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navX3-CAN Robotics Navigation Sensor
NavX3-CAN, the next generation of the competition-proven NavX IMU. Completely re-engineered from the ground up to create the best possible IMU for competition robotics.
Clamping 6mm Hex Shaft Hub-V2
Precision Hub for Hex-Shaft Couplings
The Studica Robotics 6 mm Low Profile Hex Shaft Clamping Hub V2 is engineered to deliver a secure and compact coupling between your motor or drive shaft and wheels, sprockets, or other mechanical components. With its 6 mm hex-shaft ID and low profile form, it's ideal for tight-space and high-precision builds. Made of aluminum, the Studica Robotics Clamping 6mm Hex Shaft Hub-V2 is used with our wheels.
6mm Low Profile Hex Shaft Clamping Hub-V2
The Studica Robotics 6mm Hex Shaft Low Profile Clamping Hub V2 is an ideal fit for our motors.
Step File
Colore Color Sensor
High‑Accuracy Spectral & Color Sensing for Robotics
The Colore Color Sensor provides precise, repeatable color and spectral light measurement for robotic and industrial applications. With wide spectral coverage and factory calibration, Colore delivers consistent, reliable data for color detection, material identification, and lighting analysis.
Colore features 14‑channel spectral sensing across 380 nm to 1000 nm, covering visible and near‑infrared light, plus a clear channel for accurate brightness measurements. A 40° field of view ensures focused detection, while 1 kHz flicker sensing enables reliable operation under dynamic and artificial lighting conditions.
Each unit is factory color calibrated, ensuring consistent output across sensors and simplifying system integration without per‑unit tuning.
Designed for industrial environments, Colore supports CAN‑FD with automatic CAN 2.0 fallback and includes USB‑C for data access and backup power. A wide 3.3 V–30 V input range, reverse polarity protection, and fully sealed housing provide dependable performance in harsh, debris‑prone settings.
Colore Color Sensor — accurate color insight, robust integration, and industrial‑grade reliability.
Parsec Distance Sensor
High‑Precision Depth Sensing for Robotics
The Parsec Distance Sensor delivers fast, accurate, multi‑zone depth sensing in a rugged industrial package. Designed for robotic navigation, obstacle detection, and spatial awareness, Parsec combines millimeter‑level precision with reliable performance in real‑world environments.
With 64 independent depth zones, Parsec measures distances from 2 cm to 400 cm at up to ~1 mm precision, all within a wide 65° field of view. Choose 15 Hz or 60 Hz output modes to balance responsiveness and system load.
An invisible 940 nm IR VCSEL emitter ensures reliable sensing without visible light, while Class 1 eye‑safe certification makes Parsec safe for use around people and collaborative robots.
Built for seamless integration, Parsec supports CAN‑FD with automatic CAN 2.0 fallback, plus USB‑C for data and backup power. A wide 3.3 V–30 V input range, reverse polarity protection, and fully sealed housing ensure dependable operation in harsh, debris‑filled environments.
Parsec Distance Sensor — precise perception, simplified integration, and industrial‑grade durability.
VMX2 Robotics Controller
This latest version of the VMX is the VMX2, a powerful robot controller,
- Enables Tele-op and autonomous control
- Programmable in Java, C++, Python, LabVIEW, and ROS
- Integrates the navX-IMU, a Linux based controller, Gigabit Ethernet, USB3 ports and built-in Wifi/Bluetooth.
- Can be used in a Robot Control System or Vision/Motion processor
- Supports Open CV, Tensor Flow, SLAM (Simultaneous Localization and Mapping
- Step Files
The VMX2 leverages five advanced key technology developments,
- Highly-integrated, inexpensive, WiFi-enabled, multi-core Linux computing platform with lots of USB IO for expansion
- 32-bit ARM Microcontrollers incorporating sophisticated I/O and digital communications engines
- Low-cost MEMs Inertial Measurement Units (IMUs)
- Powerful software providing rich libraries and tools for developing robot software in C++, Java
- CAN bus for high-speed, real-time communication between devices
The Studica VMX2 Technology Enables,
- Far richer development environments and tools
- Because VMX2 is much more than a robot controller – it is a powerful, Linux-based desktop computing platform with network/monitor/keyboard/mouse support.
- Very powerful software features
- State-of-the-art software development GUIs (e.g., VS Code) libraries and tools (drive- train kinematics, path-planning, vision processing, autonomous navigation, performance data acquisition/playback)
- Access to cutting-edge sensors (for use outside the competition)
- VMX’s multitude of modern digital communications interfaces and Linux-based operating system allow users to directly access most modern devices (e.g., Intel RealSense tracking and depth cameras and LIDAR
Maverick Hex Planetary Gearbox Motor w/Encoder (1:1 ratio gearbox)
The Maverick Motor with 1:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (3.7:1 Ratio gearbox)
The Maverick Motor with 3.71 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (13.7:1 Ratio gearbox)
The Maverick Motor with 13.7:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (19.2:1 Ratio Gearbox)
The Maverick Motor with 19.2:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (50.9:1 Ratio gearbox)
The Maverick Motor with 50.9:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Servo Manager
The Studica Servo Manager is our new servo motor programmer that is used with the Studica Multi-Model Smart Servo Motor and the Multi-Mode Smart Servo 200 - FAST. Use it to program the Servos to switch between continuous mode, standard mode, or any custom angular mode. It can also be used with other non-Studica servo motors.
Specifications:
- Programming setting modes
- Standard
- Continuous
- Angular
WorldSkills Junior Stack Robot Collection
The WorldSkills Junior Stack Robot Collection by Studica is the authorized collection for the WorldSkills Mobile Robotics Junior Competition. This comprehensive Collection includes the controller, electronics, motors, structure, gears, wheels, bushings, bearings, coupling, collars, spacers, screws, nuts, and standoffs.
64mm T-Slot 3030 V-Rail
The Studica T-Slot 3030 V-Rail is available in 11 different lengths from 48mm to 1000mm. It is strong while light weight. It can be easily cut to your own custom size. It has a 14mm through hole that will fit the Studica 6mmID x 14mmOD Flanged Bearing or Bronze Bushing. It uses the M3 T-Slot Nut Hammer Head Series 20. It also has four M3 threaded holes on each end. Use it as structure on infinite applications.
Specifcations,
- Material: 6061-T6 Aluminum
- Length: 96mm
- Deburred, polished, and anodized
- Step File
Robot Base Plate T (384mm x 288mm x 3mm)
The Studica Robot Base Plate T(384mm x 288mm x 3mm) is made of carbon fiber, threfore light but still quite strong, is 3mm thick and as with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required. It's used in the WorldSkills Shanghai 2026 Collectioc top plate and you can easily connect to other channel, extrusions, bushings, bearing, mounting brackets and more so you can quickly assemble and disassemble robots and automated systems.
Specifications:
- Carbon Fiber
- Thickness - 3mm
- Width - 288mm
- Length - 384mm
Warning: Read this page to learn how to properly work with and handle Carbon Fiber
Robot Base Plate B (432mm x 288mm x 3mm)
The Studica Robot Base Plate B (432mm x 288mm x 3mm) is made of carbon fiber, threfore light but still quite strong, is 3mm thick and as with the other Studica Robotics building components, it has the common hole pattern which makes it easy to connect to other structure with very little or no additional machining required. It's used in the WorldSkills Shanghai 2026 Collection as the bottom plate and you can easily connect to other channel, extrusions, bushings, bearing, mounting brackets and more so you can quickly assemble and disassemble robots and automated systems.
Specifications:
- Carbon Fiber
- Thickness - 3mm
- Width - 288mm
- Length - 432mm
Warning: Read this page to learn how to properly work with and handle Carbon Fiber
Maverick Hex Planetary Gearbox Motor w/Encoder (5.2:1 ratio gearbox)
The Maverick Motor with 5.2:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (26.9:1 ratio gearbox)
The Maverick Motor with 26.9:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (71.2:1 ratio gearbox)
The Maverick Motor with 71.2:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (99.5:1 ratio gearbox)
The Maverick Motor with 99.5:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
Maverick Hex Planetary Gearbox Motor w/Encoder (139:1 ratio gearbox)
The Maverick Motor with 139:1 planetary gearbox features a high‑torque reduction system engineered for demanding robotic and automation applications. Its 6mm hex output shaft ensures secure coupling with Studica‑compatible components and other hex‑based mechanical systems. Built on Studica’s industrial‑grade motor platform, this unit provides reliable, consistent performance suited for precision‑controlled, heavy‑load mechanisms.
- For clamping use the 76141 Motor Mount Clamp Kit or the 76137 Clover Motor Mount
