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World Wing Enterprise Co., Ltd. Marks Its 45th Anniversary
— Advancing Global Integration of Research, Education, and Practice through “Motionology®” and Strengthening International Collaboration Hub —
On the occasion of its 45th anniversary, World Wing Enterprise Co., Ltd. will further strengthen its international collaboration hub and expand the global integration of research, education, and practical application centered on Motionology®.
World Wing Enterprise Co., Ltd.
World Wing Enterprise Co., Ltd. proudly celebrates its 45th anniversary on April 19, 2026. We extend our deepest gratitude to all those who have supported us throughout our journey.
Through the development and application of Beginning Movement Load Training (B.M.L.T.), our company has continuously advanced research and practice in movement optimization and functional enhancement, spanning from elite athletic performance to medical and rehabilitation fields.
Marking this milestone, we will further reinforce our role as an international hub while promoting the systematization and global expansion of a new academic discipline: Motionology®.
Dr. Yasushi Koyama (Ph.D.), our representative, has conducted extensive research on movement optimization and functional enhancement within organizations affiliated with the Japan Olympic Committee (JOC), grounded in physiology, neurophysiology, and biomechanical engineering. These research outcomes have extended beyond sports into the domains of medicine and rehabilitation.
The B.M.L.T. CAM® machines, developed through this body of research, incorporate a proprietary mechanism combining progressive and regressive loading with relaxation phases. This system suppresses excessive muscular tension and promotes the reconstruction of neuromuscular coordination.
Furthermore, this principle has been systematized as:
Relaxation-Gated Torque (RGT)
— offering a new paradigm in movement control, where relaxation serves as the initiating state.
■ International Collaboration Hub
The “Mother Campus” (our headquarters facility) is the birthplace of Beginning Movement Load Training® (B.M.L.T.) and has been positioned as the core center for research, education, and practice.
Within the campus, the First and Second Training Rooms of the Main Building, along with the Research Facility, have welcomed researchers, medical professionals, sports practitioners, and educational institutions from Japan and abroad. These facilities have served as an integrated hub for knowledge exchange across research, education, and practical implementation.
In recent years, growing global interest in movement science and rehabilitation has led to an increase in international visits, joint research initiatives, and participation in educational programs. As a result, the importance of international collaboration has intensified.
To meet these expanding demands, and with the support and requests from governmental bodies, institutions, and corporate partners worldwide, we are pleased to announce the establishment of a new office building integrated with an International Exchange Center in this milestone year of our 45th anniversary.
This new facility will further enhance the sophistication of research, education, and practice, while fostering international human and intellectual exchange. Through these efforts, we aim to create new value in the fields of movement and health, contributing meaningfully to society.
These initiatives also position the facility as an implementation hub for Motionology®, serving as a foundational platform for future global expansion.
■ Definition of Motionology®
Motionology® is an academic discipline that explores and implements principles of movement aimed at optimizing force generation and transmission through the reorganization of neuromuscular coordination, initiated from a state of relaxation.
■ Muscle Activity Monitoring (EMG)
In B.M.L.T. CAM® machine training, movements incorporating progressive/regressive loading and relaxation phases produce muscle activity characterized not by continuous contraction, but by controlled states that include relaxation.
These patterns differ from conventional sustained contraction and indicate the reconstruction of neuromuscular coordination.


■ Product Development — 45th Anniversary Project
BeMoLo® shoes are developed based on a design philosophy that optimizes motor control through appropriate stimulation and response of plantar sensory receptors.
■ BeMoLo® Running VeLo Tricot specs Series
■ BeMoLo® Long-Selling Series
■ BeMoLo® GOLF Streamline Model
■ BeMoLo® Baseball Cleats《Strategy B Brand・White》
■ Message from the Representative
“We have focused on ‘relaxation’—the state that precedes force generation.
Relaxation is not merely a pause; it is a dynamic control state that determines the quality and direction of the next force. This principle has been systematized as Motionology®.
On the occasion of our 45th anniversary, we will expand this new perspective to the world.”
Relaxation is not merely a pause; it is a dynamic control state that determines the quality and direction of the next force. This principle has been systematized as Motionology®.
On the occasion of our 45th anniversary, we will expand this new perspective to the world.”
■ Company Overview
World Wing Enterprise Co., Ltd. develops its business based on Beginning Movement Load Training (B.M.L.T.), operating across wellness, rehabilitation medicine, and sports science.
In recent years, through the proposal of Motionology®, we have advanced the integration of research, education, and practice.
Moving forward, we will continue to create new knowledge centered on Motionology®, strengthen international collaboration, and contribute to improving human health and performance, thereby delivering new value to society.
“Mother Campus ‘Tenshomaru + Research Facility’ and the new ‘International Exchange Center / Office Building’”
Image originally used during the keynote invitation at the 18th International Convention on Rehabilitation Engineering & Assistive Technology (i-CREATe), held in Bangkok, Thailand, November 2025.
Image originally used during the keynote invitation at the 18th International Convention on Rehabilitation Engineering & Assistive Technology (i-CREATe), held in Bangkok, Thailand, November 2025.































