Servo Mount Brackets For MG995 MG996 Servo Motor

Servo Mount Brackets For MG995 MG996 Servo Motor

The two-degree-of-freedom MG995 steering gear head is a small torque platform with high torque and high-cost performance. It can perform two-degree-of-freedom movement in horizontal and vertical directions, which is convenient for installing cameras. It can realize image monitoring and image recognition and positioning tracking. Sensors or ultrasonic ranging sensors can be combined into an integrated detection device that enables the robot to sense obstacles around it, thereby enabling robot obstacle avoidance. Of course, it is also possible to install various sensors and complete various novel interactive works through the servo controller.

Applications:

1. FPV Camera systems
2. Object tracking Systems
3. Security Camera application
4. Ultrasonic Distance measurement and Ultrasonic Radars
5. Robotic Arm and Robotic Leg applications

Features:

1. Supported Motors: 10kg-cm servos (such as MG995, MG996)
2. No of Axis: 2 axis
3. Weight: 51.2gms
4. No of Metallic Pieces: 2
5. This product is made of high-quality materials and is durable.
6. Various sensors can be installed to complete a variety of novel interactive works through the servo controller.
7. It is convenient to install the camera, which can realize image monitoring and image recognition and tracking.
8. This product is a large rotation, cost-effective small pan/tilt that can perform two-degree-of-freedom motion in horizontal and vertical directions.
9. The addition of an infrared sensor or an ultrasonic distance measuring sensor can be combined into an integrated detecting device, so that the robot can sense the surrounding obstacles, thereby realizing the obstacle avoidance function of the robot.

Specification:

Package Includes:

1 x Multipurpose Aluminium Standard Servo Bracket Black

1 x Long U Aluminium Servo Bracket Black

1 x Screw kit mix

Servo Mount Brackets For MG995 MG996 Servo Motor Overview

The Servo Mount Brackets for MG995 MG996 Servo Motor are a two-axis platform designed to hold 10 kg·cm steering servos such as the MG995 and MG996. Made from high-quality metal, this durable bracket set allows you to pan and tilt your servo assembly, making it ideal for camera mounting, sensor integration, and interactive robotics projects.

Key Features of Servo Mount Brackets For MG995 MG996 Servo Motor

• Compatible with 10 kg·cm servos like MG995 and MG996
• Two-axis (pan and tilt) movement for horizontal and vertical adjustment
• Durable, precision-cut metal construction for long-lasting performance
• Lightweight design at just 51.2 g for minimal payload impact
• Includes two metallic pieces for quick assembly
• Fast shipping from Zbotic—dispatched within 24 hours

Applications and Use Cases

• FPV camera platforms for DIY drone and RC projects
• Object tracking systems with pan-tilt servo control
• Security camera prototypes for home surveillance demos
• Robotic obstacle avoidance units when paired with ultrasonic sensors
• Interactive installations using servo-driven sensor mounts

How to Use Servo Mount Brackets For MG995 MG996 Servo Motor

Begin by attaching your MG995 or MG996 servo horn to the bracket’s lower plate using the supplied screws. Mount the second bracket piece on top of the servo horn to create the tilt axis, then secure your camera or sensor onto the top plate. Connect the servo to your controller, adjust the pan and tilt range in software, and test movement to ensure smooth operation.

Frequently Asked Questions

Which servos work with these brackets?

These brackets are engineered for 10 kg·cm servos with standard MG995/MG996 dimensions. Other servos of similar size and mounting hole pattern will also fit securely.

Can I mount a small camera on this bracket?

Yes. After securing your servo, attach a lightweight FPV or miniature camera to the top bracket using M2 screws (not included). The dual-axis design lets you pan and tilt for precise framing.

Is it possible to add ultrasonic sensors to this mount?

Absolutely. Position your ultrasonic transducer on the top plate alongside your camera or sensor, then program the servo controller for sweep-based obstacle detection and avoidance.