitter or pure pitcher sessions. The optimal pattern for most players: designate one starting pitcher as your primary project, start him every nine-inning Mini Seasons game, and fill the lineup with the eight or nine hitters you most want to level. The pitcher earns at his massive concentrated rate while every hitter collects their plate appearances in parallel. One game session, ten cards progressing. Reserve dedicated Conquest three-inning sessions for the specific situations where you need one hitter leveled fast — a program requirement, a theme-team unlock, or a card you are about to flip.
Planning Your Grind With the PXP Calculator
Everything in this guide converges on one practical question: given my card’s position and my play style, how many games is this actually going to take? That question has too many moving parts — position, role, batting order, game length, difficulty multiplier, mode multiplier, current PXP, target threshold — to answer reliably in your head. It is exactly the kind of arithmetic a purpose-built tool should handle.
Here is the workflow we recommend before committing to any parallel project:
Play three to five games with your target card in your intended mode and note the PXP earned each game (card view shows cumulative PXP — record it before and after). Real observed rates beat any table of estimates, including ours.
Open the Free Diamond Dynasty PXP Calculator – Track XP & Games, enter your card’s current PXP, the parallel level you are targeting, and your measured per-game average. The calculator returns the games remaining instantly.
Re-run the calculation for a different mode, difficulty, or role (reliever-as-starter, hitter moved to leadoff). Two minutes of comparison often reveals a plan that is 30–50% faster than your first instinct.
Multiply games by your average game length. If the answer is “180 hours,” you want to know that before game 40, not after. Adjust the target parallel or the plan accordingly.
The guide explains the concept, but the calculator helps you apply it — and for pitcher-vs-hitter decisions specifically, seeing the two game counts side by side is usually all the convincing you need.
Frequently Asked Questions
Do pitchers earn PXP faster than hitters?
Per game played, yes — dramatically. A starting pitcher’s deep nine-inning start can produce three to four times the PXP of an excellent hitting performance, because pitchers stack out, strikeout, inning, and game-result bonuses across every frame they throw. However, hitters earn in every game while starters only earn when they pitch, so without manual rotation control the real-world gap shrinks considerably. With rotation control (starting your target pitcher every game), pitchers are the fastest-leveling cards in Diamond Dynasty.
Why is my relief pitcher leveling so slowly?
Relievers face a double penalty: they pitch few innings per appearance (often just one) and they don’t appear in every game. Natural bullpen usage gives a closer roughly the earning profile of a bottom-of-the-order hitter. The fix is to start your reliever in modes that allow it — even two or three innings as a starter multiplies their per-game PXP several times over compared to waiting for save situations.
Does batting order really affect PXP earnings?
Yes, meaningfully. The leadoff spot accumulates the most plate appearances over time, and in shortened three-inning games the gap is severe — bottom-of-the-order hitters sometimes get zero plate appearances in a game. If you are grinding one specific hitter, batting them first or second is the easiest efficiency gain available.
Do hitters and pitchers use the same parallel thresholds?
Thresholds are set by card tier and the current game year’s progression curve, not by position — a diamond hitter and a diamond pitcher of the same tier climb the same threshold ladder. What differs is the earning rate used to climb it. That is why position matters so much for planning even though the destination is identical.
What earns more PXP: a home run or a strikeout?
A home run is the single largest one-event payout in the game once you stack its components (hit, extra-base hit, home run, RBI, run scored). But strikeouts arrive far more frequently — a power pitcher can record 10+ in a start while even a hot hitter rarely homers more than once or twice a game. Per event, the homer wins; per game, strikeout volume wins comfortably.
Should I grind PXP in 3-inning or 9-inning games?
It depends on the position. Hitters usually earn more PXP per hour in three-inning games because game cycles are so fast, even though each game pays less. Starting pitchers need nine-inning games to access deep-start, complete-game, and shutout bonuses — short games hard-cap their earnings. If you are leveling both at once, nine-inning games with your target starter on the mound is the best compromise.
Do difficulty multipliers affect hitters and pitchers equally?
The multiplier itself applies to both, but the practical impact differs. Higher difficulty makes hitting genuinely harder (worse PCI feedback, better CPU pitching), which can lower a hitter’s raw event count enough to offset the multiplier. Skilled players often find pitching on high difficulty easier to sustain than hitting, letting pitchers capture more of the multiplier’s value. Test your own performance on each setting before assuming higher is better.
How do two-way players earn PXP?
Two-way cards earn from both menus simultaneously — every plate appearance pays hitter PXP and every inning pitched pays pitcher PXP, all feeding one progress bar. A two-way player starting on the mound and batting in the lineup is the highest-ceiling PXP earner in Diamond Dynasty, which is why they are prized grind targets whenever the card pool includes one.
Turn This Comparison Into a Plan
You now know the shape of both earning systems: hitters drip, starters pour, relievers struggle, and two-way players break the scale. The last step is converting that knowledge into a concrete game count for the specific card sitting in your collection right now.
Enter your card’s current PXP, your target parallel, and your per-game rate — the calculator instantly shows how many games stand between you and that Parallel 5 badge, for any position. Run a hitter plan and a pitcher plan side by side before you commit a single hour.
Continue building your grind knowledge with the rest of the series: see exactly what every stat action is worth, check the current parallel thresholds, master Conquest farming, or go deep on pitcher-specific leveling tactics.
Disclaimer: All PXP values, thresholds, and game counts in this article are illustrative examples based on the current MLB The Show 26 Diamond Dynasty system at the time of writing. San Diego Studio adjusts PXP values, parallel thresholds, and mode multipliers between game years and in title updates. Always verify current in-game values and use your own observed per-game rates when planning a grind. This site is not affiliated with MLB The Show, San Diego Studio, or Sony Interactive Entertainment.