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Motors

Motors

Motors are fundamental components in your robotics design, serving various functions to drive movement, actuate mechanisms, and provide power.  They are often used in conjunction with sensors, such as cameras, LiDAR, and ultrasonic sensors, to enable autonomous navigation of robots. 

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Maverick Planetary DC Gear Motor (50.9:1 ratio, 12V, w/Encoder, 6mm hex shaft)

#75001-509

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 (71.2:1 ratio, 12V, w/Encoder, 6mm hex shaft)

#75001-712
The Maverick Planetary DC Gear 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.
 

Maverick Planetary DC Gear Motor (99.5:1 ratio, 12V, w/Encoder, 6mm hex shaft)

#75001-995
The Maverick Planetary DC Gear 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.
 

Maverick Planetary DC Gear Motor (139:1 ratio, 12V, w/Encoder, 6mm hex shaft)

#75001-139
The Maverick Planetary DC Gear 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.
 

Maverick Planetary DC Gear Motor (188:1 ratio, 12V, w/Encoder, 6mm hex shaft)

#75001-188
The Maverick Planetary DC Gear Motor with 188:1 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.
 

Robotics Sensor & Motor Training Kit

#72030

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).

Motor Mount Clamp Kit

#76141

The Studica Robotics Motor Mount Clamp kit is used for fastening motors on the body of your robot and attaching the kit to a channel and/or other structures.

 

Motor Mount Plate

#76140

The Studica Robotics Motor Mount Plate is used with the Maverick 12V DC Gear Motor to attach to the inside any U-Channels.

 

 

 

Motors

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