BŌJUTSU R&D LABS LA
Acoustic Research · Instrument Design · Prototyping · Applied Technology
Bōjutsu R&D Labs LA is the research and development laboratory within the Logan Richardson Studios ecosystem, exploring the relationship between acoustics, geometry, materials, mechanics and the physical experience of playing an instrument.
Founded by saxophonist, instrument technician and designer Logan Richardson, the laboratory approaches instrument development from inside the playing experience. Research moves between traditional woodwind knowledge, acoustic experimentation, digital design, additive manufacturing and iterative physical prototyping.
Current development includes saxophone resonator systems, mouthpiece acoustics, instrument components and emerging approaches to integrating mechanical, acoustic and electronic technologies into the instrument itself.
AMPLIFICATION THROUGH GEOMETRY, NOT FORCE.
RESEARCH AREAS
ACOUSTIC GEOMETRY
Research into how geometry, mass, surface profile and material relationships influence resonance, projection, response and the transmission of energy through the saxophone.
RESONATOR SYSTEMS
Development of proprietary saxophone pad resonators informed by acoustic principles, traditional repair knowledge and iterative prototyping. The work investigates resonator diameter, profile, mass, material and surface geometry as active components of an instrument’s response.
MOUTHPIECE DEVELOPMENT
Research into chamber geometry, baffle relationships, bore transitions, facing characteristics and activation resistance, with an emphasis on immediate response, tonal depth and dynamic range.
MATERIALS & PROTOTYPING
Digital modeling and additive manufacturing provide a rapid pathway from hypothesis to physical object, allowing designs to be tested, measured, revised and tested again before moving toward final materials and production methods.
INSTRUMENT TECHNOLOGY
Exploration of new relationships between acoustic instruments and electronic systems, including future approaches to sensing, amplification and integrated pickup technologies.
CURRENT DEVELOPMENT
BŌJUTSU RESONATOR SYSTEM — P01
Prototype 01 (P01) establishes the first physical and acoustic baseline for the Bōjutsu Resonator System: a new approach to saxophone pad resonator design developed through digital modeling, additive manufacturing, bench testing and direct evaluation on the instrument.
Rather than treating the resonator as a passive piece of hardware, Bōjutsu investigates it as an active acoustic interface—one whose geometry, material, mass and relationship to the pad and tone hole may influence response, resonance and projection.
P01 intentionally begins with a restrained geometry. Its purpose is to establish a measurable baseline from which subsequent generations can evolve through changes in surface architecture, materials and construction.
Development is being conducted across soprano, alto and tenor saxophone applications, with prototypes evaluated through both repair-bench methodology and the physical experience of professional performance.
FROM DIGITAL MODEL TO INSTRUMENT
Each development cycle moves through:
OBSERVE → MODEL → PROTOTYPE → INSTALL → PLAY → LISTEN → REVISE
The instrument is not simply the destination of the research. It is part of the measuring system.
PROTOTYPE ARCHIVE
An evolving record of research, fabrication and testing at Bōjutsu R&D Labs LA. Each prototype represents a stage in an ongoing investigation rather than a finished conclusion.
P01 — RESONATOR SYSTEM
Baseline geometry · Acoustic testing · Prototype development
MOUTHPIECE RESEARCH
Internal geometry · Response · Dynamic range
INSTRUMENT TECHNOLOGY
Acoustic systems · Electronics · Future development
THE LAB
Bōjutsu R&D Labs LA operates at the intersection of the repair bench, design studio, laboratory and bandstand. Research is informed by direct experience with the instrument—from mechanical regulation and acoustic behavior to the physical demands of performance.
The objective is not modification for its own sake. It is to identify where geometry, materials and technology can allow an acoustic instrument to respond more freely to the player.
AMPLIFICATION THROUGH GEOMETRY, NOT FORCE.