Robot Parts for Every Build
Studica Robotics has created and offers a wide range of high-quality robot parts for education, competitions, and custom builds, including servo motors, gear motors, robot sensors, IMUs, power distribution modules and various robot controllers. Build your robot designs from basic robot designes using our unique mechanical robotic structure components, to advanced robot navigation and motion control systems, with high power, precision motor control, and advanced IMU sensors — These robotics components are the ideal solution to Build Better Robots and help you supercede in your competitions.
You’ll find reliable, precision-engineered robotics structure parts including our new hex-shaft motion components, dc gear motors, smart servo motors, various robot wheels, electronics components, and full range of gears, featuring our new helical gear options.
BRAND NEW NEXT-GENERATION IMU SENSOR FOR ROBOTS NOW AVAILABLE - Leveraging new sensor technologies and state-of-the-art algorithms to deliver a leap forward in accuracy and performance.
This “Generation 2” navX2-MXP is a drop-in replacement for the “Classic” navX-MXP, adding significant performance enhancements to your robot project. See the full Product Overview below for more information about navX2-MXP's new and enhanced capabilities.
Enhance your robot's navigation performance with the NavX2-MXP by Studica Robotics. This high-precision advanced 9-axis IMU, inertial/magnetic sensor features high-precision motion tracking, improved yaw accuracy, AHRS, rapid calibration, and RoboRIO expansion connector, making it ideal for FIRST Robotics and other robotics automation projects. Upgrade your robot’s performance today!
The NavX2 IMU Robotics Navigation Sensor (navX2-Micro) is a great sensor for orientation in competitive robots. The navX2-Micro is a second-generation 9-axis inertial/magnetic sensor and motion processor.
The Robotics Sensor & Motor Training Kit from Studica Robotics is an affordable turnkey solution that allows you to teach your students how to control sensors and motors using LabVIEW and NI myRIO. It includes two project boards, one with different motors and the other board with most of the standard robotics sensors.
Learn How to Control Motors, Sensors & Actuators with LabVIEW & NI myRIO.
(NI myRIO, LabView and computer are not included).
The Studica Robotics IR Range Sensor Bracket can be used to secure the IR Range Sensor to the Studica build structure.

A pack of 100 Studica Robotics M3 Kep Nuts for use with robotics design.
A pack of 100 Studica Robotics M3 Nyloc Nuts for robotics design.
The Studica Robotics M3 T-Slot Nut 100 pack, is a Hammer Head Series 20, used with any M3 screw and fits the Studica T-Slot Extrusion.
A zinc-plated, M3 x 10mm Button Head Cap Screw (pack of 50). Can be used with our M3 Stainless Steel Split Washers for an ideal fit.
A zinc-plated, M3 x 10mm Socket Head Cap Screw (pack of 100). Can be used with our M3 Stainless Steel Split Washers for an ideal fit.
A zinc-plated, M3 x 12mm Socket Head Cap Screw (pack of 100). Can be used with our M3 Stainless Steel Split Washers for an ideal fit.
A zinc-plated, M3 x 20mm Socket Head Cap Screw (pack of 50). Can be used with our M3 Stainless Steel Split Washers for an ideal fit.
A zinc-plated, M3 x 30mm Socket Head Cap Screw (pack of 50). Can be used with our M3 Stainless Steel Split Washers for an ideal fit.
A zinc-plated, M3 x 8mm Socket Head Cap Screw (pack of 100). Can be used with our M3 Stainless Steel Split Washers for an ideal fit.
The Maverick 12V DC Gear Motor 61:1 w/Encoder from Studica Robotics is an ideal high torque motor for robotics, designed for strength to endure competitions, with 100rpm and 708 oz-in of torque.
To connect to the REV Robotics Control Hub, the Maverick Encoder Cable (#70163) is required as an Add-on.
Note: This motor is legal for FIRST (FTC) competitions.
The Studica Robotics100mm left-slant Mecanum Wheel is constructed with a blue aluminum frame with yellow rollers and a 6mm Hub. The wheel is comprised of 9 rollers, able to move in any direction. The rollers are set at 45° to the axis of rotation of the wheel.