Master Your Drone with the Top 5 Controllers of 2024: A Comprehensive Review

Drone Controllers: Reliable and Efficient Devices for Flying Drones

Drone flying has gained significant popularity in recent years, creating a demand for reliable and efficient drone controllers. A drone controller is the handheld device used to transmit signals to the drone in the sky. It should not be confused with the receiver, which is installed inside the drone itself.

In this guide, we have identified the top 5 drone controllers currently available on the market. We will highlight their features and benefits to assist you in making an informed decision.

The right drone controller can make all the difference in your drone flying experience. It not only determines how well you can control your drone but also affects its overall performance. A high-quality drone controller provides precise and responsive controls, allowing you to fly your drone with ease and confidence. On the other hand, a subpar controller can lead to frustrating and unpredictable flight experiences, jeopardizing the safety of your drone and those around it. Therefore, investing in a reliable and feature-packed drone controller is crucial for both novice and experienced drone pilots.

Typically, you would only need a new drone controller if you plan on building a new drone or replacing a damaged controller for your existing drone. Our goal is to provide the necessary information to help you choose the best controller for your drone. In this guide, we primarily focus on FPV controllers.

Importance of choosing the right drone controller

Not all drone controllers are compatible with smartphone-controlled drones.

The compatibility of a drone controller with a smartphone-controlled drone depends on the specific communication protocols and technologies used by the drone and the controller.

Here are some key points to consider regarding compatibility:

1. Communication Protocol: Some drones are designed to be controlled specifically via smartphones or tablets using Wi-Fi or Bluetooth connections. In such cases, these drones may not be compatible with traditional handheld remote controllers that use different communication protocols, such as radio frequency (RF).
2. Manufacturer Specifications: Different drone manufacturers may design their drones to work exclusively with their own proprietary controllers or smartphone apps. This means that a controller from one manufacturer may not be compatible with a drone from another manufacturer.
3. Third-Party Solutions: Some third-party accessories or adapters may allow for cross-compatibility between certain drone models and controllers. However, compatibility in these cases may be limited and not guaranteed for all features and functions.
4. Built-in Controller: Some drones have a built-in capability that utilizes a smartphone or tablet as the primary interface for control, and in such cases, a separate dedicated controller may not be compatible or necessary.

In summary, while some drone controllers may be compatible with smartphone-controlled drones, it is important to check the specific compatibility requirements and specifications of both the drone and the controller before making a purchase.

The common communication protocols used by drone controllers include:

1. Radio Frequency (RF): RF communication is a traditional and widely used method for controlling drones. Controllers using RF typically operate on specific frequency bands, such as 2.4GHz or 5.8GHz, to establish a direct connection with the drone.
2. Wi-Fi: Wi-Fi connectivity is utilized in many modern drone controllers, especially those designed to work with smartphones or tablets. This allows for wireless communication between the controller and the drone, often enabling features such as live video streaming and app-based control interfaces.
3. Bluetooth: Some drone controllers utilize Bluetooth technology for establishing a wireless connection with the drone. Bluetooth offers a short-range connection suitable for close-proximity control and data exchange.
4. Occusync and Lightbridge: These are proprietary communication protocols developed by DJI for their high-end drone controllers. They offer long-range, low-latency transmission of video and control signals, particularly for professional and commercial drone applications.
5. LORA: Long Range (LoRa) communication technology is employed in certain advanced drone controllers, providing extended control range and robust signal transmission for drones operating over long distances.
6. SBUS/PPM: These are digital communication protocols commonly used in the radio control (RC) industry for transmitting control signals between the controller and the drone’s flight controller.

Understanding the communication protocols used by drone controllers is essential for ensuring compatibility and optimal performance when selecting a controller for a specific drone model.

To check if your drone is compatible with a new drone controller, you can follow these steps:

1. Review Manufacturer Information: Check the manufacturer’s website or product documentation for your drone. Look for information on compatible controllers and any specific requirements or recommendations provided by the manufacturer.
2. Controller Specifications: Review the specifications of the new drone controller you are considering purchasing. Pay attention to the communication protocols used, such as radio frequency (RF), Wi-Fi, or Bluetooth, and ensure that they align with the compatibility requirements of your drone.
3. Community Forums and Reviews: Look for user experiences and discussions on drone enthusiast forums, social media groups, or product reviews. Other drone owners may have shared their experiences with using specific controllers with your drone model.
4. Contact Manufacturer Support: If you are unsure about compatibility, consider reaching out to the manufacturer’s customer support for clarification. They can provide specific guidance on compatible controllers for your drone model.
5. Retailer Assistance: If you are purchasing the controller from a retailer, inquire with their customer service or support team about the compatibility of the controller with your specific drone model.
6. Compatibility Adapters: Some drones may have compatibility adapters or third-party solutions available that allow for the use of alternative controllers. Check if such adapters are available for your drone model.

By following these steps and conducting thorough research, you can determine the compatibility of a new drone controller with your existing drone, ensuring a seamless and effective pairing.

What’s the difference between FPV and normal drone controller.

The difference between an FPV (First Person View) drone controller and a normal drone controller lies in their design, functionality, and the specific requirements of the drones they are intended to control.

FPV Drone Controller

1. Design for FPV Racing and Freestyle: FPV drone controllers are often designed with the specific needs of FPV racing and freestyle pilots in mind. They prioritize features that cater to the high-speed, agile maneuvering, and immersive flight experience typical in FPV flying.
2. Integration with FPV Goggles: FPV controllers are often designed to seamlessly integrate with FPV goggles, allowing pilots to receive live video feeds from the drone’s onboard camera for real-time first-person view flying.
3. High-Speed Response: These controllers are optimized for high-speed response and precision control to accommodate the rapid movements and split-second decision-making required in FPV racing and acrobatic flying.
4. Customizable and Tunable: Many FPV controllers offer extensive customization options, allowing pilots to adjust control sensitivity, expo curves, and other settings to suit their flying style and preferences.
5. Telemetry and OSD Integration: FPV controllers often integrate telemetry data and on-screen display (OSD) features, providing real-time feedback on crucial flight parameters such as battery voltage, flight speed, and altitude.

Normal Drone Controller

1. Versatility for Different Drone Types: Normal drone controllers, often associated with photography and videography drones, are designed for versatile and stable flight performance to capture aerial imagery and video content.
2. Integrated Camera Controls: These controllers may include dedicated controls for adjusting camera settings, capturing photos, and recording videos, catering to the needs of aerial photographers and videographers.
3. Stability and Smoothness: Normal drone controllers prioritize stability and smooth flight characteristics to facilitate steady aerial imaging and video capture, often emphasizing features such as GPS-assisted flight modes and advanced stabilization systems.
4. Payload Control and Automation: Some normal drone controllers support payload control for specialized applications such as agricultural spraying, mapping, and surveying. They may also offer advanced automation features for waypoint navigation and mission planning.
5. Long-Range and Endurance: Controllers for normal drones may emphasize long-range communication capabilities and extended flight endurance, aligning with the requirements of aerial surveying and inspection tasks.

In summary, while there is some overlap in the basic functions of FPV and normal drone controllers, their specific design, features, and performance characteristics are tailored to meet the distinct demands of FPV racing and freestyle flying versus the diverse applications of standard aerial photography, videography, and industrial drone operations.

Top 5 drone controllers on the market in 2024

1. RadioMaster TX16S MKII

The RadioMaster TX16S MKII drone controller comes with an array of features and benefits that cater to the needs of drone pilots and enthusiasts. Here are the prominent features and benefits:

Features of the RadioMaster TX16S MKII Drone Controller:

1. Audio Jack Module: The TX16S MKII features a separate audio jack module for minimized RF interference and improved audio quality, with two speakers positioned for enhanced sound output [1].
2. Redesigned Battery Cover: The updated battery cover is easier to remove and offers a more secure fit, ensuring convenient access to the battery bay [1].
3. USB-C Port and Charging: Equipped with a USB-C port at the bottom for faster charging, with an enhanced charging circuitry capable of delivering a maximum charging power of almost 11.5W [1].
4. SD Card and Firmware Access: The TX16S MKII comes with an SD card and features a USB-C port on top for accessing the SD card, flashing firmware, and connecting to a computer for FPV simulators [1].
5. Hardware Improvements: The housing utilizes hex screws for ease of maintenance and features retooled faceplates, improved knobs, and enhanced power supply circuitry for better stability and performance [1].
6. Internal ELRS Module: The internal ExpressLRS (ELRS) RF module provides a maximum output power of 250mW, offering reliable and long-range communication capabilities [1].
7. V4.0 Hall Sensor Gimbal: The transmitter is equipped with V4.0 Hall sensor gimbals for precise control and improved temperature stability [3].
8. Versatility and Compatibility: The TX16S MKII supports a range of protocols, features a 4.3-inch TFT full-color touch display, and is compatible with EdgeTX and OpenTX firmware [3].

Benefits of the RadioMaster TX16S MKII Drone Controller:

1. Enhanced Audio Quality: The addition of two speakers and a separate audio jack module provides improved audio output for better user experience during drone operation [1].
2. Convenient Charging: The USB-C port and enhanced charging circuitry offer faster and more efficient battery charging, minimizing downtime between flights [1].
3. Improved Ergonomics: The inclusion of improved knobs, center-detents, and optional rear grips enhances user comfort and control precision during operation [3].
4. Long-Range Communication: The internal ELRS module with a maximum output power of 250mW ensures reliable and long-range communication, catering to various drone flying scenarios [1].
5. Compatibility and Flexibility: The TX16S MKII’s support for multiple protocols, touch display, and extensive customization options make it a versatile and adaptable controller for diverse drone applications [3].

In summary, the RadioMaster TX16S MKII drone controller offers a blend of advanced features and ergonomic improvements, aiming to provide drone pilots with precise control, enhanced audio capabilities, and versatile functionality for a wide range of drone operations.

References:
[1] Review: Radiomaster TX16S Mark II Radio (MKII) – Oscar Liang
[2] RadioMaster TX16S MKII Radio Transmitter – MCK RGB … – GetFPV
[3] RadioMaster TX16S MK II Radio Controller Mode 2 with AG01 …

2. RadioMaster Boxer

The RadioMaster Boxer drone controller offers a range of features and benefits tailored to the needs of drone pilots. Here are the key features and benefits of the RadioMaster Boxer drone controller:

Features of the RadioMaster Boxer Drone Controller:

1. Compact and Ergonomic Design: The RadioMaster Boxer features a compact and ergonomic design, offering a comfortable grip and intuitive button layout for ease of use during drone operation.
2. Powerful Processor: Equipped with an STM32VGT6 processor, providing reliable processing power for efficient control and operation [1].
3. Gimbal Precision: The Boxer is equipped with full-size hall effect gimbals (V4.0 Hall gimbals), offering precise control and stability during flight [2].
4. Receiver Protocol Options: The Boxer is available with multiple receiver protocol options, including 4-in-1 Multi-Protocol, ExpressLRS 2.4GHz, and CC2500, providing flexibility for various drone setups [1].
5. Battery Compatibility and Long Duration: Supports 2S 6200mAh batteries for up to 20 hours of operation, ensuring extended usage without frequent recharging [1].
6. Refresh Rate and Transmitting Power: The internal ELRS module is capable of a 1,000Hz refresh rate, offering high-speed communication, and a maximum transmitting power of 30dBm for reliable signal strength [1].
7. Upgrade and Firmware Access: The Boxer supports firmware upgrades via USB/SD card and EdgeTX Companion PC software, allowing for convenient updates and customization [1].
8. Standardized Button Layout: The controller features a standardized button layout with a versatile 6-position switch for flight mode access, enhancing user convenience and control [3].
9. Integrated Cooling Fan: The ELRS version of the Boxer includes a built-in internal module cooling fan for improved heat dissipation and performance stability [3].
10. Adjustable Antenna: Equipped with an adjustable and removable T-shape antenna to optimize signal reception and range [3].

Benefits of the RadioMaster Boxer Drone Controller:

1. Compact and Portable: The compact design and industry-first fabric handle make the Boxer easy to transport, providing portability for on-the-go drone operations [3].
2. Ergonomic Comfort: The Boxer offers a comfortable and firm grip suitable for both pinchers and thumbers, ensuring user comfort during prolonged usage [2].
3. Receiver Protocol Flexibility: With multiple receiver protocol options, the Boxer accommodates a wide range of radio systems and offers compatibility with various drone platforms [1].
4. Extended Battery Life: The support for 2S 6200mAh batteries enables up to 20 hours of operation, minimizing the need for frequent recharging during extended drone flying sessions [1].
5. High Refresh Rate and Transmitting Power: The high refresh rate and transmitting power of the internal ELRS module provide responsive control and reliable long-range communication capabilities [1].
6. Versatile Button Layout: The standardized button layout and intuitive menu navigation enhance user convenience and flexibility in accessing different functions and flight modes [3].
7. Upgrade and Customization: The support for firmware upgrades and customizable settings allows users to tailor the controller to their specific preferences and requirements [1].
8. Integrated Cooling and Antenna: The built-in cooling fan and adjustable antenna contribute to improved performance and signal reliability during drone operations [3].

In summary, the RadioMaster Boxer drone controller combines compact design, precision control, extended battery life, and versatile receiver protocol options to provide drone pilots with a feature-rich and user-friendly control solution for various FPV drone applications.

References:
[1] RadioMaster Boxer Radio Transmitter – 4-in-1 Multi-Protocol …
[2] Review: Radiomaster Boxer Radio Controller – Oscar Liang
[3] Radio Master BOXER 2.4G ELRS M2 Radio Controller – skyzonefpv

3. RadioMaster Zorro

The RadioMaster Zorro drone controller offers a plethora of features and benefits that cater to the needs of FPV (First Person View) drone pilots. Here are the notable features and benefits of the RadioMaster Zorro drone controller:

Features of the RadioMaster Zorro Drone Controller:

1. Oversized LCD Display: The Zorro features a large 1.3″ backlit LCD screen, offering crisp and colorful resolution for easy model settings and enhanced visibility of built-in ExpressLRS screens.
2. Operating System: It comes pre-loaded with EdgeTX, a custom version of OpenTX designed specifically for FPV, offering faster response times and an optimized menu system.
3. Multiprotocol Support: Despite having ExpressLRS built-in, the Zorro retains a module bay for adding multiprotocol modules, providing flexibility for controlling different receivers.
4. Smart Audio Support: Supports Smart Audio-equipped VTXs, allowing seamless integration with Ghost or FPort modules for enhanced functionality.
5. Adjustable Stick Tension: The Zorro includes adjustable stick tension screws on the back, enabling users to fine-tune the feel of the gimbals to their preference without disassembling the radio.
6. Head Tracking and Bluetooth Support: The Zorro is plug-and-play ready for head tracking, and it also features Bluetooth support for wireless connectivity to simulators.
7. Ergonomics and Gamepad Form Factor: Offers great ergonomics and a gamepad-style form factor, providing a comfortable grip and intuitive control interface.
8. ELRS Internal RF Module: Equipped with a built-in 250mW ExpressLRS module for robust long-range communication capabilities, with the option to add external modules for extended range.
9. Folding Antenna and External Module Support: Features a foldable antenna and supports external RF modules, offering enhanced signal reception and flexibility for different RF systems.

Benefits of the RadioMaster Zorro Drone Controller:

1. Performance in the Air: The Zorro offers intuitive and precise control, with smooth and adjustable stick tension, providing a natural and responsive flying experience, particularly suitable for technical flying and tight gaps.
2. ExpressLRS Range: Delivers exceptional range and robustness with the built-in 250mW ExpressLRS module, providing impressive penetration and reliability for FPV quads, even through dense obstacles.
3. Competitive Positioning: Positioned as a premium gamepad-style controller with a competitive price point, offering a balance between price and performance, making it an attractive option for FPV pilots.
4. Comparison with Competitors: Stacks up favorably against competitors such as the TBS Tango 2, Jumper T-Lite, Radiomaster TX16S, and FrSky X-Lite S, offering a high-end experience at a relatively lower price point.

In summary, the RadioMaster Zorro drone controller combines advanced features, ergonomic design, and exceptional performance in the air, positioning it as a versatile and competitive option for FPV drone pilots seeking precise control, extended range, and flexibility in a gamepad-style form factor.

4. RadioMaster Pocket

Here are the features and benefits of the RadioMaster Pocket drone controller:

Features of the RadioMaster Pocket Drone Controller:

1. Compact and Portable Design: The RadioMaster Pocket is one of the smallest and most portable radio controllers, making it ideal for traveling and on-the-go use.
2. Hall Effect Gimbals: Equipped with hall effect gimbals, known for their exceptional smoothness and increased durability, ensuring precise and reliable control.
3. Foldable Antenna: Features a compact foldable antenna, optimizing portability and space efficiency.
4. Backlit LCD Screen: The Pocket comes with a small backlit 1.6″ LCD screen, offering clear and legible information for seamless user experience.
5. Adjustable Gimbal Tension: Allows users to adjust gimbal tension from the back of the radio, providing customization for a tailored control experience.
6. Long Battery Life: Utilizes two 18650 lithium-ion batteries, offering long-lasting operation for extended flying sessions.
7. ExpressLRS and MPM CC2500 Versions: Available in ExpressLRS and MPM CC2500 versions, providing flexibility in choosing the preferred radio protocol.
8. External Module Bay: Compatible with RadioMaster Nano-size modules and TBS Nano Crossfire/Nano Tracer, offering enhanced expansion possibilities.
9. Ergonomic Layout: Offers a wide range of controls, switches, buttons, and connectors, ensuring comprehensive functionality in a compact form factor.
10. User-Friendly Menu Buttons: Improved user-friendly menu buttons, trim buttons, and switches for intuitive navigation and control.
11. Customizable Trim Buttons: The trim buttons are 5-way joysticks, providing flexibility for easy channel trimming and additional configuration possibilities.
12. EdgeTX Firmware: Pre-installed with the EdgeTX firmware, providing full access to the radio’s capabilities and programming options.
13. Multiple Color Options: Available in vibrant color cases, including blue, pink, green, and orange, allowing pilots to personalize their style.

Benefits of the RadioMaster Pocket Drone Controller:

1. Portability and Travel-Friendliness: The compact and lightweight design of the Pocket makes it a convenient and portable option for drone pilots, especially for travel and on-the-go flying.
2. Precise and Smooth Control: The hall effect gimbals ensure smooth and precise control, offering a reliable flying experience for pilots.
3. Long Battery Life: With the use of two 18650 lithium-ion batteries, the Pocket provides extended battery life, enabling several long flying sessions before needing to swap batteries.
4. Expansion and Compatibility: The external module bay and compatibility with various modules offer enhanced expansion possibilities and flexibility in choosing compatible accessories.
5. Customization and User-Friendly Interface: The adjustable gimbal tension, customizable trim buttons, and user-friendly menu buttons provide an intuitive and tailored control experience for pilots.
6. Versatile Protocol Support: The availability of ExpressLRS and MPM CC2500 versions offers flexibility in choosing the preferred radio protocol based on individual preferences and requirements.
7. Personalization Options: The availability of multiple vibrant color cases allows pilots to personalize the appearance of their radio controller.

In summary, the RadioMaster Pocket drone controller stands out for its compact design, precise control, long battery life, flexibility in protocol support, and user-friendly interface, making it a compelling option for FPV drone pilots looking for a portable and feature-rich radio controller.

5. Jumper T20S

The Jumper T20S drone controller offers a wide array of features and benefits that cater to both multirotor and fixed-wing pilots, making it a versatile and budget-friendly option. Here are the notable features and benefits:

Features of the Jumper T20S Drone Controller:

1. Compact and Lightweight Design: The T20S embodies a compact and lightweight form factor, making it highly portable and suitable for on-the-go use.
2. Full-Size Gimbals: Equipped with full-size hall effect gimbals, renowned for exceptional smoothness and increased durability, ensuring precise and reliable control for pilots.
3. Versatile Controls: Loaded with 10 switches, 6 sliders, and 6 flight mode buttons, providing comprehensive functionality suitable for both multirotor and fixed-wing applications.
4. Ergonomic Design: The T20S features an ergonomic design that offers a comfortable grip, ensuring user comfort during prolonged usage.
5. ExpressLRS Technology: Incorporates an internal ExpressLRS module, delivering advanced long-range communication capabilities for reliable signal transmission.
6. EdgeTX Firmware: Comes pre-installed with the popular EdgeTX firmware, offering access to a wide range of radio capabilities and programming options.
7. Internal Storage: Boasts a built-in 512MB flash memory, eliminating the need for an external SD card and providing storage for model images, audio files, and radio backups.
8. Battery Compatibility: Supports 21700 batteries, offering impressive battery life with up to 14 hours of runtime, ensuring extended flying sessions.
9. Control Customization: Allows pilots to adjust gimbal stick length and offers the flexibility to configure trim buttons as additional switches in EdgeTX, providing enhanced customization possibilities.

Benefits of the Jumper T20S Drone Controller:

1. Portability and Versatility: The compact and lightweight design, coupled with the versatile controls, makes the T20S a highly portable and versatile radio suitable for various flying scenarios.
2. Precise Control: The full-size hall effect gimbals ensure exceptional smoothness and precise control, contributing to a reliable and responsive flying experience for pilots.
3. Comprehensive Functionality: The abundance of switches, sliders, and flight mode buttons enables pilots to access a wide range of controls, making the T20S suitable for both multirotor and fixed-wing applications.
4. Long Battery Life: With support for 21700 batteries, the T20S provides extended battery life, allowing pilots to enjoy prolonged flying sessions without frequent recharging.
5. Advanced Communication: The internal ExpressLRS module offers robust long-range communication capabilities, ensuring reliable signal transmission during flights.
6. User-Friendly Firmware: The pre-installed EdgeTX firmware provides access to advanced radio capabilities and programming options, offering a user-friendly interface for control customization.

In summary, the Jumper T20S drone controller offers a blend of portability, precise control, versatile functionality, and advanced communication capabilities, making it a compelling choice for both beginner and experienced pilots engaged in multirotor and fixed-wing flying activities.

Choosing the best drone controller for your needs

With so many options available, choosing the best drone controller for your needs can be a daunting task. To help you make an informed decision, here are some considerations and factors to prioritize in your decision-making process.

Considerations when purchasing a drone controller

• Compatibility with your drone model
• Ease of use and comfort
• Battery life and charging options
• Range and signal strength
• Advanced features and flight modes

Factors to prioritize in your decision-making process

• Performance and responsiveness
• Build quality and durability
• Customer reviews and reputation
• Price and budget constraints
• Long-term support and software updates

By carefully evaluating these considerations and factors, you can narrow down your options and find the drone controller that best suits your needs and preferences.

Tips for mastering your drone with the chosen controller

Once you have chosen the best drone controller for your needs, it’s time to master your drone flying skills. Here are some tips to help you make the most of your chosen controller:

Practice regularly

Consistent practice is key to becoming a skilled drone pilot. Set aside dedicated time to fly your drone and familiarize yourself with the controller’s features and controls. Regular practice sessions will improve your flying skills and build your confidence as a drone pilot.

Learn the controller’s features and settings

Take the time to thoroughly understand your chosen controller’s features and settings. Read the user manual, watch tutorial videos, and experiment with different flight modes and settings. The more you learn about your controller, the better equipped you will be to utilize its capabilities to their fullest potential.

Join online drone communities for support and advice

Online drone communities are a valuable resource for drone pilots of all levels. Join forums, social media groups, and online communities dedicated to drones and drone flying. Engage with fellow pilots, ask questions, and share your experiences. These communities offer a wealth of knowledge and support that can enhance your drone flying journey.

Take advantage of tutorials and resources

Many drone manufacturers and enthusiasts provide tutorials and resources to help you improve your drone flying skills. Take advantage of these resources and learn from experienced pilots. Whether it’s video tutorials, online courses, or instructional articles, these resources can provide valuable insights and guidance.

Experiment and push your limits

As you become more comfortable with your chosen controller, don’t be afraid to experiment and push your limits. Try new flight maneuvers, explore different environments, and challenge yourself to improve your skills. The more you push your limits, the more you will grow as a drone pilot.

Conclusion: Elevate your drone flying experience with the top 5 controllers of 2024

Choosing the right drone controller is essential for a smooth and enjoyable drone flying experience. The top 5 drone controllers discussed in this comprehensive review offer a range of features and benefits to cater to the needs of drone pilots of all levels. Whether you prioritize performance, ease of use, compatibility, or price, there is a drone controller on this list that will meet your requirements. By considering the factors and tips outlined in this article, you can make an informed decision and elevate your drone flying experience with confidence.

Are you ready to take your drone flying skills to new heights? Invest in one of the top 5 drone controllers of 2024 and unleash your creativity in the skies. Happy flying!

Explore the top 5 drone controllers of 2024 and choose the perfect one for your needs. Elevate your drone flying experience today!

Also, if you’re interested check out our review of the best tello drone controllers on the market.