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Understanding What is a Gimbal on a Drone: A Detailed Guide

If you’re interested in drone photography or videography, you’ve probably come across the term “gimbal.” But what exactly is a gimbal and what role does it play in drone technology? In this detailed guide, we’ll explore the ins and outs of gimbals on drones, from their basic definition to the different types and their benefits.

A gimbal is essentially a support system for a drone camera that uses brushless motors and internal sensors to keep the camera stable at a specific angle and tilt on the yaw, roll, and pitch axes. This technology, known as gimbal technology, enhances aerial photography by reducing vibrations and sudden movements, resulting in clear and smooth footage.

There are different types of drone gimbals, including one-axis, two-axis, and three-axis gimbals. Each type offers different levels of stability and control, allowing you to choose the one that best suits your needs. Understanding the functioning of a gimbal is crucial for drone photography and videography, as it ensures stability and precise control over the camera’s movements.

Key Takeaways: What is a Gimbal

  • A gimbal is a support system for a drone camera that keeps it stable during flight using brushless motors and internal sensors.
  • Gimbal technology enhances aerial photography by reducing vibrations and sudden movements, resulting in clear and smooth footage.
  • There are different types of drone gimbals, including one-axis, two-axis, and three-axis gimbals, each offering different levels of stability and control.
  • Understanding how a gimbal works is essential for achieving maximum flight stability and capturing high-quality drone photography or videography.
  • Choosing the right gimbal for your drone is essential for achieving smooth and professional footage.

What is a Gimbal in Drones?

A gimbal is a sophisticated support system for a drone camera that ensures stability and precision during flight. It consists of one to three brushless motors and internal components such as an IMU (Inertial Measurement Unit) that help keep the camera steady on the yaw, roll, and pitch axes. Drone gimbals are essential for capturing high-quality aerial photography and smooth video footage. They allow photographers and videographers to have better control over the movement of their drone cameras and eliminate unwanted vibrations and disturbances. In addition, gimbals can be controlled remotely, allowing for precise adjustment of the camera’s angle and tilt.

A gimbal is a sophisticated support system for a drone camera that ensures stability and precision during flight.

With a gimbal, you can achieve professional-grade drone photography and video stabilization. The motors and sensors of the gimbal work together to counteract any movements or vibrations, keeping your camera steady and allowing you to capture clear, smooth footage. Whether you’re capturing breathtaking aerial landscapes or filming action-packed drone videos, a gimbal is an essential tool for achieving professional-level results.

In addition to stability, gimbals also offer control and flexibility. With the ability to remotely control the gimbal, you can adjust the camera’s angle and tilt while the drone is in the air. This allows you to frame your shots exactly as you envision them, giving you greater creative freedom. Whether you’re shooting a cinematic sequence or capturing an epic aerial shot, a gimbal gives you the control to capture the perfect image or video.

To enhance your drone photography and videography experience, there are various drone accessories available that can further augment the capabilities of your gimbal. These accessories include ND filters for better exposure control, lens hoods to reduce glare and lens flares, and smartphone mounts for live streaming or real-time monitoring. By investing in the right drone accessories and utilizing a gimbal, you can take your aerial photography and videography to new heights.

Types of Drone Gimbals

When it comes to drone cinematography and filming, having the right gimbal can make a significant difference in the quality of your footage. There are different types of gimbals available for drones, each offering distinct advantages and capabilities. The two most common types are 3-axis gimbals and 2-axis gimbals.

3-Axis Gimbals

The 3-axis gimbal is the most popular and widely used type in the drone industry. It provides stability and control on all three axes – yaw, roll, and pitch. This means that your camera will stay level and steady even in windy conditions or during sudden movements. The 3-axis gimbal is ideal for professional drone cinematography as it ensures smooth footage and eliminates unwanted vibrations.

2-Axis Gimbals

The 2-axis gimbal stabilizes the camera on the roll and pitch axes, providing improved stability compared to a 1-axis gimbal. While it may not offer the same level of control as a 3-axis gimbal, it is still a great option for drone filming. The 2-axis gimbal allows you to capture stable footage and execute basic camera movements. It is suitable for enthusiasts and beginners who want to improve their drone videography skills.

It’s important to choose the right gimbal for your specific needs and goals. Consider the type of footage you want to capture, the level of control you require, and the overall stability you desire. Whether you opt for a 3-axis gimbal for professional-grade cinematography or a 2-axis gimbal for beginner-friendly filming, having a gimbal will elevate your drone videography to new heights.

drone cinematography

Table: Comparison of 3-axis and 2-axis Gimbals

3-Axis Gimbal 2-Axis Gimbal
Stabilization Axes Yaw, Roll, Pitch Roll, Pitch
Control Level High Medium
Stability Excellent Good
Professional Use Yes No
Beginner-friendly No Yes

Table: Comparison of 3-axis and 2-axis Gimbals

As seen in the table above, 3-axis gimbals offer superior control and stability, making them the preferred choice for professional drone cinematography. On the other hand, 2-axis gimbals are more beginner-friendly and provide a good level of stability for basic camera movements. Ultimately, the choice between the two depends on your specific requirements and skill level as a drone filmmaker.

Benefits of a Three-Axis Gimbal

A three-axis gimbal is the most advanced and widely used type of gimbal for drones. It provides excellent flight stability and precise control on all three axes – yaw, roll, and pitch. The use of a three-axis gimbal is essential for capturing high-quality aerial photography and videography, ensuring smooth and stable footage even in challenging conditions.

One of the primary benefits of a three-axis gimbal is its ability to eliminate vibrations and sudden movements. This ensures that the camera remains stable and centered, resulting in professional-quality footage. Whether you’re flying in windy conditions or performing complex maneuvers, the three-axis gimbal maintains the stability of the camera, allowing you to focus on capturing the perfect shot.

Another advantage is the versatility and adjustability of a three-axis gimbal. Most three-axis gimbals offer calibration and adjustment options, allowing users to fine-tune the gimbal settings for optimal performance. This means you can customize the gimbal’s sensitivity, responsiveness, and control to suit your specific needs. Whether you’re a beginner or an experienced drone photographer, the ability to adjust the gimbal settings gives you the flexibility to achieve the desired results.

In addition to stability and control, a three-axis gimbal is compatible with a wide range of drone hardware. This means you can easily integrate it into your existing drone setup without the need for extensive modifications. The ability to use a three-axis gimbal with different drones allows for versatility and cost-effectiveness, as you can upgrade your gimbal without investing in an entirely new drone.

Table: Comparison of Gimbal Types

Gimbal Type Stability Control Compatibility
One-Axis Limited Manual adjustment Compatible with specific drones
Two-Axis Moderate Manual adjustment Compatible with most drones
Three-Axis Excellent Adjustable settings Compatible with various drones

As shown in the table above, a three-axis gimbal offers superior stability and control compared to one-axis and two-axis gimbals. Its compatibility with different drone models makes it a versatile choice for drone enthusiasts and professionals alike.

Upgrading and Changing Drone Gimbals

Upgrading or changing a drone gimbal can be a complex process, as the gimbal is specifically designed to work with the drone’s frame and components. In most cases, the entire gimbal or camera needs to be replaced if it becomes damaged or needs an upgrade. It is recommended to contact a drone service or the manufacturer for assistance in replacing or upgrading the gimbal. While some drones may allow for removable cameras or gimbals, compatibility issues may arise when trying to change to a different type of gimbal. It is important to consider the compatibility and functionality of the gimbal system when upgrading or changing drone gimbals.

When upgrading or changing a drone gimbal, you should take into consideration the various drone components that are involved in the process. The gimbal drone mount is where the gimbal is attached to the drone’s frame, providing a stable and secure connection. The drone gimbal system includes the gimbal itself, the associated wiring, and any necessary controllers or sensors. It is crucial to ensure that all these components are compatible with each other and with the specific drone model.

Changing a drone gimbal may require some technical expertise, especially when it comes to wiring and installation. It is recommended to follow the manufacturer’s instructions or seek professional assistance to ensure that the new gimbal is installed correctly and functions properly. Additionally, it is essential to test the new gimbal thoroughly before flying the drone to ensure that it is working as expected and providing the desired stability for aerial photography.

drone gimbal upgrade

Table: Comparison of Different Drone Gimbals

Gimbal Type Stability Control Compatibility
One-Axis Gimbal Limited stability Manual control Compatible with most drones
Two-Axis Gimbal Improved stability Partial control Compatible with most drones
Three-Axis Gimbal High stability Precise control Compatible with most professional drones
Four-Axis Gimbal High stability Precise control Compatible with specific drone models

In conclusion, upgrading or changing a drone gimbal requires careful consideration of the compatibility, functionality, and installation process. It is important to consult the manufacturer or a drone service for guidance and assistance to ensure a successful upgrade. Understanding the various components involved in the process, such as the gimbal drone mount and the drone gimbal system, is crucial for a smooth and effective transition. By following the appropriate steps and seeking professional help when needed, you can enhance the performance and capabilities of your drone for aerial photography and videography.

Understanding Drone Gimbal Parts

A drone gimbal consists of several key parts that work together to provide stability and control. Here are the main components:

  • Gimbal Housing: This is the structure that holds the motors, wiring, and internal components of the gimbal.
  • IMU (Inertial Measurement Unit): The IMU is a sensor system that detects the drone’s movement and communicates with the gimbal controller to make necessary adjustments.
  • Camera: The camera is the device that captures the aerial footage and is mounted onto the gimbal.
  • Wiring: Wiring connects the camera and gimbal components, allowing for data transmission and power supply.

Understanding these parts is crucial for proper drone operation, gimbal adjustment, and maintenance. The gimbal housing provides the necessary support and protection for the internal components, while the IMU ensures that the gimbal can detect and respond to the drone’s movements accurately. The camera, mounted on the gimbal, captures the high-quality footage, and the wiring enables the communication and power transmission between the camera and gimbal.

“A drone gimbal consists of several key parts that work together to provide stability and control.”

Gimbal Housing

The gimbal housing is an essential part of the drone gimbal system. It is designed to securely hold the motors, wiring, and other internal components. The housing is typically made of lightweight materials like carbon fiber or aluminum to minimize the overall weight of the drone. It also provides structural integrity to ensure that the gimbal remains stable during flight. The housing is specifically designed to fit the drone’s frame and components, ensuring a precise and secure connection. Proper maintenance and protection of the gimbal housing are crucial to prevent any damage to the internal components and maintain the overall stability and functionality of the gimbal.

IMU (Inertial Measurement Unit)

The IMU, or Inertial Measurement Unit, is a sensor system that plays a crucial role in the operation of a drone gimbal. It consists of various sensors, including accelerometers, gyroscopes, and magnetometers, which measure the drone’s movement and orientation. The IMU detects changes in acceleration, rotation, and magnetic fields, allowing the gimbal controller to make real-time adjustments to keep the camera stable. By constantly monitoring the drone’s movements, the IMU ensures that the gimbal can compensate for any changes in position or orientation, providing stable and smooth footage. Calibration of the IMU may be required occasionally to ensure accurate readings and optimal gimbal performance.


The camera is the primary component mounted on the gimbal. It is responsible for capturing high-quality aerial footage and imagery. The camera’s quality and capabilities may vary depending on the drone model and intended use. Some drones come with built-in cameras, while others allow for the attachment of external cameras. The camera is securely mounted onto the gimbal to ensure stability and minimize vibrations. It is essential to choose a camera that meets your specific needs, whether it’s for professional photography, videography, or recreational aerial imaging.


The wiring in a drone gimbal system serves two critical purposes: data transmission and power supply. The wiring connects the camera and gimbal components, allowing the transfer of data from the camera to the gimbal controller. This communication is essential for the gimbal to make necessary adjustments based on the drone’s movements. Additionally, the wiring provides power to the gimbal motors and other internal components, enabling their operation. Proper wiring management is necessary to ensure reliable data transmission and power supply, minimizing the risk of interference or malfunction during flight.

Advantages of Three-Axis Mechanical Gimbals

Three-axis mechanical gimbals offer several advantages for drone photography and videography. These gimbals incorporate a sophisticated mechanism that utilizes three brushless motors to stabilize the camera on all three axes – yaw, roll, and pitch, resulting in smooth footage and stable images. The precise control and balance provided by three-axis mechanical gimbals enhance the quality of aerial videography, eliminating vibrations and sudden movements that can distort the footage.

One of the main benefits of three-axis mechanical gimbals is their compatibility with various types of drones. They can be easily adjusted for different camera angles and stabilization settings, allowing for greater flexibility and creative possibilities. Whether you’re capturing breathtaking landscapes or fast-paced action shots, three-axis mechanical gimbals ensure that your footage remains clear, sharp, and stabilized.

Another advantage of three-axis mechanical gimbals is their reliability in different conditions. They are designed to withstand high winds and turbulent environments, providing maximum flight stability and consistent performance. This makes them ideal for professional drone videography, where the quality of the footage is of utmost importance.

Gimbal Balance and Drone Videography

In drone videography, achieving the right balance is crucial to capture smooth and stable footage. Three-axis mechanical gimbals excel in maintaining the balance of the camera during flight, allowing for precise control and movement adjustment. This ensures that your shots are steady and free from unwanted jerks or shakes, resulting in professional-grade footage.

drone videography

With three-axis mechanical gimbals, you can confidently explore different angles and perspectives, knowing that your camera will remain stable and centered. Whether you’re executing complex aerial maneuvers or capturing intricate details, the gimbal’s mechanism ensures that the camera maintains its position, providing you with the freedom to focus on framing and composition.

Overall, three-axis mechanical gimbals are an essential component of drone technology, offering unparalleled stability, control, and precision in aerial videography. From capturing stunning landscapes to dynamic action scenes, these gimbals elevate the quality of your footage, allowing you to unleash your creativity and tell compelling visual stories.

The Role of One-Axis Gimbals in FPV Drones

When it comes to aerial videography with FPV (First Person View) drones, one-axis gimbals play a significant role. These gimbals are designed with a specific purpose of stabilizing the camera’s tilt angle, allowing pilots to manually adjust it using a remote controller. While one-axis gimbals may offer limited stabilization compared to their three-axis counterparts, they are the ideal choice for FPV drones that prioritize agility and fast-paced filming.

One-axis gimbals provide the freedom for creative gimbal moves and enable the capture of dynamic footage from unique perspectives. Their flexibility and maneuverability make them suitable for FPV drone pilots who want to explore different angles and experiment with exciting shots. Whether it’s tracking fast-moving subjects or capturing stunning aerial flips and rolls, a one-axis gimbal can deliver the desired results.

However, it’s important to note that for professionals seeking optimal camera stability and top-notch footage, three-axis gimbals are the preferred choice. These gimbals offer superior stabilization on all three axes, ensuring smooth and stable footage even in challenging conditions. Nevertheless, for FPV drone enthusiasts looking to capture thrilling and action-packed shots, a one-axis gimbal can be a valuable tool in their arsenal.

Benefits of One-Axis Gimbals:

  • Agility and maneuverability for fast-paced filming
  • Freedom for creative gimbal moves and unique perspectives
  • Perfect for FPV drones prioritizing agility and dynamic shots

Aerial videography with one-axis gimbal

The Advancements of Two-Axis Gimbals

Gimbals are an essential tool for achieving smooth and stable footage in drone photography and videography. While three-axis gimbals are the most commonly used, two-axis gimbals offer an intermediate level of stabilization that can greatly enhance your gimbal movements and cinematic shots. Let’s take a closer look at the advancements of two-axis gimbals and how they can benefit beginners and enthusiasts alike.

Two-axis gimbals utilize two brushless motors to stabilize the camera on the roll and pitch axes, providing smoother footage compared to one-axis gimbals. This additional stability allows for more controlled and professional-looking gimbal movements, making it ideal for capturing cinematic shots. Whether you’re panning across a scenic landscape or tracking a moving subject, a two-axis gimbal can help you achieve visually captivating footage.

For beginners who are just getting started with drone videography, two-axis gimbals offer a good balance between stability and ease of use. They provide enough stability to improve the overall quality of your footage while still being relatively simple to operate. This makes them a great choice for those looking to master basic gimbal movements and explore the creative possibilities of aerial cinematography.

When using a two-axis gimbal, there are a few tips and techniques that can help you maximize its potential. First, practice smooth and controlled movements to ensure your footage remains stable and free from jerky motions. Experiment with different angles and perspectives to add depth and visual interest to your shots. Additionally, consider using cinematic gimbal moves such as the “tilt and pan” or the “dolly zoom” to create dynamic and engaging visuals. With practice and creativity, you’ll be able to capture stunning footage that will impress both yourself and your audience.

Gimbal Tips for Beginners:

  • Start with slow and deliberate movements to ensure stability.
  • Experiment with different angles and perspectives to add depth to your shots.
  • Practice using cinematic gimbal moves to create visually captivating footage.
  • Take your time to master the controls and become comfortable with the gimbal’s operation.

In summary, two-axis gimbals offer an excellent balance between stabilization and ease of use, making them a valuable tool for beginners and enthusiasts in aerial photography and videography. With their advancements in technology, these gimbals provide smoother footage and improved gimbal movements, allowing you to capture stunning cinematic shots. By following some simple tips and techniques, you can enhance your drone filmmaking skills and unlock the creative possibilities of two-axis gimbals.

The Future of Four-Axis Gimbals

A new development in the drone industry is the emergence of four-axis gimbals, which offer additional flexibility and creative possibilities for aerial videography. These gimbals are equipped with an extra motor and design that enable the camera to rotate 90 degrees from landscape to portrait mode. This feature allows for vertical shooting without the need for cropping or digital adjustments, preserving the full resolution of the image. Four-axis gimbals are particularly popular among social media content creators and those who require unique camera angles for their footage.

As the demand for aerial videography and smartphone gimbal technology continues to grow, we can expect to see more drones incorporating four-axis gimbals in the future. These gimbals provide an exciting opportunity for capturing dynamic and captivating footage, expanding the creative potential of drone cinematography. By offering versatile shooting options and greater flexibility, four-axis gimbals are at the forefront of innovation in the drone industry.

To fully understand the impact of four-axis gimbals, consider the advantages they bring to aerial videography. Whether it’s capturing stunning landscapes or filming action-packed scenes, these gimbals provide an unprecedented level of flexibility and creative freedom. With the ability to seamlessly switch between landscape and portrait orientation, content creators can explore new visual perspectives and deliver captivating footage that stands out.

Maintenance and Calibration of Drone Gimbals

Proper maintenance and calibration of your drone gimbal are essential to ensure optimal performance and stable footage. Regular maintenance includes checking for physical obstructions or damage that may affect the gimbal’s operation. If you encounter unbalanced gimbal movements or abnormal vibrations during flight, it may be necessary to perform a calibration.

Calibrating your drone gimbal is a straightforward process that can typically be done through the drone’s software or app. Follow the manufacturer’s instructions carefully to ensure accurate calibration. In some cases, professional assistance may be required for more complex calibration or repair.

It is worth noting that gimbals can also be used creatively to simulate drone shots without actually using a drone. By attaching a gimbal to a handheld device or using it as a stabilizer for a camera, you can achieve unique camera movements and perspectives that mimic drone footage. This technique can be particularly useful when filming in locations where drones are prohibited or impractical to use.

“Using a gimbal creatively can allow filmmakers to fake drone shots and capture unique camera movements without the need for an actual drone.”

Overall, proper maintenance and calibration of your drone gimbal are crucial to ensure smooth and stable footage. Regularly check for any issues, perform calibrations as needed, and explore creative uses of your gimbal to enhance your filmmaking capabilities.

Table: Steps for Calibrating a Drone Gimbal

Step Description
1 Power on your drone and ensure it is on a stable surface.
2 Access the drone’s software or app and navigate to the gimbal calibration settings.
3 Follow the on-screen instructions to initiate the gimbal calibration process.
4 Keep the drone still and undisturbed during the calibration process.
5 Wait for the calibration process to complete, and ensure there are no error messages or unusual behavior.
6 Restart the drone and verify that the gimbal movements are smooth and stable.


In conclusion, using a gimbal is essential for achieving professional-quality footage with your drone. Whether you’re using a one-axis, two-axis, or three-axis gimbal, each type has its own advantages for creative gimbal moves and stable camera drone operation. Three-axis mechanical gimbals are the most advanced and widely used, offering outstanding stability and smooth footage in various conditions.

As FPV drones and camera drones continue to evolve, we may see the emergence of four-axis gimbals and other innovative features. It’s important to consider factors such as the type of gimbal, compatibility with your camera, and the desired gimbal movements when choosing the best gimbal for your drone.

By understanding and utilizing the capabilities of a professional gimbal, you can take your aerial photography and creative gimbal moves to the next level. So, explore the possibilities and make the most out of your drone’s potential with the right gimbal for your needs.


What is a gimbal on a drone?

A gimbal on a drone is a support system that uses brushless motors and internal sensors to keep the camera stable at a specific angle and tilt on the yaw, roll, and pitch axes.

How does a gimbal enhance aerial photography?

A gimbal reduces vibrations and sudden movements, resulting in clear and smooth footage. It allows for better control over the movement of the drone camera.

What are the different types of drone gimbals?

There are one-axis, two-axis, three-axis, and even four-axis gimbals, each offering different levels of stability and control.

What is the advantage of using a three-axis gimbal?

Three-axis gimbals provide stability and precise control on all three axes, resulting in smooth and stable footage even in turbulent conditions.

Can I upgrade or change my drone gimbal?

Upgrading or changing a drone gimbal can be complex, as it may require replacing the entire gimbal or camera. It is recommended to contact a drone service or the manufacturer for assistance.

What are the key parts of a drone gimbal?

The key parts of a drone gimbal include the gimbal housing, IMU (Inertial Measurement Unit), camera, and wiring.

How does a one-axis gimbal differ from a three-axis gimbal?

One-axis gimbals stabilize the camera’s tilt angle, while three-axis gimbals stabilize the camera on all three axes – yaw, roll, and pitch.

What are two-axis gimbals commonly used for?

Two-axis gimbals offer intermediate stabilization and are commonly used by beginners and enthusiasts to improve gimbal movements and capture cinematic shots.

What are the advantages of four-axis gimbals?

Four-axis gimbals allow for camera rotation up to 90 degrees, enabling vertical shooting without cropping or digital adjustments.

How should I maintain and calibrate my drone gimbal?

Regular maintenance and calibration are required to ensure optimal performance. Check for physical obstructions or damage and follow the manufacturer’s instructions for calibration.

Can a gimbal be used to fake drone shots?

Yes, gimbals can be used creatively to emulate drone shots without using an actual drone, allowing filmmakers to achieve unique perspectives and camera movements.

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