Leveraging Wearable Tech in Everyday Training

Wearable technology isn’t just for elite athletes or tech enthusiasts anymore. Today, smartwatches, fitness trackers, and heart rate monitors have become powerful tools for everyday athletes, weekend warriors, and those just looking to move more. But how can you make the most of this tech—beyond counting steps or logging calories? Let’s dive into practical, evidence-based strategies that make wearables a game changer in training. What Counts as “Wearable Tech”? Fitness trackers (e.g., Fitbit, Garmin, Apple Watch) GPS sports watches Heart rate monitors (chest straps, arm bands) Smart clothing and sensor-equipped shoes Recovery aids (sleep trackers, muscle oxygen monitors) The Science: Why Wearables Work Wearables collect data on movement, heart rate, sleep, and more. Studies show that using a fitness tracker can increase physical activity by providing feedback and accountability, especially when users set specific goals and monitor their progress regularly. In a 2023 meta-analysis, those who consistently used wearables walked 2,000 more steps per day on average and reported higher motivation for exercise. Accurate Tracking for Performance Gains Track distance, pace, and intensity in real time. Heart rate data guides training zones (fat burning, cardio endurance, peak intensity). GPS enables route mapping and pace analysis. Motivation and Accountability Automatic reminders, milestone alerts, and social sharing boost engagement. Visual progress charts and friendly challenges can keep you going, even on low-energy days. Injury Prevention and Recovery Early alert to irregular patterns (e.g., high resting heart rate signals fatigue). Sleep and recovery tracking to optimize rest days—crucial for reducing overtraining risks. Everyday Best Practices Set SMART Goals (Specific, Measurable, Achievable, Relevant, Time-bound) Check your data—don’t obsess, but look for long-term trends (e.g., increasing weekly mileage, improving sleep quality). Use “training zones” for running, cycling, or HIIT based [...]

By |2025-08-13T09:01:11-04:00August 13th, 2025|Training Info|0 Comments

5 Reasons you should be Flywheel Training [Infographic] by Kyle O’Toole

[This is a guest post by Kyle O'Toole is a Certified Strength and Conditioning Specialist with National Strength and Conditioning Association and a Corrective Exercise Specialist and Certified Personal Trainer with National Academy of Sports Medicine. Kyle recently completed the Athletic Development Mentorship at Athletic Lab and you can reach him on Instagram @beyourownbest4life.] At Athletic Lab we regularly incorporate flywheel training with our athletes to increase performance and reduce the likelihood for injuries. This infographic by Kyle O'Toole provides an overview of some of the benefits of Flywheel training.

By |2019-01-03T10:25:17-05:00January 4th, 2019|Training Info|0 Comments

Can the brain CAUSE injury? by Eddie Arvelo

[This is a guest blog by Eddie Arvelo. Eddie has a Bachelors of Science in Exercise Science from UNC Charlotte and is also a certified personal trainer. He is currently full time Athletic Development intern at Athletic Lab.] The human brain is an incredibly powerful tool that rarely receives the attention it deserves. First, we should discuss some basic nomenclature of the brain. A piece of brain tissue the size of a grain of sand contains 100,000 neurons and 1 billion synapses that all communicate with each other. Brain information moves anywhere from 1 mph to 268 mph. Our brain generates about 12-25 watts of electricity which can power a low wattage LED light. Recent research also shows that an athlete's brains can focus more on a task than others. In a 2015 study named The Athlete's Brain: Cross Sectional Evidence for Neural Efficiency during Cycling Exercise, it was shown that cyclists with high levels of aerobic fitness who completed cycling of submaximal exercise had lower brain activity compared to their peers. It showed individuals with higher aerobic power had better neural efficiency. Another study in 2012, named Individual Differences in Expert Motor Coordination associated with White Matter Microstructure in the Cerebellum, showed karate experts had greater white matter changes in their brains than novice karate athletes. This is likely because of complex synchronization of movements of the upper limbs and trunk. White matter is associated with how the brain learns and functions. What does this all mean It is the combination of physical and mental readiness that separates the greatest athlete in the world from the rest of us.? Generally speaking, coaches, fitness professionals, physicians, physical therapist, and athletic trainers focus on physical development [...]

By |2018-11-13T15:01:10-05:00July 13th, 2016|Training Info|0 Comments
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