What Commonality Ties NBA Draft Combine Drill Leaders Together?
The NBA Draft Combine underscores the pivotal role of data-driven performance metrics in preparing athletes for high-stakes competitions. Players must be prepared for games and high-intensity practice sessions and display their talents in other ways when called upon. But there’s a commonality among the players who performed best during the strength and agility drills.
We’re proud to say that many KINEXON Sports men’s basketball clients fared well during the strength and agility drills at this year’s event.
Some notable performances include KJ Simpson finishing 1st in the Pro Lane Agility drill, and Tristan Da Silva finishing 2nd in the Shuttle Run. They both played collegiately at Colorado and trained under Steve Englehart.
In fact, 9 of the top 10 in the Pro Lane Agility Drill were players who came from schools that use KINEXON Sports solutions for player tracking. The only player who was in the top 10 that was not is an international player.
Providence’s Devin Carter also had a great showing, finishing 3rd in the lane agility drill and first in the three-quarter sprint, standing vertical jump, and max vertical jump.
Tennessee’s Dalton Knecht rounded out the trifecta of KINEXON Sports clients in the top 3 of the lane agility drill and he also finished first in the shuttle run.
Arizona’s Keshad Johnson joined Devin Carter in a tie at the top of the leaderboard for Max Vertical Leap.
The statistics support the magnificent work Performance Coaches like Englehart, Jim Krumpos and Dayannara Munoz at Arizona, Garrett Medenwald at Tennessee, and Chase Campbell at Providence are doing, in terms of using data to help prepare players for the next level.
Game-Changing Speed: Create Shot Tracking Reports in Record Time
“Within the multifaceted realm of basketball, athlete performance is determined by various factors, one of which is external player tracking.”
Compiling Data is Important for Coaches and Athletes
It’s also important to note that NBA teams and individual players could profit from taking their data from college to underscore their value during the combine and pre-draft workouts, much like a designer who shows off his portfolio for new clients.
“Just as KINEXON Sports has helped us train our athletes for college basketball games, it’s been equally as impactful for preparing our athletes for the NBA and NBA Combine,” Englehart said. “Wearing the KINEXON sensors allows us to ensure the intensity of our training matches the intensity of the game at the next level. That level of precision and individualization gives our athletes an extra edge.”
It, too, emphasizes the significance of continually assessing performance measures. Measure these performance parameters in training or a game without traditional testing setup and continue to measure player personal bests.
“Within the multifaceted realm of basketball, athlete performance is determined by various factors, one of which is external player tracking,” said Medenwald. “KINEXON (Sport’s) innovative 3D tracking capabilities empower coaches to decipher the demands inherent in basketball allowing the ability to create the optimal environment for the athlete and team to succeed.”
Before you check out the results from the 2024 NBA Draft Combine drills, look at our guide that helps explain how basketball coaches use player tracking data or contact us at any time to get your questions answered.
“Just as KINEXON Sports has helped us train our athletes for college basketball games, it’s been equally as impactful for preparing our athletes for the NBA and NBA Combine.”
2024 NBA Draft Combine Athletic Drill Leaders
Lane Agility Time
1. KJ Simpson (Colorado)10.49 second
2. Dalton Knecht (Tennessee) 10.56 seconds
3. Devin Carter (Providence) 10.63 seconds
Shuttle Run
1. Dalton Knecht (Tennessee) 2.79 seconds
2. (Tie) Tristan da Silva (Colorado) 2.82 seconds
2. (Tie) Dillon Jones (Weber State) 2.82 seconds
Three Quarter Sprint
1. Devin Carter (Providence) 2.87 seconds
2. (Tie) Reece Beekman (Virginia) 2.94 seconds
2. (Tie) Jamal Shead (Houston) 2.94 seconds
Standing Vertical Leap (Tie)
1. Devin Carter (Providence) 35.0 inches
1. Adem Bona (UCLA) 35.0 inches
1. Oso Ighodaro (Marquette) 35.0 inches
Max Vertical Leap (Tie)
1. Devin Carter (Providence) 42.0 inches
1. Reed Sheppard (Kentucky) 42.0 inches
1. Keshad Johnson (Arizona) 42.0 inches
1. Trentyn Flowers Adelaide (Australia) 42.0 inches
Need additional information? Download our guide to learn more about shot tracking and shot load.
Mehr Beiträge
What Performance Data Still Doesn’t Show in Basketball Yet
At the Basketball Coaching and Performance Summit 2026, Felix Hanika explored why injuries still occur despite advanced tracking and load monitoring. His research highlights what performance data misses and why connecting load, movement, and tissue is key to better injury prevention.
What 100 Games a Season Demand from Modern Coaches
At the Basketball Coaching & Performance Summit 2026, insights from EuroLeague coaching revealed how modern basketball is shaped by more than tactics. Managing player load, fatigue, and recovery has become essential to maintaining performance across long and demanding seasons.
Handball Performance Tracking & Load Monitoring
Germany’s silver medal at EURO 2026 underlined how crucial player availability is in elite handball. Monitoring external load, intensity, and recovery across congested match schedules is essential. KINEXON PERFORM delivers sport specific insights to structure training, optimise periodisation, and sustain performance throughout the season.
Setting the Standard for the Future of Basketball Performance
With over 55 on-site participants from 26 countries, including representatives from EuroLeague clubs, national leagues, academies, universities, FIBA and the EuroLeague, the 2nd Basketball Coaching & Performance Summit convened the decision-makers defining the next era of elite basketball performance.
From Broadcast to Performance: Why Handball Needs One Continuous Data Story
European handball is fully tracked across leagues and tournaments, yet performance data still lives in silos. This article shows how federations and clubs are connecting match and training data to improve player availability, reduce injuries, and turn tracking from broadcast spectacle into true performance infrastructure.
Entering 2026: Why Sports Technology Is Shifting from Tools to Infrastructure
From Germany to the NBA and Back: Basketball Performance Analytics in the Modern Game
When the NBA comes to Berlin, it brings elite athletes, global attention, and a look behind the scenes of modern basketball. Today, professional basketball teams rely heavily on performance analytics to prepare for games, manage player load, and stay competitive throughout a long season. Basketball performance analysis has become a standard part of how teams train, compete, and recover at the highest level.
Why Tracking Player Performance Data Makes Soccer Training More Effective for Match Day
In soccer, player readiness creates a competitive advantage that clubs can’t overlook. Winning second balls, sprinting while attacking the offensive zone during stoppage time, and executing decisive presses are the marginal moments that define matches. Clubs that keep more players prepared throughout the season consistently perform at a higher level.
How MTSU Women’s Basketball Automated Shot Tracking in Practice to Strengthen In-Game Shot Selection
The mantra “practice how you play” is echoed in locker rooms around the world. Basketball players can record thousands of shots during a week of practice or individual training sessions, but if shooting percentages only define if a player is consistent from a specific spot on the floor, why isn’t every athlete shooting at a high-level during games?
ACL Injuries in American Football: Why Data-Informed Return-to-Play Protocols Protect Athletes
Anterior cruciate ligament (ACL) injuries remain a persistent reality in American football. High-velocity cuts, sudden decelerations, and piles in traffic create a perfect storm for knee stress. The question is no longer if teams will face ACL injuries, but how they will manage rehabilitation and return-to-play (RTP) without rushing athletes back into harm’s way. The most effective programs now pair clinical rehab with performance tracking technology to pace progression, reduce re-injury risk, and restore game-ready performance.
Closing the Gap Between Practice and Competition with KINEXON COMPETE Vision
Basketball is won in the space between what you drill and what the game demands. That’s exactly where KINEXON COMPETE Vision helps coaches: every rep is tracked, contextualized, and turned into actionable insight – without wearables or extra staff time. Coaches get more than makes/misses; they get the why behind each shot so they can design practices that truly transfer to game night.
Closing the Gap Between Practice and Competition with KINEXON COMPETE Vision
Basketball is won in the space between what you drill and what the game demands. That’s exactly where KINEXON COMPETE Vision helps coaches: every rep is tracked, contextualized, and turned into actionable insight – without wearables or extra staff time. Coaches get more than makes/misses; they get the why behind each shot so they can design practices that truly transfer to game night.
Introducing Rolling Window Analysis — Capturing the Most Demanding Scenarios of the Game
In elite sports, averages lie. That’s why we’re introducing Rolling Window Analysis — a major new feature within the KINEXON Sports app designed to help S&C coaches, sport scientists, and performance staff move beyond averages and static summaries while capturing what matters most: the most demanding moments of play.
Introducing Rolling Window Analysis — Capturing the Most Demanding Scenarios of the Game
In elite sports, averages lie. That’s why we’re introducing Rolling Window Analysis — a major new feature within the KINEXON Sports app designed to help S&C coaches, sport scientists, and performance staff move beyond averages and static summaries while capturing what matters most: the most demanding moments of play.
Introducing Rolling Window Analysis — Capturing the Most Demanding Scenarios of the Game
In elite sports, averages lie. That’s why we’re introducing Rolling Window Analysis — a major new feature within the KINEXON Sports app designed to help S&C coaches, sport scientists, and performance staff move beyond averages and static summaries while capturing what matters most: the most demanding moments of play.