Concept & Feasibility Sprint
For inventors and businesses that need clarity before committing to development.
- Requirements and constraints
- Feasibility assessment
- Product architecture
- Component recommendations
- Development roadmap
DESIGN • BUILD • TEST • REFINE
We turn difficult ideas into working physical prototypes.
Operation Moonworks combines product design, CAD, additive manufacturing, electronics, embedded systems, and hands-on fabrication under one roof.
MechanicalCAD & assemblies
ElectronicESP32 & Raspberry Pi
PhysicalFunctional prototypes
MOON MANFlagship proof-of-capability platform
THE FLAGSHIP
“Moon Man is not the definition of Moonworks. It is the evidence behind it.”
Moon Man demonstrates the complete Moonworks process: mechanical architecture, rapid iteration, electronics integration, embedded software, audio, lighting, motion, modular systems, and physical testing.
SERVICES
From rough idea to testable system.
Start at the stage that matches where your project is today.
MOST COMMON
CAD & Prototype Design
For projects that need a real mechanical design and an initial physical prototype.
- Mechanical concept development
- CAD models and assemblies
- Component packaging
- One initial prototype
- Defined revision rounds
Functional Prototype Development
For clients who need a working demonstration unit, not just drawings.
- Mechanical design
- Electronics integration
- Embedded control
- Assembly and testing
- Demonstration prototype
FOR PRODUCT & ENGINEERING TEAMS
Extra engineering bandwidth, without adding headcount.
Operation Moonworks partners with startups, product teams, and engineering departments that need additional hands-on development capacity.
Whether your internal team needs help clearing a prototype bottleneck or developing a subsystem outside its current workload, Moonworks can step in, build quickly, and communicate directly with your engineers.
Discuss an Engineering Support ProjectWE SUPPORT
- Functional proof-of-concept builds
- Rapid prototype development
- Mechanical packaging and enclosure design
- Electronics and embedded-system integration
- Fit-check models, test fixtures, and custom tooling
- Design revisions and next-generation product development
SELECTED WORK
Current work, backed by a growing engineering record.
New projects move forward as they become real hardware. Older systems stay in the portfolio when they still prove useful capability.
CURRENT PRODUCT DEVELOPMENT
AUDIO PRODUCT / MECHANICAL PACKAGING / ELECTRONICS
MAC Lite
A compact Bluetooth audio system developed as real hardware: wood cabinet, drivers, amplifier electronics, controls, display hardware, tube visuals, power distribution, and serviceable internal packaging.
Product DesignAudioElectronicsFabrication
CURRENT EMBEDDED BUILD
ESP32-S3 / DISPLAY SYSTEM / ROBOTICS PLATFORM
Moki MK2
A compact robot platform built around an ESP32-S3 round display, custom animated eyes, modular body electronics, lighting, and a physical architecture designed for future motion and networked control.
ESP32-S3LVGLEmbedded3D Printing
FLAGSHIP PLATFORM
MULTIDISCIPLINARY PRODUCT DEVELOPMENT
Moon Man
A modular desktop platform combining mechanical movement, lighting, audio, cameras, embedded controls, interchangeable accessories, and a Raspberry Pi–based control system.
CADESP32Raspberry Pi3D Printing
EXPERIMENTAL SYSTEM
ELECTROMECHANICAL AUDIO-VISUAL DEVELOPMENT
Reactor MK1
An audio-reactive ferrofluid visualization system using permanent magnets, custom electromagnets, UV lighting, glass vessels, PWM control, and iterative magnetic-field testing.
MagneticsAudio ReactivePWMFabrication
MODULAR ARCHITECTURE
STRUCTURAL & ELECTRONICS PACKAGING
MMRS Rack System
A modular non-ferrous frame with removable shelves, cable routing, power distribution, speaker integration, cooling, and serviceable electronics compartments.
Modular DesignThermalPowerAssembly
MMRS — MODULAR HARDWARE DEVELOPMENT
Built to open up, change, and keep evolving.
The MMRS rack turns controllers, displays, cooling, power, and experimental hardware into a serviceable development platform.
BUILT, TESTED, ITERATED
The work exists beyond the render.
Moon Man is the working proof behind Operation Moonworks: physical prototypes, embedded electronics, modular accessories, lighting systems, and repeated real-world testing.
FROM OBJECT TO SYSTEM
Moon Man evolved through working hardware.
The platform was not designed as a static display. Each revision added a usable capability: embedded lighting, internal electronics, display docking, modular accessories, and serviceable architecture.
01
Architecture
Printed structure meets embedded computing.
The body became a platform for Raspberry Pi control, wiring paths, modular hardware, and repeatable assembly.
02
Mechanical Development
Interfaces were designed to make the platform genuinely modular.
Thread geometry, attachment clearances, and interchangeable accessories were iterated as a complete mechanical system.
03
Electronics Packaging
Every control component received a serviceable home.
Purpose-built mounts, cable paths, cooling, and removable shelves turn loose electronics into maintainable hardware.
04
Working Result
The complete assembly makes the engineering visible.
Mechanical design, additive manufacturing, electronics, controls, lighting, audio, and service access operate as one system.
WHY MOONWORKS
Designed by someone who understands how things are actually built.
Operation Moonworks bridges the gap between a promising idea and a working physical system. We solve the fitment, mounting, wiring, access, cooling, assembly, maintenance, control, and fabrication problems that determine whether a concept works outside the screen.
The result is not just a rendering. It is something you can hold, test, demonstrate, refine, and use to make the next decision.
01
Define
Clarify the problem, constraints, users, and success criteria.
02
Design
Develop the mechanical, electrical, and control architecture.
03
Build
Fabricate and assemble a physical prototype.
04
Test
Find real-world failures, revise the design, and prove the concept.
START A PROJECT
Bring us the sketch, the problem, or the part that does not exist yet.
Tell us what you are trying to build, where the project stands, and what a successful prototype needs to demonstrate.
Good starting information:
Concept or sketch • Desired function • Size constraints • Electronics needs • Budget range • Timeline