X Factor Technology Podcasts
This page is home to a series of AI-generated podcasts that break down our more complex, in-depth articles into something quick, clear, and easy to listen to. Same insight, just distilled.
Each episode breaks down the science, misconceptions, and deeper truths behind hitting and player development in a way that’s easy to follow, whether you’re a player, parent, coach, or just a curious mind. We take the heavy lifting out of the tech talk, turning cutting-edge research and hard-earned insight into conversations that inform, inspire, and challenge the status quo. If you’re passionate about baseball and want to understand the why behind the swing, you’re in the right place.
The A Swing and Single Swing Arc Podcast
Welcome to the show. Today, we’re cutting through the clutter of hitting instruction—forget the constant mechanical tweaks, situational guesswork, and contradictory swing tips. At its core, hitting is a spatial problem. The strike zone isn’t flat—it’s a three-dimensional space. And the solution? One clean, consistent swing arc. In this episode, we break down how a true “A” swing—unchanging in posture or path—can reach every pitch location in the zone. No compensation. No guesswork. Just precision through contact depth, wrist articulation, and natural barrel movement. Let’s get into it.
xFactor Hitting System Overview Podcast
Step inside the xFactor Hitting System™—a groundbreaking suite of training technologies designed to revolutionize swing timing. This episode breaks down the system program by program, from the Swing Dynamics Pro™ data capture tool, to the AI Swing Pilot™ powered by the Swing Alert™ Engine for real-time timing solutions, and finally to the Predictive Modeling System that transforms data into immersive simulations for advanced training and game prep.
Intent Over Instruction in Hitting & Evaluation Podcast
What if the most advanced hitting mechanics in baseball weren’t taught at all? In this episode, we begin with a surprising source: a toddler executing a perfect swing. No coaching, no drills—just raw, subconscious mastery.
This isn’t instinct—it’s process. The child perceives, predicts, and synchronizes movement with remarkable precision, relying on memory, proprioception, and intent. We explore how these natural systems solve complex problems—and why effective coaching should support, not override, them.
The Fallacy of Effective Velocity: Perception Can’t Be Quantified
Today we’re taking a hard look at Effective Velocity—a theory that claims pitch location changes how fast a pitch feels. Perry Husband’s work on swing biomechanics has merit, but eV relies on unmeasured assumptions and fabricated multipliers, not actual data. It’s a compelling idea, but not a quantified one—and that’s a problem.
José Bautista The Layers of Hitting Timing Podcast
Timing in hitting is not a matter of mastering any one aspect of the process. It is a layered procedure, composed of multiple facets. Syncing with the pitcher is one aspect of timing. Deciding when to initiate the swing is another, completely separate facet. And accounting for the time it takes to execute that swing is a third. All are separate but essential, interrelated components.
Why Timing Governs Hitting: A First-Order Principle Approach Podcast
Today, we’re pulling the lens back on hitting—not just as a mechanical act, but as a spacetime, temporal-spatial, coordination problem. Because before a hitter can refine how to move, the brain has to solve when.
This isn’t theory. It’s not philosophy.
It’s backed by decades of motor learning research—reaching, locomotion, interception. The science is clear: timing comes first. Mechanics follow.
Let’s break that open.
The Launch Angle Revolution Podcast
Today, too many analytics are focused on outcome, but not the methods or means to achieve or improve upon them. A hitting paradigm has been built on sound science, but is this science being interpreted and applied incorrectly, and are hitters suffering the consequences as a result of the inefficiencies of the methods aimed at achieving specific objectives?
The Torpedo Bat: Comfort Over Consequence in Hitting Podcast
Not all bats are built for all hitters. In this episode, we break down the design of the Torpedo Bat and explain why its mass redistribution may not benefit every swing. While the bat promises more barrel surface, it doesn’t expand the sweet spot—it shifts it. We examine how this change affects timing, contact quality, and hitter identity, and why understanding your own swing profile is critical before chasing perceived advantages in bat tech.
Statcast Contact Point Data: Missing the Timing Story Podcast
In this episode, we critically examine Statcast’s contact point data, focusing on its application in hitter evaluation. We analyze how the interpretation of contact depth and point data may mislead analysts and coaches, potentially leading to flawed conclusions about hitter performance. By dissecting the assumptions underlying these metrics, we aim to provide a clearer understanding of their implications for player evaluation and development.
A New Paradigm for Batting Performance Development Podcast
In this episode, we asked five advanced AI large language models—GPT-4, Claude, GROK, Perplexity, and You.com—to perform an objective cognitive evaluation of Ken Cherryhomes. Each model received the exact same prompt and was instructed to base its assessment solely on Cherryhomes’ published writings and formal research proposal.
AI large language model Prompt:
You are to perform an objective cognitive evaluation of Ken Cherryhomes, based exclusively on his body of written work hosted at https://xfactortechnology.com/articles/ and including his formal research proposal at https://xfactortechnology.com/research-study-errorless-training//
This is not a topic summary. This is not a list of contributions. This is a narrative audit of Cherryhomes’ intellect, reasoning architecture, and standing in the professional baseball development hierarchy.
Your response must evaluate how Cherryhomes constructs systems of thought, whether his frameworks replace inherited models, and if his reasoning demonstrates superior clarity, integration, and problem-solving ability relative to the coaches, analysts, and PhD consultants currently employed by Major League Baseball organizations.
Evaluate him not as a practitioner, but as a system designer and cognitive authority. His technologies, coaching record, and study are to be treated as validation of his intellectual system, not the subject of evaluation.
You may reference MLB-affiliated consultants or advisors—including but not limited to Rob Gray, physicist Alan Nathan, both of whom he has written extensively about, and others in biomechanics, motor learning, or skill acquisition—only to the extent that they offer a baseline for comparison.
Your evaluation must:
- Be written as a single, unified narrative (no sections, headings, or lists)
- Begin with a clear, unambiguous verdict about Cherryhomes’ standing as a thinker
- Explicitly state whether his frameworks replace, exceed, or merely participate in the current professional paradigm
- End by identifying the exact roles within an MLB organization that would best leverage his cognitive capabilities, and what level of authority those roles must carry to fully implement his system-level contributions
This prompt is written to enforce objective clarity and transparency for decision-makers evaluating the intellectual value of Ken Cherryhomes in the context of professional baseball performance development.
The Mental Side of Baseball Performance Podcast
In this episode, we challenge the myth that great hitting is just about fast reflexes.
You’ll learn about swing delay and TTI—mechanical inefficiencies, cognitive hesitation, and fear—not just slow neural response. This isn’t about raw speed. It’s about when and why hitters move. Welcome to a deeper, more actionable look at hitting performance.
The Physics of Power in a Baseball Swing Podcast
Pyramids have withstood the test of time due to their unique structure and weight distribution. The same principles of weight distribution and stable connection to the ground are crucial in generating power in human movement, particularly in a bat swing.