Products We've Built

A custom wall-mount tablet kiosk system designed and installed at True REST Float Spa in Keene, NH. The kiosk provides float room staff with a dedicated control interface for session management, room status monitoring, and customer check-in — replacing a generic consumer tablet setup with a purpose-built, professionally mounted solution. The enclosure is designed for clean integration with the spa's interior finish and allows the tablet to be secured at the correct ergonomic height for standing use at the front desk.

Float spa operations depend on precise session timing and room status visibility. This kiosk was developed as part of a broader operational systems upgrade at True REST Keene — one of several custom hardware and software solutions designed to improve efficiency and reduce the cognitive load on front-desk staff during busy session transitions.

Role: Product Development & Installation Management

Interior design and buildout of the relaxation room at True REST Float Spa, Keene NH. The space integrates acoustic treatment panels, ambient lighting, and a premium massage chair in a layout designed to extend the sensory deprivation experience before and after float sessions. The acoustic panels reduce ambient noise transmission from adjacent rooms, while the lighting system transitions from bright check-in levels to a warm, low-intensity environment as guests prepare for their float.

The relaxation room is a critical touchpoint in the float spa experience — it sets the tone for the session and provides a decompression space afterward. This buildout was designed to reinforce the spa's premium positioning and differentiate the True REST Keene location from competitors with a more intentional, designed environment.

Role: Interior Design & Installation Management

A functional mechanical assembly developed using FDM (fused deposition modeling) 3D printing. The system features a curved track with integrated snap-fit connectors — the orange components are printed in a flexible TPU material that provides the spring force required for positive engagement and release. The track geometry was optimized for smooth travel and consistent alignment across multiple assembly cycles. This component was designed for a custom application requiring a low-volume, rapidly iterable mechanical solution that would have been cost-prohibitive to tool in injection molding.

FDM prototyping allows MYATT Enterprises to take a mechanical concept from CAD to functional test part in hours rather than weeks. This assembly demonstrates the capability to design for additive manufacturing — accounting for layer orientation, snap-fit tolerances, and material selection — rather than simply printing a design originally intended for injection molding.

Role: Product Design & Prototype Development

A close-up study of a spring-loaded clip mechanism produced via FDM 3D printing. The component demonstrates the precision achievable with desktop additive manufacturing when design intent, material selection, and print parameters are optimized together. The clip geometry provides consistent spring force across repeated engagement cycles — a critical requirement for any retention mechanism. This level of functional detail in a 3D-printed part eliminates the need for off-the-shelf hardware in many custom assembly applications.

Spring-loaded retention features are among the most demanding functional requirements for 3D-printed parts — they require careful attention to wall thickness, layer orientation, and material flexibility. This component was developed as part of a broader mechanical assembly and represents the kind of detailed engineering work that separates functional prototyping from simple geometry printing.

Role: Product Design & Prototype Development

A unique in-ceiling speaker designed for specialty custom installation applications. The speaker is installed in a finished ceiling panel and must deliver consistent audio quality across a range of demanding environmental conditions. The installation integrates with the vehicle's audio distribution system and is designed for serviceability in the field.

Audio in mobile environments presents challenges that don't exist in fixed installations: vibration, temperature cycling, humidity, and the need for secure mechanical retention that won't loosen over time. This installation was developed as part of MYATT's Mobility & Experience Platforms division work, where vehicle-based product testing and customer experience delivery require the same audio quality standards as a fixed commercial installation.

Role: Product Development & Installation Management

A complete in-wall audio control ecosystem designed for whole-home audio distribution. The system comprises a rotary volume control plate, a local source input plate (optical and analog), and a companion amplifier/receiver housing — all engineered to mount in a standard single-gang wall box with matching hardware. The design language is clean and minimal: white polymer faceplates, recessed controls, and a shared mounting bracket system that allows any combination of modules to be installed side by side.

Developed during Jeff's tenure at Russound, this product family extended the architectural audio control concept beyond keypads into a full modular ecosystem. The shared mounting hardware and consistent visual language allowed installers to mix and match modules across any room configuration.

Role: Product Management & Industrial Design Lead

A high-performance in-ceiling loudspeaker designed for architectural audio installations. The driver assembly features a pivoting tweeter module that allows the high-frequency element to be aimed independently of the woofer — critical for installations where the listening position is offset from the speaker's center axis. The circular grille frame and mounting hardware are engineered for tool-assisted installation, consistent with the dog-leg clip system developed in the Russound patent portfolio.

In-ceiling speakers were the primary distribution speaker for whole-home audio systems in the early 2000s. This product was developed to address the performance gap between commodity in-ceiling products and true high-fidelity architectural speakers, bringing pivoting tweeter technology to the residential custom installation market.

Role: Product Management & Industrial Design Lead

A family of precision-machined mounting hardware designed for professional audio and AV installations. The polished aluminum bracket assemblies support both surface-mount and articulating configurations, with a ball-and-socket joint that allows full pan and tilt adjustment after installation. The back-box assembly integrates directly with the bracket system, providing a clean cable management path from wall to speaker. All components are designed for single-technician installation.

Mounting hardware is often the least visible but most critical component of a professional audio installation. These bracket systems were developed to give custom installers a premium hardware option that matched the quality of the speakers they were mounting — polished aluminum finish, precision tolerances, and a satisfying tactile feel that communicated quality to the end customer.

Role: Product Management & Industrial Design Lead

A compact outdoor speaker enclosure designed for architectural integration in residential and light commercial environments. The enclosure geometry is optimized for surface-mount installation on soffits, eaves, and exterior walls — with a low-profile form factor that minimizes visual intrusion. The driver aperture and grille frame are designed to shed water and resist UV degradation, meeting the performance and durability requirements of year-round outdoor use.

Outdoor speaker products require a fundamentally different design approach than indoor architectural speakers — the enclosure must function as both an acoustic chamber and a weatherproof housing. This product was developed to bring the same design discipline applied to indoor architectural speakers to the outdoor environment.

Role: Industrial Design & Product Development

The ePAD was a wall-mounted audio control system developed as part of the custom product line at Boston Acoustics. What made it genuinely ahead of its time was the underlying architecture: the system streamed music over a local area network — LAN-based audio distribution — years before streaming became a mainstream concept. Users could browse and play their digital music library from any room in the house through a wall-mounted touchpad interface, with the network handling all audio transport. The companion docking station and OnRamp source selector completed the ecosystem, integrating analog and digital sources into the same distribution platform.

The ePAD was originally conceived and designed by Walter Raczynski of Control Alt Design — a gifted industrial designer and close friend and collaborator. Jeff Myatt served as the developer and product development manager responsible for bringing the design from concept through engineering, manufacturing coordination, and market launch within the Boston Acoustics custom product line. The LAN streaming architecture was a genuinely novel approach at the time: while the rest of the industry was still distributing audio over dedicated speaker wire, the ePAD was treating music as data on a network — a model that would define the entire streaming era that followed.

Role: Developer & Product Development Manager, Boston Acoustics

A purpose-built in-wall subwoofer engineered for whole-home audio installations. The dual-driver configuration delivers low-frequency performance from a standard wall cavity, eliminating the need for a freestanding enclosure. The design features a tool-assisted dog-leg mounting system — the same installation philosophy pioneered in the Russound patent portfolio — allowing a single technician to secure the unit without specialized wall framing.

Developed to complete the architectural audio experience from subwoofer to surround, this product extended the in-wall audio system concept to full-range bass reproduction.

Role: Product Management & Industrial Design Lead

The Orbit is a compact satellite speaker built around a spherical enclosure — a form that minimizes internal standing waves and delivers a wide, even dispersion pattern. The articulating stand allows precise aim-point adjustment for near-field monitoring, desktop use, or surround-sound placement. The design language is deliberately minimal: a single spherical body, a chrome ball-and-socket joint, and a weighted base.

Designed as a premium satellite option for multi-room audio systems, the Orbit was developed to compete in the lifestyle audio segment where aesthetic integration is as important as acoustic performance.

Role: Product Management & Industrial Design Lead

A wide-format architectural soundbar housing nine drivers in a single slim enclosure — designed for above-display or below-display installation in home theater and commercial AV environments. The driver array creates a wide horizontal soundstage without the need for separate surround speakers. The system ships with a custom hanging hardware kit and adjustable bracket stands, enabling flexible installation across wall-mount, ceiling-drop, and surface-mount configurations.

Developed to address the growing demand for architectural audio solutions that could deliver theater-quality sound without the visual complexity of a full speaker array.

Role: Product Management & Industrial Design Lead

A professional illuminated recording studio sign designed and prototyped for a manufacturer serving the music retail and studio installation market. The product features a slim extruded aluminum housing with an internally illuminated acrylic face panel — displaying "RECORDING" in a clean, high-contrast typographic treatment. The rear panel integrates the power supply, LED driver, and mounting hardware in a single compact assembly. The product was sold through music stores for years and became a popular fixture in home and professional recording studios.

This project exemplifies the full-cycle product development work that MYATT Enterprises performs for manufacturing clients — from initial industrial design concept through engineering documentation and physical prototype, ready for production handoff. The client took the design to market and achieved sustained commercial success in the music retail channel.

Role: Industrial Design & Prototype Development

The LCA1870 was a combined audio processor and power amplifier developed for the emerging flat-screen television market of the early 2000s. As flat-panel displays began replacing CRT televisions, the audio performance of built-in TV speakers declined sharply — creating a market opportunity for a compact, high-performance audio companion product. The LCA1870 was designed to fill that gap: a slim, rack-compatible unit that could process and amplify multi-channel audio for a flat-screen home theater system.

The LCA1870 was designed by Walter Raczynski of Control Alt Design — a gifted industrial designer and a close friend and collaborator. Jeff Myatt served as the developer and product development manager at Boston Acoustics, responsible for translating market requirements into engineering specifications and driving the product through development to launch. The LCA1870 represents the kind of cross-functional partnership that produces great products: a designer with a strong visual and form language working alongside a product manager who understood both the technical requirements and the market opportunity.

Role: Developer & Product Development Manager, Boston Acoustics

A modular in-wall system designed for professional audio and AV distribution applications. The housing features a precision-machined metal enclosure with internal LED illumination — the green glow visible through the ventilation slots indicates active power and system status. The modular architecture allows multiple functional cards or modules to be installed in a single enclosure, with front-panel access for configuration and service. The design prioritizes clean cable management, thermal performance, and a premium tactile finish.

Modular in-wall systems serve the professional installation market where flexibility and serviceability are as important as performance. This product was designed to give installers a platform that could be configured for different applications — audio distribution, AV switching, or control — without requiring a different enclosure for each use case.

Role: Industrial Design & Product Development