Definition and Practice of Visualizing
I was first introduced to visualization as a Division 1 wrestler, long before I had language for what I was actually doing. At the time, it came through training conversations with my father in law, Sergio Gonzalez, an Olympian who competed on the 1972 United States Freestyle Wrestling Team. Sergio talked about seeing matches before they happened, feeling positions before stepping onto the mat, and rehearsing responses to pressure when the body was tired and the margin for error was thin. It was practical and direct. Visualization was framed as preparation.
What stood out most was the emphasis on familiarity. The goal was to make competition feel known before it happened. We spent time mentally running sequences, anticipating grips, counters, and transitions, and rehearsing how to stay composed when a match started to slip or tighten. We did not talk about theories or research. We talked about readiness, timing, and walking onto the mat feeling like you had already wrestled the match once.
Those early experiences stayed with me. Years later, they are showing up in how I design training for the youth wrestling club in Hood River, Oregon, where I now serve as an assistant wrestling coach. And visualization is one of the foundations we’re leaning on in designing the training for the next generation of wrestlers.
What is Visualization?
It is a structured form of mental practice where you recreate a performance experience in your mind as realistically as possible, including body sensations, timing, environmental cues, and emotional state, so the brain can rehearse the same patterns you want to express under pressure.
Research has helped put words and design principles around what many elite athletes and coaches have done for decades. Visualization is no longer treated as something you casually suggest. It is something you build into training with care. The sections that follow trace how that shift happened and why it matters for athletes, coaches, and anyone interested in performance under pressure.
The Evolving Definition of Visualization
Stage 1: Visualization as “thinking about success”
Approximate period: 1950s to early 1970s
How it was commonly understood
In early sport psychology and coaching culture, visualization was loosely understood as thinking positively about success. Athletes were encouraged to picture winning, imagine themselves performing confidently, or hold an image of the desired outcome in mind. These practices were often shared through coaching lore rather than formal training protocols.
It functioned primarily as inspiration. It was meant to boost confidence, reduce fear, or strengthen belief. The images were typically outcome focused, crossing the finish line, raising a trophy, sticking the landing, rather than centered on the actions that produced those results.
Much of this understanding was anecdotal. Coaches and athletes reported that it felt helpful, but there was little agreement on how to do it well or consistently.
In modern performance environments, this early approach would later evolve into more structured systems that resemble visualization tools used in other fields. Just as organizations rely on data visualization to make sense of complex information, athletes eventually began treating mental imagery as a way to organize performance experiences. In both cases, the goal is to turn scattered information into something that can be clearly understood and acted upon.
Limitations of this definition
- The instruction was vague and difficult to replicate across athletes
- There were no clear guidelines for duration, content, or frequency
- Visualization was often confused with hope, optimism, or motivation
- Outcomes were emphasized without attention to process
As a result, visualization had a reputation for being powerful but unreliable, working well for some athletes and not at all for others. Coaches were essentially trying to interpret raw data from experience without clear frameworks for analysis.
Stage 2: Visualization as mental rehearsal of specific skills
Approximate period: late 1960s to 1980s
Key shift
A major shift occurred when researchers began treating imagery as a form of practice rather than positive thinking. Visualization started to be defined as mentally rehearsing a specific movement or skill in a deliberate way.
Instead of imagining success broadly, athletes were asked to mentally perform the exact action, step by step. This reframing aligned visualization with motor learning rather than motivation.
In some ways, this shift resembled how analysts moved from simple observation to structured data analysis. Instead of relying on general impressions, athletes began focusing on the specific data points of performance, including timing, positioning, and decision making.
One of the most influential early lines of research came from Allan Richardson in the late 1960s. His studies showed that participants who mentally rehearsed motor tasks, including basketball free throws, improved performance even with little or no physical practice¹. These findings suggested that the brain could refine motor patterns through imagery alone.
What the definition gains here
- Consistency: Athletes can rehearse the same movement repeatedly
- Specificity: Imagery targets technique, timing, and sequencing
- Trainability: Visualization becomes a practice you can schedule and refine
At this stage, visualization is beginning to be thought of as skill development, rather than inspiration. The practice starts producing clearer actionable insights that athletes can immediately apply in training.
Stage 3: Visualization becomes multisensory and embodied
Approximate period: 1980s to early 2000s
Key Shift
As research and applied practice expanded, it became clear that effective imagery rarely involved visual pictures alone. Athletes reported stronger effects when imagery included bodily sensations and emotional states.
Researchers began emphasizing multisensory imagery, which included:
- Kinesthetic sensations such as balance, muscle tension, and movement rhythm
- Environmental cues like mat feel, lighting, sound, or spatial awareness
- Emotional tone, including competitive intensity and calm focus
The aim shifted toward recreating the full experience of performance, not just observing it mentally. Visualization became something athletes felt from the inside rather than watched from the outside.
In many ways, this development mirrored how professionals in other fields began using information visualization to understand complex systems. Rather than looking at isolated numbers, people began examining relationships between different types of data to uncover patterns that were previously hidden.
This shift was supported by growing work in motor imagery and neuroscience, including research summarized by Guillot and Collet in the early 2000s².
What the definition gains here
- Stronger transfer to competition because imagery matches lived experience
- Better performance under pressure because emotional responses are rehearsed
- Greater usefulness during injury when physical training is limited but neural rehearsal remains active
Visualization starts to resemble embodied simulation rather than imagination alone.
Stage 4: Visualization is explained through mechanisms
Approximate period: 1990s to 2010s
Key shift
Researchers increasingly focused on why visualization works, not just whether it works. Several explanatory models helped clarify how mental imagery influences performance:
- Psychomuscular priming: Imagery produces low level activation in the muscles involved in the movement, first demonstrated by Edmund Jacobson as early as the 1930s and later refined through EMG studies³
- Symbolic learning theory: Imagery helps the performer organize and code movement sequences, improving planning and decision making, building on work from Sackett and others⁴
- Functional equivalence: Imagined and executed movements share overlapping neural networks, a concept advanced by Marc Jeannerod in the 1990s⁵
These models did not compete with one another so much as explain different aspects of the same phenomenon.
Researchers began presenting findings using structured visual formats similar to line graphs, scatter plots, and bar charts to illustrate how performance variables changed over time. These methods helped researchers present data in ways that coaches and practitioners could more easily interpret.
What the definition gains here
- Scientific grounding: Visualization gains legitimacy as a cognitive motor process
- Improved training design: Coaches can structure imagery based on how learning occurs
- Clearer limits: It becomes easier to see where imagery complements physical practice and where it cannot replace it
Visualization is no longer mysterious, but it is also no longer exaggerated.
Stage 5: Visualization as a designed intervention
Approximate period: early 2000s to present
Key shift
Modern applied sport psychology defines visualization less by the act of imagining and more by how closely the mental simulation matches real performance conditions.
This shift is best represented by the PETTLEP model, introduced by Holmes and Collins in 2001⁶. PETTLEP emphasizes Physical sensations, Environment, Task demands, Timing, Learning stage, Emotion, and Perspective. The core idea is functional similarity. The more closely imagery resembles the real task, the more likely it is to transfer.
Visualization is now treated as a structured intervention with design rules rather than a generic mental exercise.
In performance science, these frameworks resemble the systematic approaches used in business intelligence and data science, where structured methods transform complex information into useful strategies.
Visualization is best understood as:
- A structured mental simulation of performance
- Designed to mirror real physical, emotional, and environmental conditions
- Used to support skill execution, emotional regulation, focus, and readiness
The question is no longer whether to visualize, but how to design it well. In many ways, it now functions like a powerful tool that helps individuals convert experience into understanding and preparation.
The Science Behind Visualization (Neurological/psychological mechanisms)
Visualization is more than a motivational technique. It is a science-backed method used by top performers to strengthen both mind and body. Neuroscience research shows that when you vividly imagine performing a movement, your brain activates many of the same neural pathways used during the real action.
Researchers often study these patterns using visual models similar to bar graphs or pie charts that map neural activity and performance outcomes. These methods help translate complex neurological activity into clear visual communication that scientists and practitioners can interpret. In many cases, researchers also create a visual representation of brain activity to better understand how different regions coordinate during mental rehearsal.
From a psychological perspective, visualization helps athletes organize their thoughts, maintain focus, and manage nerves before high-pressure moments. When athletes mentally rehearse different scenarios, such as executing a perfect play or responding to a difficult situation, they prepare themselves mentally and emotionally for competition. This preparation allows the brain to interpret pressure situations more efficiently and respond with practiced patterns rather than hesitation.
The emotional component of visualization is equally important. When athletes repeatedly picture themselves performing with confidence and overcoming obstacles, they build resilience and learn how to turn pressure into focus and performance. This type of mental rehearsal can influence emotional regulation systems in the brain, helping athletes maintain composure even in unpredictable conditions.
When practiced consistently, visualization becomes a powerful part of training. It allows athletes to reinforce technique, build confidence, and develop the mental toughness needed to perform at their best when it matters most. Many performance researchers now examine these processes using data analytics, allowing them to study how mental training contributes to improved performance over time.
Visualization and Values-Based Decision-Making
Incorporating visualization into values-based decision making can improve both the clarity and quality of the choices we make. In professional environments, similar approaches are used in project management, where visual frameworks help teams evaluate options and anticipate outcomes.
When we create mental images or simple visual frameworks that represent our core values and possible outcomes, we can explore decisions in a more concrete and meaningful way. This approach transforms abstract ideas into a visual form that is easier to evaluate and reflect on.
Visualization also strengthens our emotional connection to the values that guide us. When we imagine how a decision might play out, we are better able to assess whether it truly aligns with what matters most. This reflective process encourages people to slow down, consider consequences, and evaluate decisions with greater clarity.
Over time, this process can reveal new insights about priorities and long-term goals. Just as interactive dashboards help organizations monitor evolving conditions, visualization helps individuals continuously assess how decisions align with their values.
In many cases, individuals rely on structured visualization methods to map possible outcomes and consequences. These structured mental models allow people to simulate decisions before acting, which helps reduce impulsive choices and supports thoughtful planning.
Ultimately, this practice supports decisions that feel both purposeful and authentic.
Benefits of Visualization (Performance, Focus, Anxiety, Stress Reduction & Clarity)
The benefits of visualization go well beyond simply imagining an outcome. This practice can improve performance, strengthen focus, and reduce anxiety and stress.
Athletes who include visualization in their training often perform at a higher level because they develop stronger mental readiness and clarity before competition. In many ways, this mental preparation works like interactive visualization, where athletes actively engage with possible scenarios rather than passively thinking about them.
Visualization also improves focus by helping athletes interpret performance patterns much like analysts interpret patterns in big data. The mind begins to recognize cues, anticipate responses, and prepare solutions before the situation unfolds.
Mental rehearsal can also help athletes identify patterns in their preparation and responses. Similar to how analysts might study patterns using a heat map, athletes begin to notice where their focus, energy, or confidence tends to shift during high-pressure situations.
From a psychological standpoint, visualization can also reduce anxiety. Mentally working through challenging situations gives athletes a safe space to process concerns and build confidence. As athletes become more familiar with stressful situations through visualization, their emotional response to those situations becomes more controlled and predictable.
Visualization Techniques and Tools (Vision boards, Guided meditations, Index cards, Exposure)
Visualization techniques have developed into practical tools that athletes and individuals can use to strengthen performance and mental preparation. These methods function similarly to data visualization tools, which help translate complex information into understandable formats.
Vision boards help individuals organize their aspirations much like structured data collection organizes information for analysis. By arranging images and words together, individuals create a clear representation of data related to their goals, values, and motivations. This process also encourages individuals to revisit their goals regularly and reinforce long-term motivation.
Guided meditation offers another structured approach, helping individuals mentally simulate situations in ways that resemble interactive dashboards, where scenarios can be explored and adjusted mentally before they occur. During these sessions, athletes often incorporate breathing exercises, sensory awareness, and detailed imagery to create more realistic rehearsal experiences.
Simple tools such as index cards also reinforce mental preparation. These reminders act like quick reference indicators, similar to how business users rely on visual summaries to guide decisions in real time. Athletes may carry cards with cues, reminders, or key principles that reinforce their training focus.
Another technique involves controlled exposure through mental rehearsal. By repeatedly imagining performance environments, athletes build familiarity with competition settings and develop stronger emotional control when those situations arise in reality.
Steps to Practice Visualization (Practical how-to guidance)
Practicing visualization involves a series of intentional steps that can turn mental imagery into a valuable tool for improving performance.
In many ways, this process follows the same logic used in effective data visualization, where clarity, structure, and repetition make complex information easier to understand. Just as visual frameworks help organize information in professional environments, visualization helps athletes organize mental experiences into clear patterns.
The first step involves creating a quiet environment where the mind can focus without distraction. Once relaxed, athletes begin mentally rehearsing specific performance scenarios. These scenarios should include sensory details such as movement, timing, environment, and emotional state.
Athletes often benefit from repeating these scenarios regularly. Repetition strengthens the neural pathways associated with the movement or decision being rehearsed, making the response more automatic during competition.
When practiced regularly as part of a training routine, visualization allows individuals to transform experiences into organized mental models. These models help athletes interpret pressure, anticipate responses, and prepare for performance with greater confidence.
Bringing Visualization Into Practice
Visualization has been part of athletic preparation for far longer than most people realize.
Long before modern training frameworks emerged, athletes were already experimenting with ways to mentally organize performance. They used mental rehearsal to prepare for difficult matches, anticipate opponents, and practice decision making before competition even began.
Today, these approaches share similarities with how professionals organize and interpret information through structured visual methods. Visualization helps people break down complex situations into manageable parts, allowing them to prepare for uncertainty more effectively.
Whether used by athletes, coaches, or professionals in other fields, visualization ultimately serves the same purpose. It helps people turn complex experiences into understanding, preparation, and action.
When athletes learn to see the moment before it happens, they begin to understand something important about performance. The work is not only done on the mat, field, or court. Some of the most important preparation happens quietly, in the moments where the mind rehearses the standard the body will soon be asked to meet.
Footnotes and References
- Richardson, A. (1967). Mental practice: A review and discussion. Research Quarterly, 38(1), 95 to 107.
- Guillot, A., and Collet, C. (2008). Construction of the motor imagery integrative model in sport. International Review of Sport and Exercise Psychology, 1(1), 31 to 44.
- Jacobson, E. (1931). Electrical measurements of neuromuscular states during mental activities. American Journal of Physiology, 96, 115 to 121.
- Sackett, R. S. (1934). The influence of symbolic rehearsal upon the retention of a maze habit. Journal of General Psychology, 13, 113 to 128.
- Jeannerod, M. (1994). The representing brain: Neural correlates of motor intention and imagery. Behavioral and Brain Sciences, 17(2), 187 to 245.
- Holmes, P. S., and Collins, D. J. (2001). The PETTLEP approach to motor imagery. Journal of Applied Sport Psychology, 13(1), 60 to 83.
