Top 17 Long Range Drones of 2024 (5-200km Range)

Long Range Drones are advanced aerial vehicles designed to cover extensive distances and offer prolonged flight times, making them ideal for a variety of applications such as agricultural surveys, mapping missions, environmental monitoring, and more. These drones come in different types, each with unique features suited to specific tasks.

Reading this article will provide you with detailed insights into various types of long-range drones, including FPV drones, drones with cameras, fixed-wing drones, VTOL drones, and commercial drones. You will learn about their key specifications, capabilities, and suitable applications, helping you make an informed decision when choosing a long-range drone.

Long Range Fpv Drone

Long Range Drone with Camera

Long Range Fixed Wing Drone

Long Range Vtol Drone

Notes：The maximum range of the recommendatory remote control PIXHAWK H16Pro for T-DRONES drone frames is 30km. If you need further transmission range you can choose more remote controls to improve the control range.

Long Range Commercial Drones

The following sections provide detailed guidance on how to choose the best long-range drone and explore the specific parameters, features, and suitable applications of the 17 top long-range drones in 2024.

What Type of Drone is Best for Long Distance Flying?

When it comes to long-distance flying, different types of drones offer various advantages based on their design and functionality. Understanding these differences can help you choose the best drone for your specific needs.

Fixed-Wing Drones

Fixed-wing drones are known for their extended flight times and efficiency. They are ideal for covering large areas, making them suitable for tasks like agricultural surveys, mapping missions, and environmental monitoring.

Multirotor Drones

Multirotor drones, including quadcopters, are valued for their stability and maneuverability. While they typically have shorter flight times than fixed-wing drones, their ability to hover and precise control makes them suitable for detailed inspections and photography.

VTOL (Vertical Takeoff and Landing) Drones

VTOL drones combine the advantages of fixed-wing and multirotor designs, offering both vertical takeoff and efficient forward flight. They are versatile and can be used in various environments, including confined spaces.

How to Choose the Best Long Range Drone?

Selecting the best long-range drone involves several key factors that ensure optimal performance and reliability. Below are important considerations when choosing a long-range drone.

Flight Range

Flight range is a critical factor when choosing a long-range drone. Look for drones that offer extensive flight ranges to cover large areas without losing connection. The range should align with your specific needs, whether for surveying, mapping, or recreational use.

Transmission Quality and Stability

Clear and stable video transmission is essential for precise navigation and image capture over long distances. Look for drones with high-gain antennas and dual-frequency transmission systems to enhance signal strength and minimize interference.

Battery Performance

Battery performance determines how far and how long your drone can fly. Choose drones with robust battery capacity to ensure extended flight times and the ability to carry heavier payloads, which is crucial for tasks like mapping and surveillance.

Anti-Interference Capabilities

Anti-interference features are vital for maintaining a stable connection, especially in areas with high electromagnetic interference. Dual-frequency transmission systems that switch between 2.4GHz and 5.8GHz frequencies help avoid signal loss and ensure reliable long-range flights.

Intelligent Functions and Safety Features

Smart features like “Return to Home” and autonomous flight modes enhance the efficiency and safety of long-range drones. These features allow drones to navigate complex routes, avoid obstacles, and return safely if control is lost or the battery is low.

Camera Capabilities

High-resolution cameras are essential for capturing detailed aerial imagery. Look for drones with advanced gimbals for steady shots, zoom lenses for close-up images, and dual cameras for varied shooting modes like slow motion or night mode. High-quality cameras are crucial for professional photography and videography.

Product Quality

The overall build quality of the drone is crucial for long-term use. Drones made from durable materials and featuring weather-resistant designs are better suited for long-range missions. High-quality construction ensures that the drone can withstand various environmental conditions and potential impacts.

Price

Price is an important factor to consider. While higher-end drones offer advanced features and better performance, they come at a higher cost. Determine your budget and find a drone that offers the best value for money, balancing features, performance, and cost.

Top 17 Long Range Drones in 2024

1. Long Range FPV Drone

1.1. iFlight Titan XL5 6S HD

The iFlight Titan XL5 6S HD is a robust 5" quadcopter designed for freestyle flying. It comes with the Runcam Link Wasp Digital HD System and Nazgul 5" 3-Blade propellers, making it a powerful and ready-to-fly (RTF) drone. Equipped with 1800KV motors and a BLITZ F7 Flight Controller, this drone is pre-tuned and set up for optimal performance, requiring only binding and flying.

This drone is ideal for freestyle enthusiasts and those who enjoy high-speed flying with precise control.

1.2. DJI FPV

The DJI FPV is a revolutionary FPV drone that combines the excitement of high-speed flying with the ease of use that DJI is known for. It features a sleek, non-foldable frame and includes a high-quality camera capable of recording 4K video at 60fps. The drone offers three flight modes: Normal, Sport, and Manual, making it suitable for both beginners and experienced pilots. Its impressive transmission range of up to 10 km and flight time of 20 minutes set it apart from many competitors.

This drone is perfect for thrill-seekers and videographers looking to capture immersive first-person footage.

1.3. DJI Avata 2

The DJI Avata 2 is an advanced FPV drone designed for smooth and exhilarating flights. It features a cinewhoop style design with propeller guards for added safety. The Avata 2 is equipped with a 12MP camera capable of recording 4K video at 60fps, and it offers up to 23 minutes of flight time. The drone comes with two controller options: the Motion 3 Controller for intuitive flying and the FPV Remote Controller 3 for more advanced manual flying.

The DJI Avata 2 is ideal for both beginners and experienced pilots who want a high-quality FPV experience with the convenience of DJI's user-friendly technology.

2. Long Range Drone with Camera

2.1. DJI Mini 4 Pro  

The DJI Mini 4 Pro is a compact and lightweight drone that excels in ease of use and portability. Despite its small size, it offers impressive features such as 4K video recording, vertical video mode, and a comprehensive obstacle avoidance system. Its lightweight design allows it to bypass many regulatory restrictions, making it an ideal choice for beginners and casual users.

Suitable for: Beginners and hobbyists looking for an easy-to-use drone with high-quality imaging capabilities.

2.2. DJI Air 3

The DJI Air 3 is a highly versatile drone, equipped with dual cameras and excellent obstacle avoidance systems. It offers a long flight time and significant transmission range, making it ideal for capturing high-quality images and videos over extended distances. The Air 3 is known for its smooth operation and intuitive controls, suitable for both amateurs and professionals.

Suitable for: Users who need a reliable and versatile drone with advanced video capabilities and extended flight features.

2.3. Autel Robotics EVO Lite+

The Autel Robotics EVO Lite+ is a versatile drone featuring a robust build and impressive 6K camera capabilities. It includes a variable aperture, allowing for detailed and high-quality imaging under various lighting conditions. The drone is equipped with smart tracking features and a three-way collision sensing system, making it a practical choice for both novice and experienced users.

Suitable for: Enthusiasts and semi-professional users looking for a reliable and feature-rich drone for photography and videography.

2.4. DJI Mavic 3 Pro

The DJI Mavic 3 Pro stands out with its triple-camera system, including a primary Hasselblad camera for superior image quality. It boasts advanced features like omnidirectional collision avoidance and ActiveTrack 5.0, making it highly capable of handling complex shooting scenarios with ease. Its enhanced flight time and long transmission range further enhance its usability for professional-grade photography and videography.

Suitable for: Professionals and serious enthusiasts seeking a high-performance drone with multiple camera options.

3. Long Range Fixed Wing Drone

3.1. Delair UX11

The Delair UX11 is a professional mapping drone designed for high-precision mapping and surveying applications. It features a compact and lightweight design, making it portable and easy to deploy. The UX11 is equipped with a high-resolution camera and advanced GNSS capabilities for centimeter-level accuracy, making it ideal for surveying large areas with precision.

Suitable for: Surveying and mapping professionals who require high-precision data for large-area coverage.

3.2. Albatross UAV

The Albatross UAV is a long-range fixed-wing drone designed for a variety of commercial applications. With a wingspan of 3 meters and a maximum flight time of 4 hours, it offers extensive coverage and endurance. The Albatross is highly customizable, allowing users to integrate various payloads and sensors to meet specific mission requirements. Its robust design and advanced features make it suitable for demanding environments and long-duration missions.

Suitable for: Commercial and research applications requiring long-range, high-endurance capabilities.

4. Long Range Vtol Drone

Notes：The maximum range of the recommendatory remote control PIXHAWK H16Pro for T-DRONES drone frames is 30km. If you need further transmission range you can choose more remote controls to improve the control range.

4.1. T-DRONES VA23  

The T-DRONES VA23 is a high-endurance VTOL fixed-wing UAV, offering a flight time of up to 240 minutes. It features a lightweight carbon fiber frame that enhances its strength and flight performance. The VA23 is equipped with a power management module and a locking propeller system for safer and more stable flights. Its quick-disassembly design allows for easy transport and assembly within three minutes, making it ideal for various aerial missions.

Suitable for: Long-duration aerial missions requiring easy deployment and high endurance.

4.2. T-DRONES VA25  

The T-DRONES VA25 is designed for extended flight endurance and VTOL capabilities, supporting diverse payloads for various missions. It features a robust power system and locking propeller design, enhancing flight efficiency and safety. The VA25 offers a cruising speed of 80-90 km/h and can endure up to 210 minutes of flight. Its quick assembly and disassembly feature make it convenient for rapid deployment in different environments.

Suitable for: Versatile aerial missions requiring high endurance and flexible payload options.

4.3. Autel Dragonfish Pro

The Autel Dragonfish Pro is a tilt-rotor VTOL drone designed for optimal performance and efficiency. It features a composite outer shell and carbon fiber core for durability and weather resistance. The Dragonfish Pro includes advanced AI tracking, interchangeable payloads, and robust safety features like redundant communication systems and automatic transition modes. With a maximum flight time of 158 minutes, it is suitable for complex and varied aerial missions.

Suitable for: Professional applications requiring advanced tracking, high endurance, and versatile payload options.

4.4. JOUAV CW-30E

The JOUAV CW-30E is a high-endurance hybrid VTOL drone, capable of flying up to 480 minutes with a payload of 8 kg. It is designed for large-area and high-precision missions, featuring advanced flight control and navigation systems. The CW-30E supports various payloads, including LiDAR and high-resolution cameras, making it suitable for applications like mapping, surveillance, and inspection. Its robust design ensures reliable operation under diverse environmental conditions.

Suitable for: Extensive and high-precision aerial missions requiring long endurance and heavy payload capacity.

5. Long Range Commercial Drones

Notes：The maximum range of the recommendatory remote control PIXHAWK H16Pro for T-DRONES drone frames is 30km. If you need further transmission range you can choose more remote controls to improve the control range.

5.1. T-DRONES M690Pro  

The T-DRONES M690Pro is a versatile multirotor drone designed for a variety of commercial applications. It offers a maximum flight time of 89 minutes and can be folded for easy transport. The drone features a robust frame and advanced flight control systems, making it suitable for tasks that require extended flight durations and reliable performance.

Suitable for: Commercial applications requiring long flight times and easy transport.

5.2. T-DRONES M1200

The T-DRONES M1200 is a heavy-duty multirotor drone designed for industrial applications. It supports a maximum flight time of 107 minutes and can carry heavier payloads, making it ideal for tasks that require robust performance and extended endurance. Its foldable design ensures convenient transport and deployment.

Suitable for: Industrial applications requiring heavy payloads and long endurance.

5.3. T-DRONES MX860

The T-DRONES MX860 is a high-performance multirotor drone capable of carrying heavy payloads with a maximum flight time of 74 minutes. It features advanced flight control systems and a durable frame, making it suitable for demanding commercial and industrial tasks. Its foldable design enhances portability and ease of use.

Suitable for: High-demand commercial and industrial applications with heavy payload requirements.

5.4. DJI Matrice 300 RTK

The DJI Matrice 300 RTK is an advanced industrial drone platform offering a maximum flight time of 55 minutes. It features a robust design inspired by modern aviation systems, advanced AI capabilities, and six-directional sensing and positioning. The M300 RTK supports multiple payload configurations and is equipped with the OcuSync Enterprise transmission system, ensuring reliable and secure data transmission over long distances.

Suitable for: Advanced industrial applications requiring high reliability and intelligent flight features.

How Are Long Range Drones Controlled?

Controlling long-range drones involves various advanced technologies and systems to ensure precise navigation, stable communication, and efficient operation over extended distances. Here's an in-depth look at the primary methods used to control long-range drones:

Remote Control

The most common method of controlling drones, especially for short to medium ranges, is through remote control. This involves a handheld device that communicates with the drone using radio signals. Key components of a remote control system include:

1. Transmitter: Sends signals to the drone.

2. Receiver: Located on the drone, it interprets the signals from the transmitter.

3. Controller: This can range from simple joysticks to sophisticated consoles, enabling the operator to maneuver the drone.

While effective for shorter ranges, remote controls are limited by signal strength and environmental interference, typically providing control over distances of a few kilometers.

Computer-Based Control

For more advanced and long-range operations, drones can be controlled using computer-based interfaces. These systems allow operators to control drones via software running on a computer, offering several advantages:

1. Flight Path Mapping: Operators can pre-program flight paths for the drone to follow, which is particularly useful for complex missions like surveying or search and rescue.

2. Real-Time Monitoring: Provides detailed telemetry data, enabling real-time adjustments and monitoring of the drone’s status.

3. Enhanced Control: Sophisticated software interfaces often include features such as automated takeoff and landing, waypoint navigation, and detailed flight data analysis.

Ground Control Stations

Long-range drones often utilize ground control stations (GCS) for enhanced management and control. These stations typically include advanced communication systems and software interfaces that provide comprehensive control over the drone’s operations. Key features include:

1. Extended Range Communication: Ground control stations can use satellite communication or specialized radio frequencies to maintain control over long distances, often exceeding 100 kilometers.

2. Real-Time Data Transmission: GCS setups allow for the continuous transmission of high-quality video and telemetry data, ensuring the operator remains fully informed about the drone's status and surroundings.

3. Autonomous Flight Modes: Many long-range drones can be programmed for autonomous operations, where they follow pre-set flight paths and perform tasks without real-time input from the operator.

UAV Relay Systems

To further extend the range and ensure reliable communication, UAV relay systems can be employed. This involves using intermediate drones or ground-based relay stations to extend the communication range between the primary drone and the operator. Benefits include:

1. Extended Operational Range: By using relay stations, drones can operate far beyond the typical range of direct control.

2. Reliable Signal Transmission: Reduces the risk of signal loss and ensures continuous data flow, even in challenging environments.

3. Enhanced Mission Capabilities: Ideal for complex missions requiring extensive coverage, such as large-scale surveying, environmental monitoring, and disaster response.

Satellite-Based Control

For the most demanding long-range operations, satellite-based control provides a robust solution. By leveraging satellite networks, drones can maintain communication with ground control stations over vast distances, often hundreds of kilometers. Advantages include:

1. Global Coverage: Enables drone operations in remote and inaccessible areas.

2. High Reliability: Satellite communication is less prone to interference and signal loss compared to terrestrial communication systems.

3. Enhanced Data Security: Ensures secure transmission of sensitive data, which is crucial for missions like military operations and critical infrastructure monitoring.

FAQs

What is the Furthest Distance a Drone Can Fly?

The furthest distance a drone can fly varies based on its design, technology, and intended use. High-end commercial drones can achieve significantly longer ranges compared to consumer models. For example, the JOUAV CW-30E, a high-performance long-range drone, can fly up to 200 kilometers (124.3 miles) from the controller while maintaining real-time video transmission. Other advanced drones like the Autel Dragonfish Pro and T-DRONES VA23 can reach distances up to 30 kilometers (18.6 miles) with impressive flight times.

If you want to learn more, please read How Far Can a Drone Fly?.

Are There Any Legal Restrictions for Flying Long-Range Drones?

Yes, there are legal restrictions for flying long-range drones:

1. Visual Line of Sight (VLOS): Drones must generally be flown within the operator’s visual line of sight, typically limiting the range to about 0.25 to 0.5 miles.

2. Beyond Visual Line of Sight (BVLOS): Requires special permissions and adherence to strict safety regulations.

3. Airspace Restrictions: Drones cannot fly near airports, military bases, or other sensitive areas without authorization.

4. Altitude Limits: Generally restricted to a maximum of 400 feet above ground level.

These regulations ensure safety and compliance with local laws.

What Affects the Range of a Drone

Several factors influence the range of a drone:

Battery Capacity

Larger batteries provide more power but also add weight, which can reduce the overall range.

Drone Design and Weight

Lighter drones consume less energy, increasing their range. Efficient motors and propellers also enhance flight duration.

Environmental Conditions

Wind, rain, and extreme temperatures can negatively affect battery performance and drone stability, reducing range.

Communication Systems

Stronger radio frequencies and satellite links ensure reliable long-range control and data transmission.

Operational Factors

The style of flying, payload weight, and the efficiency of the flight control system can significantly impact the drone's range.

Regulatory Restrictions

Legal limitations on altitude and distance from the operator can also dictate how far a drone can fly.

What Happens When a Drone Goes Out of Range?

When a drone goes out of range, its behavior depends on the technology and fail-safe features built into the drone. Here are the common scenarios:

Return to Home (RTH)

Many modern drones are equipped with a Return to Home (RTH) function. When the signal is lost, the drone uses GPS to navigate back to its takeoff point automatically.

Hovering or Landing

Some drones are designed to hover in place or perform a controlled landing if they lose signal. This prevents the drone from drifting away or crashing.

Manual Recovery Options

If the drone is still within a recoverable distance, pilots might be able to manually regain control by moving closer to the drone or using alternative control methods.

Signal Loss Alerts

Advanced drones provide alerts to the operator's controller or connected device, indicating a loss of signal and triggering an RTH or other fail-safe procedures.

Failsafe Features

Drones in sport or high-performance modes may not activate certain fail-safe features like RTH, requiring pilots to be prepared for manual recovery.

For more detailed information, please read How Far Can a Drone Fly?.

How Can I Increase My Drone Range?

To increase the range of your drone, you can implement several strategies:

Optimize Antenna Placement and Selection

• Antenna Positioning: Ensure antennas are positioned optimally on the drone to improve signal strength and stability.

• High-Gain Antennas: Use high-gain antennas to focus energy more efficiently, extending the range.

Reduce Signal Interference

• Fly Higher: Flying at higher altitudes can reduce interference from other signal sources.

• Remove Obstacles: Avoid physical obstructions like buildings or trees between the drone and the controller.

Modify Drone Settings

• Firmware Updates: Regularly upgrade the drone's firmware to enhance signal strength and stability.

• Optimize Transmission Systems: Implement technologies like frequency hopping and signal amplification.

Use Range Extenders or Signal Boosters

• Signal Boosters: Use devices to increase communication range significantly.

• DIY Boosters: Create homemade signal boosters to extend range inexpensively.

Be Mindful of Environmental Conditions

• Optimal Weather: Fly in clear, sunny weather to prevent signal degradation caused by environmental factors.

Upgrade Software and Hardware

• Software Upgrades: Keep the drone’s software up-to-date for optimal performance.

• Hardware Modifications: Adjust antenna power and positioning to improve overall range.