All the tools you need to prototype, test, and document your build in one place—bringing together microcontroller coding, live hardware instrumentation, robotic control, layout and media design, and built-in AI assistants in a single desktop workspace.
Start at $9.99 one-time. Upgrade anytime by paying only the difference. Zero subscriptions.
Drive 6-DoF robot arms, stream live C++ sensor gauges, and log digital multimeter probes.
Download Hugging Face models, convert Safetensors to GGUF, and quantize Q4/Q8 weights on-device.
Interactive resistor color bands, Ohm's Law solver, and step-by-step Arduino protoshield builds.
Inspect the actual workstation modes—from live hardware sensor gauges and the built-in C++ IDE to local GGUF model quantization and the digital multimeter. Below are 4 modes out of 20. Mag Mode explains more and can be seen in the right tab (MAG MODE →) or the magazine menu item (02.MAG), and all modes are listed in Complete Workbench Mode Architecture → on the Store page.
Plug in your microcontroller over USB to monitor temperature and humidity, ambient light (lux), ultrasonic distance radar, soil moisture, potentiometer angle, and LoRa signal strength—or connect your phone or tablet to stream its built-in sensors (accelerometer, gyroscope, compass, and GPS) directly into live dials, gauges, and real-time telemetry graphs.
Write C++ and Python across multi-file project tabs, use AI Refactor to clean up code, or load ready-to-run sensor sketches in one click. Select your board (Arduino Uno, Nano, Mega, UNO Q, ESP32, or Raspberry Pi Pico), verify and flash over USB, and view live output in the serial monitor and waveform plotter.
Download open-source AI models directly from Hugging Face, convert them into GGUF format, and compress them down to 4-bit (Q4) or 8-bit (Q8) so they run locally on your own computer—giving you private, offline AI with zero monthly cloud fees.
Turn your Arduino into a digital multimeter right on your screen. Flash the included Meter Mode sketch, follow the on-screen breadboard diagram to connect two probe wires, and test DC voltage, resistor values (Ω), and audible continuity on a backlit digital LCD display with a rotary selector dial.
AI Chat Companion & Code Editor, Pinout Reference & Project Spec Sheets, Illustrated Guide & Audio Tours, Local Camera Vision, Vector Graphic Studio, Photo Editor, and Maker Log.
Everything in Maker Pack + Study Mode with ARC T - A & 17 Textbooks, Real Hardware 6-DoF Robot Arm Controller, Digital Multimeter Mode, and Live Sensor Telemetry Lab.
Everything in Maker Pro + VAS-X Sidebar AI Navigator, Offline Edge AI CPU Inference, Cloud Vision Frame Analysis, and Model Forge GGUF Quantization & Hugging Face weight compiler.
Welcome, Tinkerer, to the frontier of Physical AI—the exciting convergence of physical computing, solid-state embedded hardware, and machine intelligence. The VTM Pro Maker Workbench™ unites hands-on tactile electronics with VTM Studio™, our integrated software operating environment designed to ignite the imagination of a new generation of creators, innovators, and educators. Paired with the P³™ (Physical Prototyping Platform™), whether you are an AI Native looking to break out of the flat screen into real-world mechanical action, or a Hardware Student wanting to unlock Local Inference (Edge AI) without drowning in compilation lag, this studio is your gateway.
This workbench inspires High School STEM Students with a tactile sandbox where cutting-edge electronics and machine learning become accessible milestones rather than distant hurdles. It serves College Students by bringing textbook theory to life, providing a high-fidelity physical playground to deploy real code into reality. For educators, this workspace spans the entire instructional spectrum. It equips High School Teachers with a turn-key physical framework for hands-on labs, while giving University Professors a multi-modal edge computing testbed for advanced robotics research. VTM is an open framework proving creators are no longer limited by what they don't know.
Just 5 years ago, pioneering a custom electronic system or programming an automated mechanism demanded years of specialized study in low-level assembly languages, advanced calculus, and complex circuit architecture. Frustrating syntax errors, confusing formulas, and institutional friction created formidable barriers to entry. Today, the electronics landscape has changed. In a matter of months,
solid-state innovation has swept past simple text generation, bypassed autonomous software agents, and collided directly with the era of Physical AI—where digital intelligence breaks out of the screen and takes physical form. Advancements in local computing and multimodal models have made hardware prototyping more approachable than ever. VTM Studio makes physical computing accessible to everyone—supporting hands-on learning right at your workstation as you work with microcontrollers, solid-state electronics, and embedded control.
Explore the online electronics calculators, board pinout reference, step-by-step hardware tutorials, and VideotronicMaker Labs below.
These are working calculators, not static screenshots—click the colored resistor stripes, type numbers into Ohm's Law, or click a schematic symbol below!
Click any colored band below to change its value:
Click a schematic symbol below to inspect its specs:
When you're building physical electronics at the bench, the last thing you need is twenty browser tabs, separate calculator windows, and disconnected pinout PDFs competing for screen space. Jumping between an Ohm's Law solver, a resistor decoder, and a separate serial monitor breaks your focus right in the middle of wiring a circuit.
VTM Studio was engineered to eliminate that friction. Instead of switching between separate web utilities and standalone serial windows, it brings essential maker tools together in one studio—giving you instant circuit math, live serial telemetry, robotics kinematics, and CAD drafting without ever leaving your primary workspace.
Here on this site, you get an active taste of that workflow. The interactive desk above is just a sample—our online tools suite gives you dedicated electronics calculators, wire gauge tables, and schematic references completely free in your browser with zero installs or account barriers.
Inside the native desktop workstation, those tools connect directly to real hardware—streaming live sensor data, driving 6-DOF robotic arms, and compiling edge models in real time. Use these free online calculators for fast bench answers, and step up to VTM Studio for the complete integrated workbench.
Move the slider across the real ElectroCookie Arduino Protoshield photographs below to see the bare board transform into a soldered circuit.
Deploy open-source LLMs locally on Mac or PC and add voice conversation.
Wire a precision DS3231 Real-Time Clock to an I2C 16x2 LCD display.
Combine physical LEGO enclosures with an Arduino Uno, RTC module, and 1602 LCD.
Upgrade your local assistant with free Google Text-to-Speech API playback.
Explore real-world projects and insights from VideotronicMaker Labs. Discover how makers are building, coding, and mastering physical computing one experiment at a time.
Discover the origin story of a self-taught builder who went from building electronics at home to designing autonomous rovers and soft robots at Yale University.
