Top NBA draft prospects compared by three key metrics

AJ Dybantsa went first overall to Washington after posting a 42.0-inch max vertical leap, the kind of explosive number that can recalibrate a franchise’s wing-development timeline. Darryn Peterson followed at two to Utah as the most analytically layered creator in the class. Cameron Boozer’s 7'1.5" wingspan and 253-pound frame helped lock him in at three for Memphis. Caleb Wilson’s 39.5-inch vertical — besting Boozer by 4.5 inches — nudged him into the top four at Chicago.

What the lottery would have looked like if it had been ordered solely on combine numbers is a separate conversation. What matters for the film-room analysis is that these four top NBA draft prospects graded out in different analytical buckets, and the draft order mapped neatly onto a combination of physical ceiling, positional projection, and freshman production. The useful comparison is not simply who jumped highest or scored the most. It is how the measurements, college role, and independent analytical evaluations fit together.

Physicality and Verticality: Dybantsa vs. The Field

Combine measurements are noisier than most evaluators admit, but they still expose the athletes who may struggle to switch across positions, contest at the rim, or pressure the ball at the next level. The vertical-leap data, in particular, separates the wings from the forwards in this class.

Dybantsa’s 42.0-inch max vertical is the headline number. It outpaces the standing verticals of most lottery-tier wings and points to the kind of second-jump explosion that can translate into transition finishing, weak-side shot-blocking from the help line, and contested pull-up mechanics from the half-spaces. At 6'8.5", he has enough size to get to the rim without needing a perfectly clean catch. He can elevate over closing defenders and finish through contact rather than having to win every possession with separation.

The more important question is whether that athletic advantage changes his offensive diet. A wing with this combination of height, length, and vertical pop can attack closeouts in several ways. He can rise over a late contest, use one or two dribbles to reach the paint, or turn a broken possession into a viable finish when the initial action has already stalled. That is a meaningful distinction for Washington. The franchise is not just drafting a player who can produce highlights in space; it is betting on an athlete who can preserve offensive value when the half-court possession becomes uncomfortable.

Dybantsa’s 42.0-inch max vertical is the most obvious ceiling marker in the class. The bigger question is whether his handle gives that athleticism enough room to operate against NBA closeouts.

Caleb Wilson’s 39.5-inch max vertical is the more quietly significant number. Wilson is taller than Dybantsa by 0.75 inches barefoot, carries six fewer pounds, and posted a 34.5-inch standing vertical — the highest standing vertical in the top four. The standing test does not perfectly predict in-game finishing, but it does offer useful information about leg drive from a planted base. Wilson’s testing edge over Boozer in vertical metrics — 4.5 inches on the max jump and 6.0 inches on the standing jump — matters when projecting drop-coverage finishes, short-roll closeouts, and weak-side rebounding.

Boozer’s 35.0-inch max vertical is the lowest in the top four, and his 28.5-inch standing vertical creates a clear contrast with Wilson. That does not make Boozer a poor athlete. His physical profile is built around strength, balance, reach, and leverage rather than sudden lift. He is unlikely to win every face-up possession by simply rising over length, but he can compensate by creating contact before the contest arrives, using his frame on the glass, and exploiting a 9'0" standing reach.

Peterson’s testing is solid for a 6'4.5" perimeter creator: a 37.5-inch max vertical and a 31.5-inch standing vertical. Those numbers do not separate him from the guard cohort in the way Dybantsa’s numbers separate him from the wing cohort, but they are still useful. Peterson has enough burst to finish when a pick-and-roll forces the opposing big away from the rim, and his elevation gives him a workable margin on pull-ups and contested drives.

His wingspan should also be described accurately. At 6'4.5" barefoot with a 6'9.75" wingspan, Peterson has a positive differential of 5.25 inches. That is a substantial wingspan advantage for a guard, not a neutral measurement. It does not turn him into a switch-everything defender or erase the strength gap he may face against larger creators, but it gives him additional reach on contests, passing lanes, and defensive rebounds. For a player whose projection depends on surviving across roles, that length is a positive physical tool.

The wingspan distribution across the top four is worth isolating:

• Boozer’s 7'1.5" wingspan leads the group and pairs with his 9'0" standing reach.
• Dybantsa and Wilson both measure 7'0.25", giving each plus-length for a wing-forward role.
• Peterson’s 6'9.75" wingspan is a clear advantage relative to his 6'4.5" height, even though his absolute length is shorter than that of the three bigger prospects.

That last distinction matters. Peterson does not have the same positional dimensions as Dybantsa, Boozer, or Wilson, but he is not succeeding despite a lack of physical tools. His length helps him compensate for his height. The analytical questions are therefore about how consistently he turns that advantage into functional defense and finishing, not whether he has a wingspan advantage at all.

Freshman Production: Scoring Efficiency and Rebounding Impact

Combine numbers tell you about the athlete. College production tells you about the player’s responsibilities, habits, and translation risk. The freshman box scores from the 2025-26 season offer a cleaner read on how each prospect was used before the draft.

Dybantsa’s 25.5 points per game led the top four by 3.0 points. His 6.8 rebounds were also the highest non-frontcourt number in the group, while his 3.7 assists hinted at secondary playmaking from the wing. The combination is the offensive profile of a primary scoring option: high usage, aggressive rim attacks, and enough short-roll vision to punish defensive rotations.

The volume-to-efficiency relationship is the key part of Dybantsa’s production, even without reducing the analysis to one number. Averaging 25.5 points as a true freshman at BYU suggests a scorer who manufactured a large share of his offense rather than simply finishing system-generated looks. The 3.7 assists indicate that defenses were sending help, and that he found the open man often enough to keep opponents from loading up without consequence.

For Washington, that is the central bet. The franchise is not drafting the 42.0-inch vertical in isolation. It is drafting the possibility that his wing creation, passing reads, and physical finishing can combine into scalable offensive gravity. If he forces a second defender to commit, the vertical gives him one answer at the rim and the passing gives him another answer behind the rotation.

Boozer’s 10.2 rebounds per game are the rebounding headline — the highest mark in the top four and the kind of glass-cleaning production that can translate directly to the next level. For a 6'8.25", 253-pound forward, his 22.5 points per game are almost secondary to the positional rebounding numbers. Boozer’s role at Duke tracked closer to a high-volume post hub: rim-running off actions, offensive rebounding as a secondary possession extender, and double-team passing from the block.

The 4.1 assists are the soft positive that raises the ceiling of that role. They suggest Boozer can read the help and deliver the ball to the corner or the cutter rather than forcing a difficult finish every time a second defender arrives. NBA defenses will send that help once he establishes deep position. The value of the pick depends partly on whether he can make that defensive decision expensive.

Boozer’s 10.2 RPG is the number that anchors his projection. Before the shooting questions are settled, he already has a physical NBA role: occupy space, win possessions, and make the defense pay for sending help.

Peterson’s 20.2 points per game at Kansas are the most analytically interesting scoring line in the group. His 1.6 assists are low for a primary creator, but the college context matters. Kansas used him as a scorer-first, distributor-second option, and the responsibilities of that role do not always show up cleanly in traditional assist totals.

The better way to read Peterson’s stat line is alongside his creator and off-ball evaluations. He was asked to produce difficult shots, attack late-clock situations, and carry possessions in which the defense already knew where the ball was going. The 4.2 rebounds do not jump off the page, but for a perimeter player whose offensive role was heavily weighted toward shot creation, they show a willingness to participate beyond the first action. His length and athleticism give him a chance to become a more disruptive rebounder than his height would suggest.

Wilson’s 19.8 points and 9.4 rebounds at North Carolina round out the productive-but-not-historic freshman tier. His scoring average is the lowest of the four, but his rebounding is second-highest, and that balance reads cleanly through the lens of his 6'9.25", 211-pound frame. The 2.7 assists alongside the 9.4 rebounds provide the connective tissue: Wilson can keep the ball moving when the defense commits to the offensive glass.

His rebounding is particularly projectable because of the combination of light feet and leaping ability. At 211 pounds with a 34.5-inch standing vertical, he can crash from the weak side, secure the ball outside his immediate area, and start the break in the same motion. That transition initiation skill separates a rebounder from a rebounder-creator. The next step is adding enough strength to maintain that impact when NBA forwards make first contact and prevent him from reaching the glass cleanly.

Advanced Analytics: Creator Profiles and Off-Ball Gravity

The combine measures athletic traits and physical dimensions. It does not produce the full set of creator, off-ball movement, or defensive-projection grades used in modern scouting departments. Those scores come from separate analytical evaluations that combine film, play-by-play data, tracking information, and role-based context. Treating them as combine outputs blurs two different parts of the scouting process.

The publicly available analytical numbers for this class are partial, but the pattern across the four players is clear enough to establish different tiers of offensive projection.

Peterson graded out with a 60.28 Primary Creator Score and a 71.81 Off-Ball Gravity score. That combination helped push him ahead of wings with more imposing physical measurables. A 71.81 Off-Ball Gravity score points to a player who can be slotted into secondary actions, relocate off screens, and force defensive rotations without holding the ball for every possession.

Pair that with a 60.28 Primary Creator Score and the result is a prospect who can run a pick-and-roll as a lead guard, then move into a weak-side shooter or secondary attacker role later in the same possession. That dual value is what made Peterson the most analytically versatile perimeter player in the class. Utah was not choosing between a creator and a spacer. It was choosing a player with a chance to perform both jobs.

The physical testing supports that projection without defining it. Peterson’s 37.5-inch max vertical gives him enough burst to finish over a rotating big, while his 6'9.75" wingspan provides a meaningful defensive and passing-lane tool. Neither measurement guarantees success. Together, they give the analytical profile more room to work.

Boozer was graded “elite” in both Primary Creator Score and Off-Ball Gravity. That evaluation backed the third overall pick from a different direction. An elite creator grade at 6'8.25" with a 7'1.5" wingspan describes a player who can generate offense without having to win every possession as a traditional back-to-the-basket big.

His length creates passing angles and shooting windows that smaller defenders cannot access. He can shoot over a late closeout, deliver a short-roll pass, or punish a switch with his size. The off-ball grading is just as important. If Boozer can relocate, screen, cut, and occupy help defenders rather than standing in the post, his offensive floor is much higher than that of a conventional interior scorer.

The contrast between Peterson and Boozer at the top of the creator evaluations is instructive:

Both prospects generate offensive value without requiring isolation on every possession, but they do it through fundamentally different mechanisms. Peterson bends defenses through movement and decision-making. Boozer bends them through presence, leverage, and the threat of a pass over the top.

Dybantsa and Wilson’s analytical scores are not publicly broken out with the same granularity, so their projections have to be tied more closely to role and production. Dybantsa’s BYU usage was closer to that of a primary shot creator than a connective passer. His 25.5 points and 3.7 assists describe a wing who carried a large offensive burden and made enough passing reads to prevent the defense from treating him as a single-outcome scorer.

Wilson’s North Carolina role was more varied. He functioned as a forward who could attack in transition, handle as a secondary creator, and use his athleticism to turn missed shots into immediate advantages. The 2.7 assists alongside the 9.4 rebounds suggest a player who can grab the defensive board, push tempo, and make the first decision of the possession. That is different from running a half-court offense, but it is still a valuable form of creation.

Draft Day Realities: How Measurements Shaped the Top Four Picks

The order of the top four was not a surprise to anyone who tracked the pre-draft process. Dybantsa, Peterson, Boozer, and Wilson had been the consensus top tier since the college season. The combine data and independent analytics did not invent those evaluations; they refined the questions attached to each landing spot.

For Washington at one, the 42.0-inch max vertical and 217-pound frame on a 6'8.5" body locked in the small-forward and primary-wing archetype. The Wizards are not buying a complementary piece. They are buying a potential first option whose physicality projects into a 22–25 usage-rate role by year two.

The 7'0.25" wingspan is the additional detail that pushes him beyond the profile of a pure scorer. Dybantsa can finish through contact, switch onto wings, and rebound in traffic. The risk is the one that shadows every high-usage wing prospect: the handle has to tighten. Vertical explosion matters less in the half-court if the first dribble does not create separation against NBA-caliber defenders. Washington is betting that the physical advantages will give his development staff enough margin to build the rest of the package.

For Utah at two, Peterson’s 60.28 Primary Creator Score and 71.81 Off-Ball Gravity score were the deciding analytical factors. His 6'4.5" frame and 199-pound build do not project as a primary initiator through pure physicality, but his evaluation flagged him as the most versatile perimeter piece in the class.

The Jazz are buying a creator who can also relocate — a rare combination in a group that generally separates lead handlers from off-ball shooters. Peterson’s 6'9.75" wingspan is functional enough to project switching onto twos and some threes, and his 37.5-inch max vertical suggests enough burst to finish through traffic when pick-and-roll action draws the big away from the paint. Utah’s system rewards players who can make decisions in tight windows, and Peterson’s profile is built for that type of possession.

For Memphis at three, Boozer’s 7'1.5" wingspan, 253-pound frame, and 9'0" standing reach formed the physical foundation of the pick. The 35.0-inch max vertical is the athletic limitation, but it does not erase the advantages created by his strength and length. The Grizzlies are buying a forward who can play through contact, rebound at a high level, and create from the post without needing to win every finish with vertical lift.

The 4.1 assists at Duke are the number that makes the selection easier to understand. A post player who can pass out of double teams changes how opponents can load up. Memphis already has perimeter scorers who need space; Boozer can provide that space by drawing two defenders to the block and finding the open player. His offensive value is not dependent on being the fastest or highest jumper in the lineup.

For Chicago at four, Wilson’s 39.5-inch max vertical and 34.5-inch standing vertical were the combine numbers that separated him from the next tier of prospects. The 6'9.25" frame and 211-pound build offer the most obvious physical runway in the class, while his 7'0.25" wingspan gives the Bulls a forward who can contest at the rim and survive against wings in space.

The 9.4 rebounds per game at North Carolina provided the production confirmation. Chicago is buying the athlete first and the finished product second. Wilson’s 19.8 points per game were the lowest of the top four, but his tools create several paths to value while the offensive package develops. The immediate version can run, rebound, cut, defend, and finish above the rim. The long-term version depends on how the frame fills out and how consistently the shooting mechanics hold under NBA pressure.

Ceiling Projection: What the Numbers Say

The top four do not represent one linear ranking of athleticism. They represent four different ceiling bets.

Dybantsa has the highest ceiling as a primary scoring option, and the 42.0-inch max vertical is the measurement that makes the projection plausible. If his half-court creation package develops, Washington is looking at a potential top-15 scoring option by year three. The risk is not his ability to get above the rim. It is whether he can get to the spots where that ability matters.

His college production showed volume and initiative, but NBA defenses will challenge his first dribble more aggressively and close space faster. The 7'0.25" wingspan can mask some shooting limitations and help him finish over contests, but it cannot completely mask a loose handle. Dybantsa’s development will be measured by the quality of his advantage creation, not just the number of spectacular finishes.

Peterson has the second-highest ceiling, but as a different archetype. His projection is a lead guard who can also play off the ball, a connective piece who can run a pick-and-roll and then relocate to the corner or wing in the same possession. The 71.81 Off-Ball Gravity score is the clearest marker of that projection.

The risk is the physical matchup against bigger lead guards. At 199 pounds, Peterson may not immediately project as a two-way finisher who can absorb every type of contact at the rim. His 6'9.75" wingspan helps, as does the 37.5-inch vertical, but the advantage has to show up in actual possessions. If it does, Utah has a player who can move between roles without becoming predictable.

Boozer’s ceiling is less dependent on explosive athleticism and more dependent on how much offensive responsibility his passing and scoring can support. The 10.2 rebounds, 4.1 assists, 253-pound frame, and 7'1.5" wingspan provide a sturdy baseline. The elite creator and off-ball evaluations raise the ceiling beyond that baseline.

His challenge will be proving that he can create efficient advantages against NBA length without relying too heavily on post touches. The 35.0-inch max vertical and 28.5-inch standing vertical mean he may need to win with timing, strength, footwork, and decision-making. That is not a weakness if the skill package is real. It simply means his path to impact will look different from Dybantsa’s.

Wilson has the most open-ended projection of the four. The athletic tools are obvious: a 39.5-inch max vertical, a 34.5-inch standing vertical, a 7'0.25" wingspan, and a 9'0" standing reach. His 9.4 rebounds at North Carolina suggest that those tools already produced functional college impact rather than existing only as testing numbers.

The question is how much offensive creation he can add. At 19.8 points per game and 2.7 assists, Wilson was productive without operating as a full offensive hub. His early NBA value may come from transition, offensive rebounding, cutting, defensive versatility, and quick decisions after securing the ball. If the shooting stabilizes and his handle becomes reliable enough to attack closeouts, the role can expand.

That is why the best college basketball prospects cannot be compared through one ranking or one combine result. Dybantsa offers the most explosive scoring ceiling. Peterson offers the cleanest blend of primary creation and off-ball value. Boozer offers the strongest combination of frontcourt production, size, and passing. Wilson offers the most obvious athletic runway and a defensive-rebounding foundation that can support growth.

The Three Metrics That Matter Most

A useful NBA draft player comparison has to separate the numbers that describe the body from the numbers that describe the player. For this group, three metrics provide the clearest framework:

1. Physical advantage: Vertical testing, wingspan, standing reach, and frame indicate how much margin a prospect may have in contests, finishing, switching, and rebounding. Peterson’s positive wingspan differential belongs in this category; it is an asset, even though his absolute dimensions are smaller than those of the other three.

2. Freshman production: Scoring, rebounding, and assisting numbers show what responsibilities a prospect could already handle against college defenses. Dybantsa’s scoring volume and Boozer’s rebounding are the strongest examples, while Wilson’s balance offers a different kind of translation signal.

3. Role-based analytics: Creator and off-ball evaluations explain how a player generates value when the first option is taken away. These are separate from combine testing. Peterson’s dual profile and Boozer’s elite grades are important because they describe offensive functionality that a vertical jump cannot measure.

The intersection of those metrics is where the real future NBA stars comparison begins. A spectacular athlete with no scalable role is a risk. A productive freshman without a physical answer may face a narrow ceiling. A strong analytical profile has to survive contact with NBA size and speed.

The top four picks each cleared that intersection in a different way. Dybantsa’s physical tools support a primary-wing bet. Peterson’s analytical versatility offsets the fact that he is the smallest player in the group. Boozer’s length, strength, rebounding, and passing create a stable frontcourt foundation. Wilson’s athletic profile and rebounding give him an immediate pathway to minutes while the rest of his offense develops.

That is the more useful conclusion from the numbers. The combine did not decide the draft by itself, and the analytics did not replace film or context. The measurements clarified the physical ceiling, the freshman production showed how each prospect had already been used, and the separate evaluations helped explain whether those skills could scale. For Washington, Utah, Memphis, and Chicago, the picks were not four versions of the same bet. They were four distinct answers to the same question: which traits can survive when the game gets bigger, faster, and less forgiving?