Evidence Behind Dynamic Arm Stabilizers
Kinetic Arm is informed by over a decade of biomechanical research focused on understanding arm stress during dynamic movement. Using advanced tools such as wearable IMU sensors and 3D motion-capture technology, studies have examined how external, dual-joint support may influence shoulder and elbow loading during repetitive and overhead activity.
This research includes pilot studies and case-based evaluations involving athletes across competitive levels, from collegiate programs to professional environments. Findings have been reviewed by biomechanics and sports performance professionals to better understand how movement-responsive support can help manage mechanical arm stress, support efficient mechanics, and maintain natural range of motion during high-demand use.
At Kinetic Arm, we are focused on advancing arm support through thoughtful design and biomechanical research. Informed by data and published studies, and used by athletes under the guidance of medical and performance professionals, our dynamic support system is engineered to help manage arm stress during demanding movement.
By combining evidence-based development with real-world application, Kinetic Arm delivers motion-responsive support designed to work with the body—not against it. When you choose Kinetic Arm, you’re investing in a solution built on research, precision engineering, and a commitment to supporting consistent performance over time.
The Kinetic Arm works by providing essential dual-joint support, targeting key areas of the elbow and shoulder that are biomechanically linked during dynamic arm movements. This revolutionary support system helps optimize mechanics and prevent compensation movement patterns that can lead to inefficiencies and dynamic arm strain.
Experience the cutting-edge design of the Kinetic Arm K2 Sleeve, showcased here with detailed visuals of its patented MuscleWeb® technology and strategically placed polymers providing targeted support to key areas of the shoulder and elbow. Every aspect of the Kinetic Arm has been meticulously engineered and rigorously tested to meet the highest standards in biomechanics and sports medicine. Athlete-inspired and research-driven, this revolutionary innovation offers responsive, multi-directional support, redefining arm care and protection. The Kinetic Arm is setting a new benchmark for reducing arm stress and safeguarding arm health for the future.
Impressive Technology
Intelligent Design
The Kinetic Arm merges cutting-edge engineering with real-world application, utilizing multi-patented MuscleWeb® technology to deliver activated, multi-directional support for the elbow and shoulder. This revolutionary design reduces strain and fatigue, optimizes mechanics, and supports performance, recovery, and injury prevention, empowering users to maintain arm health and longevity.
RESEARCH VALIDATION
MuscleWeb® technology has been evaluated through multiple case studies and pilot research examining its impact on shoulder and elbow loading during dynamic arm movement. Using advanced biomechanical analysis, these studies have explored how dual-joint, movement-responsive support can help manage mechanical strain across the arm during high-demand activity.
Research has included athletes across competitive levels—from collegiate programs to professional environments—providing insight into how dynamic external support may influence arm mechanics, workload management, and movement efficiency during repetitive and overhead motion.
Independent Studies
ABSTRACT STUDY
The Acute Effects of a Dynamic
Stabilizer on Pitching Kinematics and Kinetics in Adult Baseball Pitchers - Conducted by PLNU
PILOT STUDY
Effects of a Dynamic Arm Stabilizer on Varus Elbow Torque, Arm Speed, and Velocity in Collegiate Baseball Players - Report by University of Texas at Tyler
ABSTRACT STUDY
Examining the Kinetic Arm Throwing Sleeve and Its Effects on Throwing Mechanics - Evaluated by Research & Medical Professionals
Case Study
Use of an External Dynamic Arm Stabilizer in a Collegiate Baseball Player with Valgus Extension Overload - Report by University of Texas at Tyler
CASE STUDY
Use of Dynamic Arm Stabilizer with Collegiate Baseball Player with Glenohumeral Labrum Tear. Report by University of Texas at Tyler
Data Collection
Kinetic Arm Prototype Data Collection #3 - Collegiate Baseball Pitcher 2019
PUBLISHED RESEARCH
View allDATA COLLECTION EXAMPLES
In this video, the catcher wears the Kinetic Arm Brace while throwing at maximum effort. As fatigue sets in, the data consistently shows a reduction in arm stress, all while maintaining velocity.
This video demonstrates the "carryover effect" of the Kinetic Arm, showcasing how its dynamic arm support benefits can persist even after it's removed.
This video highlights the long-term benefits of wearing the Kinetic Arm, showcasing its impact on consistency, stress reduction, and gaining and sustaining velocity over time.
UNDERSTANDING THE SCIENCE BEHIND THE KINETIC ARM
DATA & FUNCTIONALITY EXPLAINED
The founder unveils the Kinetic Arm, explaining the data-driven design and the functionality behind its innovative technology.
HOW IT REDUCES ARM STRESS
In this video, the founder explains how wearing the Kinetic Arm helps reduce dynamic arm stress, reducing fatigue, pain, and the risk of overuse injuries.
"The Kinetic Arm has been instrumental in my rehab protocol for Ulnar Collateral Ligament reconstructions. We have also had great success in unloading our pitchers - its a new frontier!”
Dr. Rick Lehman MD - Orthopedic Surgeon & Medical Director of Webster Surgery Center & U.S. Center for Sports Medicine.
