Studica Robotics
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Everything You Need to Build, Learn & Compete
Studica Robotics is an open, comprehensive robotics building platform with everything you need to build, learn, and compete.
FIRST®Teams: View FTC Starter Bot Resource Guide 2026-2027. Shop FTC robotics solutions. Shop FRC robot parts.
Build Better Robots®
Our wide selection of durable robot parts and robotics kits are ideal for classroom use, robot competitions, robotics team training, and more. We offer a variety of colored structure and motion components, electronics, hardware, and building kits, you'll find everything you need to build and empower your robot with cutting-edge capabilities. Discover your true building potential with Studica Robotics.
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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
Hex-Shaft and Spacer Bundle
The Studica Robotics Hex-Shaft and Spacer Bundle includes precision shafts and spacers for robotics building projects. Perfect for drivetrain construction, axle alignment, and spacing adjustments in custom robot designs.
FTC Starter Kit 2025-2026 Season (DECODE™)
NOW IN STOCK!
Welcome to DECODE
Click Here for Studica 2025-2026 Decode Starterbot Resources
The updated FTC Starter Kit for the 2025-2026 Season from Studica Robotics introduces some exciting new components so teams can excel in robot architecture and design. Our FTC Starter Kit, available in six different structure colors, is a robust collection that allows students to create, build, and prototype their own robot designs.
New for 2025!
- 6mm HEX Components and Shafts
- Updated Maverick HEX Shaft Motors
- Multiple Planetary Gearbox Options Available
Design, build, and program a fully functional competition FTC robot for this year's DECODEâ„¢ with this powerful FTC robotics kit (plus an FTC Control System).
See tab below for Kit Contents/BOM.
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
12AWG 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: 12AWG
6mm Low Profile Hex-Shaft Clamping Hub-V2
The Studica Robotics 6 mm Low Profile Hex-Shaft Clamping Hub V2 is a precision shaft adapter hub designed for robotics applications and motor shaft mounting. Ideal for connecting wheels, sprockets, or other mechanical components with a 6 mm hex shaft system without adding height, making it perfect for compact builds.
152mm x 400mm x 1mm Polycarbonate Perforated Sheet
This clear polycarbonate perforated sheet from Studica Robotics measures 152 mm × 400 mm × 1 mm (~6″ × 15.75″ × 1/32″) and features 3.2 mm (1/8″) diameter holes spaced 8 mm apart. Durable, lightweight, and well-suited for FTC competitions, robotics, maker, or structural uses where airflow, aesthetics, or weight savings are important.
8mm Combination Wrench
The Studica Robotics 8 mm Combination Wrench is a high-quality metric tool designed for precision work in robotics, lab maintenance, and mechanical builds. It combines an open end and boxed end in one compact tool, allowing versatile usage with reliable torque and access in tight spaces.
High-Current Power Distribution Board
Our new High-Current Power Distribution Board offers a safe and efficient way to distribute your robot’s main line power to up to 10 individual devices. Designed specifically for high-performance robotics applications, this board uses tool-less, UL-rated Degson DG2216R and DG2206R connectors to ensure quick installation, reliable secure electrical contact, and built-in safety compliance.
Ideal for clean and organized power wiring, it supports both high-amperage and low-amperage loads, making it perfect for powering controllers, sensors, and motor drivers from a central source.
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
Maverick Planetary DC Gear Motor (13.7:1 ratio, 12V, w/Encoder, 6mm hex shaft)
The Studica Robotics Maverick Planetary DC Gear Motor combines a robust 12V DC brushed drive motor with a precision 13.7:1 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 13.7:1 gearbox comes standard.
Encoder Output Counts per Revolution of Output Shaft (cpr) 328.8 pulses
This motor is FTC Competition Legal
Maverick Planetary DC Gear Motor (19.2:1 ratio, 12V, w/Encoder, 6mm hex shaft)
The Studica Robotics Maverick Planetary DC Gear Motor combines a robust 12V DC brushed drive motor with a precision 19.2:1 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 19.2:1 gearbox comes standard.
Encoder Output Counts per Revolution of Output Shaft (cpr) 460.8 pulses
This motor is FTC Competition Legal