FIRST Robotics
Solutions for FIRST® Robotics Teams
Studica Robotics offers affordable, high-quality solutions to help FIRST Tech Challenge (FTC) and FIRST Robotics Competition (FRC) teams build, learn, and compete with confidence. Our precision-engineered building platform prioritizes safety and seamless compatibility, making it easier to create robots that perform reliably in challenges.
Need help finding the right solution? Contact a Robotics Account Representative
navX3-CAN Robotics Navigation Sensor
Introducing the NavX3-CAN robotics navigation sensor, 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.
- Enhanced Autonomous Navigation
- High-Precision Motion Tracking
- Rugged & Competition-Ready Design
- Easy Integration with Control Systems
- CAN-base Inertia Measurement Unit
VMX2 Robotics Controller
The Studica Robotics VMX 2 Robotics Controller is a versatile and high-performance solution for robotics control. With advanced processing, rich sensor support, and robust I/O capabilities, it is designed for demanding educational and competition environments such as FRC, and custom robotics platforms.
10AWG Red/Black Flexible Silicone Bonded Wire 8m
UL Rated 3135 Silicone-covered copper wire in a flexible sheath.
Conductor Material: Copper
Conductor Type: Stranded
Insulation Material: silicone rubber
Model: 10AWG
10AWG Red/Black Flexible Silicone Bonded Wire 15m
UL Rated 3135 Silicone-covered copper wire in a flexible sheath.
Conductor Material: Copper
Conductor Type: Stranded
Insulation Material: silicone rubber
Model: 10AWG
12AWG Red/Black Flexible Silicone Bonded Wire 8m
UL Rated 3135 Silicone-covered copper wire in a flexible sheath.
Conductor Material: Copper
Conductor Type: Stranded
Insulation Material: silicone rubber
Model: 12AWG
Maverick Planetary DC Gear Motor (50.9:1 ratio, 12V, w/Encoder, 6mm hex shaft)
The Studica Robotics Maverick Planetary DC Gear Motor w/ Encoder combines a robust 12V DC brushed drive motor with a precision 50.9:1 planetary gearbox and high-resolution Hall-effect encoder. Designed for competitive robotics (FTC legal) and advanced automation applications, this motor delivers smooth output, high torque and accurate control. Comes with an encoder cable.
Shafts: 6mm hex with a 3mm tapped end
A 50.9:1 gearbox comes standard.
Encoder Output Counts per Revolution of Output Shaft (cpr) 1,221.6 pulses
This motor is FTC Competition Legal
Maverick Planetary DC Gear Motor (3.7:1 ratio, 12V, w/Encoder, 6mm hex shaft)
The Studica Robotics Maverick Planetary DC Gear Motor w/ Encoder combines a robust 12V DC brushed drive motor with a precision 3.7.:1 planetary gearbox and high-resolution Hall-effect encoder. Designed for competitive robotics (FTC legal) and advanced automation applications, this motor delivers smooth output, high torque and accurate control. Comes with an encoder cable.
Shafts: 6mm hex with a 3mm tapped end
A 3.7:1 gearbox comes standard.
Encoder Output Counts per Revolution of Output Shaft (cpr) 88.8 pulses
This motor is FTC Competition Legal
Maverick Planetary DC Gear Motor (1:1 ratio, 12V, w/Encoder, 6mm hex shaft)
The Studica Robotics Maverick Planetary DC Gear Motor w/ Encoder combines a robust 12V DC brushed drive motor with a precision 1:1 planetary gearbox and high-resolution Hall-effect encoder. Designed for competitive robotics (FTC legal) and advanced automation applications, this motor delivers smooth output, high torque and accurate control. Comes with an encoder cable.
Shafts: 6mm hex with a 3mm tapped end
A 1:1 gearbox comes standard.
Encoder Output Counts per Revolution of Output Shaft (cpr) 24 pulses
This motor is FTC Competition Legal