THE DEVELOPMENT OF TWENTY-FIRST CENTURY ACCESSIBILITY TECHNOLOGY FOR TRUMPETERS WITH RIGHT-HAND INJURIES AND DISABILITIES: A CASE STUDY

Abstract

This document chronicles the development of twenty-first century accessibility technology for trumpeters with disabilities and injuries through a case study; in particular, the study focuses on disabilities or injuries of the right hand. Though injuries and disabilities of the right hand are less frequently reported amongst trumpeters than other instrumental musicians, they can be exceedingly devastating to a trumpeter as the right hand is responsible for the operation of the piston valves when playing the modern trumpet. The case study is centered on the experiences of Greg Wing, a professional trumpeter and retired collegiate trumpet professor, and Peter Pickett, trumpeter, engineer, and entrepreneur. Together, the two pioneered the creation and development of the WingMaster, a unique and novel device combining motors, electronic components, and 3D-printed parts to operate the piston valves of the instrument with minimal effort or input from the musician. The practical uses for the device could transcend a wide variety of hand injuries or disabilities. Thus, an opportunity exists to preserve this knowledge for future engineers to improve upon, teachers to use with their students, and musicians to aid in the creation of their art.