Description
NX4 EVO Flight Controller: High-Performance UAV Control System
The NX4 EVO Flight Controller is designed for pilots seeking precision, flexibility, and user-friendly operation in multi-rotor and fixed-wing UAVs. With its micro design, four-level flight modes, and compatibility with a range of control surfaces, the NX4 EVO Flight Controller caters to both beginners and experienced drone enthusiasts. Its compact size and lightweight construction allow seamless integration into small frames, while the robust input voltage support ensures reliable operation with ESCs equipped with BEC.
Introduction to NX4 EVO Flight Controller
The NX4 EVO Flight Controller brings advanced flight control capabilities into a micro-sized platform. Designed for flexibility, it supports single aileron, dual ailerons, triangle, and V-tail configurations. With an input voltage range of 5–6V, the controller interfaces effortlessly with most ESCs. Its three-mode switch system, coupled with four-level flight modes — Beginner, Practice, Intermediate, and Expert — makes it ideal for pilots at all skill levels.
The NX4 EVO Flight Controller also emphasizes ease-of-use, featuring a humanized interface and straightforward connectivity for quick setup. Backed by NDB&C by Lofty Agrotech, the controller meets professional quality standards for UAV operation, making it a dependable choice for both recreational and competitive pilots.
Overview of NX4 EVO Flight Controller
The NX4 EVO Flight Controller by NDB&C by Lofty Agrotech is a high-performance, compact flight control solution designed for a wide range of UAV applications. Engineered with four-level flight modes—Beginner, Practice, Intermediate, and Expert—it allows pilots to progress seamlessly, making it ideal for beginners, hobbyists, and professional drone enthusiasts alike. Its versatile configuration support includes single aileron, dual ailerons, triangle, and V-tail setups, making it compatible with various fixed-wing drones and FPV aircraft.
Compact and lightweight, weighing only 11 grams, the NX4 EVO Flight Controller is optimized for tight-frame UAVs. Its micro design ensures clean installation while minimizing the impact on drone performance. With integrated ESC support for BEC, wiring is simplified, reducing clutter and enhancing efficiency, which is especially beneficial in high-speed or precision flight operations.
The controller’s humanized interface and three-mode switch system provide intuitive operation, allowing pilots to easily toggle between preset flight profiles and adjust performance according to their skill or mission requirements. Its operational range, from 5 to 6 volts and 0–50°C, ensures reliable functionality in diverse environmental conditions, while the 100 Hz operational frequency maintains smooth and responsive control.
Backed by rigorous quality assurance from NDB&C by Lofty Agrotech, the NX4 EVO Flight Controller undergoes high-temperature, electrical continuity, and mechanical stress testing to guarantee consistent and reliable performance. This makes it a dependable choice for FPV racing, educational programs, DIY projects, and experimental UAV builds, providing both precision and adaptability for modern drone applications.
Key Features of NX4 EVO Flight Controller
Four-Level Flight Modes
The NX4 EVO Flight Controller provides four flight modes:
- Beginner: Stabilizes the drone for novice pilots and ensures safe handling.
- Practice: Allows intermediate users to refine flight skills with moderate assistance.
- Intermediate: Offers more manual control for experienced pilots, balancing assistance and autonomy.
- Expert: Unlocks full control of the aircraft for advanced maneuvers, racing, and freestyle flying.
This flexibility ensures the NX4 EVO Flight Controller adapts to pilot skill progression while maintaining safety and reliability.
Multi-Aileron and Tail Support
The NX4 EVO Flight Controller is engineered to support a variety of aircraft configurations:
- Single aileron
- Dual ailerons
- Triangle configurations
- V-tail setups
This versatility makes it suitable for fixed-wing drones, experimental UAVs, and aerobatic models, allowing builders to optimize flight dynamics and control responsiveness.
Compact Micro Design
Weighing only ~11 g, the NX4 EVO Flight Controller features a micro-sized 43 × 28 × 15 mm form factor. This compact design allows it to fit in small frames without adding excessive weight, making it ideal for lightweight FPV drones, micro-quads, or mini fixed-wing aircraft.
Humanized Interface
The NX4 EVO Flight Controller incorporates an intuitive interface, simplifying setup and configuration. Pilots can quickly switch between flight modes, calibrate control surfaces, and monitor system status without complex software or extensive technical knowledge.
Switchable Mode System
The three-mode switch provides additional adaptability:
- Quick toggling between flight assistance levels
- Supports both practice and expert flight conditions
- Allows custom tuning for specific UAV configurations
This system enhances pilot control and improves operational efficiency in various scenarios.
Technical Specifications
The NX4 EVO Flight Controller is designed to deliver precision, reliability, and flexibility in a compact form factor. Its technical specifications ensure compatibility with a wide range of UAV types while maintaining lightweight and efficient operation.
Input Voltage and Current
- Input Voltage: 5–6V, compatible with ESCs equipped with BEC. This ensures seamless integration with most UAV power systems, providing stable voltage without the need for external regulators.
- Operating Current: 18 mA. The low current draw minimizes power consumption, preserving battery life and allowing longer flight times, which is especially beneficial for compact UAVs where efficiency is crucial.
- Power Stability: The NX4 EVO Flight Controller is engineered to handle minor voltage fluctuations, ensuring continuous operation during aggressive maneuvers or power-intensive flights.
Operational Temperature and Frequency
- Operating Temperature: 0–50°C. The flight controller maintains reliable functionality within standard environmental conditions, suitable for indoor, outdoor, and moderate-weather UAV operations.
- Frequency: 100 Hz. The controller’s high processing frequency ensures responsive flight control, precise stabilization, and accurate execution of pilot commands.
- Durability: Components are rated for repeated thermal cycles, providing consistent performance even during extended flight sessions in varying temperature conditions.
Physical Dimensions and Weight
- Length: 43 mm
- Width: 28 mm
- Height: 15 mm
- Weight: 11 g
The compact dimensions and minimal weight allow installation in small-frame drones or UAVs with limited internal space. The lightweight design contributes to enhanced agility, faster acceleration, and improved flight efficiency.
- Form Factor Advantages: Ideal for FPV racing drones, aerobatic fixed-wing aircraft, or hybrid experimental UAVs where space and weight constraints are critical.
- Installation Flexibility: Fits within tight frame layouts, leaving room for other electronics such as GPS modules, ESCs, or telemetry systems without compromising performance.
Compatibility
The NX4 EVO Flight Controller supports a variety of UAV configurations, making it highly versatile:
- Single Aileron Aircraft: Suitable for basic fixed-wing designs.
- Dual Aileron Aircraft: Allows advanced aerodynamic control for aerobatics.
- Triangle and V-Tail UAVs: Ensures precise flight adjustments for complex tail designs.
- ESCs with BEC: Directly connects to BEC-equipped ESCs for simplified wiring and integrated power management.
This versatility makes the NX4 EVO Flight Controller an excellent choice for FPV racing drones, educational UAV projects, DIY builds, and professional aerobatic aircraft, providing a combination of lightweight design, robust electronics, and flexible configuration options.
Installation and Wiring Guide
Proper installation and wiring are crucial to maximize the performance and reliability of the NX4 EVO Flight Controller. Following these guidelines ensures stable flight, precise control, and longevity of your UAV electronics.
Mounting the NX4 EVO Flight Controller
The NX4 EVO Flight Controller is designed with a compact micro form factor, making it easy to install in small or tight UAV frames. Proper mounting is essential to maintain accurate sensor readings and reduce vibration-induced errors. Consider the following:
- Alignment: Position the controller so that it aligns with the forward axis of the aircraft. This ensures that flight corrections are accurate and that roll, pitch, and yaw measurements correspond correctly to UAV movements.
- Vibration Dampening: Use foam pads or rubber mounts to minimize vibrations from motors and propellers, which can negatively affect sensor readings and flight stability.
- Clearance: Allow adequate space around the controller for other electronics, such as ESCs, power distribution boards, and telemetry modules. This prevents interference and ensures easy maintenance or future upgrades.
- Securing the Controller: Fasten the NX4 EVO Flight Controller using screws, double-sided tape, or vibration-damping mounting systems as appropriate for your UAV frame design. Ensure it is firm but not overly compressed, as excessive pressure can damage the board.
Wiring Connections
Correct wiring is essential for the NX4 EVO Flight Controller to communicate effectively with ESCs, servos, receivers, and other UAV peripherals. Follow these best practices:
- ESC Connections: Connect your ESCs directly to the input voltage terminals. The NX4 EVO supports BEC-equipped ESCs, which supply stable voltage to the flight controller and peripheral components.
- Control Surfaces and Servo Wiring: Route servo and aileron wires carefully to prevent tangling or interference with moving parts. Ensure proper polarity to avoid reversing control responses.
- Insulation: Use heat shrink tubing or electrical tape on any exposed wires to prevent short circuits or accidental contact with conductive parts.
- Secure Routing: Employ cable ties or clips to keep wires organized. Neat wiring not only improves airflow and aesthetics but also reduces the risk of signal interference.
Mode and Flight Configuration
The NX4 EVO Flight Controller features four-level flight modes (Beginner, Practice, Intermediate, Expert) and a three-mode switch for flexible operation. Proper configuration enhances pilot control and UAV safety:
- Calibration: Before the first flight, calibrate all control surfaces, sensors, and the three-mode switch. This ensures that inputs from the transmitter are accurately interpreted by the flight controller.
- Flight Mode Selection: Choose the appropriate flight mode based on pilot experience and mission requirements. Beginner mode provides stable, forgiving responses, while Expert mode allows advanced maneuvers with full control authority.
- Preset Profiles: Use the three-mode switch to toggle between custom flight profiles, adjusting PID settings, control sensitivity, or other parameters for different UAV types or flight conditions.
- Routine Checks: Periodically inspect wiring, mode switches, and control surfaces for wear or loosening to maintain consistent performance and prevent in-flight failures.
Applications of NX4 EVO Flight Controller
The NX4 EVO Flight Controller by NDB&C by Lofty Agrotech is designed to deliver versatility, precision, and reliability across a wide spectrum of UAV applications. Its compact size, user-friendly interface, and support for multiple flight modes make it suitable for both professional and hobbyist UAV projects.
FPV and Racing Drones
The NX4 EVO Flight Controller excels in FPV racing environments. Its low-latency response and high-precision stabilization allow pilots to execute aggressive maneuvers with confidence. The four-level flight mode system—Beginner, Practice, Intermediate, and Expert—enables pilots to gradually improve skills while maintaining safety. Tight turns, rapid accelerations, and high-speed passes benefit from the controller’s responsive PID algorithms, ensuring consistent performance under the demanding conditions of competitive FPV racing.
Fixed-Wing UAVs
Fixed-wing aircraft require precise aileron and tail control for smooth aerobatics. The NX4 EVO Flight Controller supports single and dual ailerons, triangle, and V-tail configurations, making it highly adaptable for aerobatic UAVs. Pilots can perform loops, rolls, dives, and other complex maneuvers with confidence, as the controller maintains stability and corrects deviations in real-time. Its compact design also allows integration into small or lightweight aircraft without compromising flight dynamics.
Educational UAV Programs
For educational purposes, the NX4 EVO Flight Controller offers an intuitive interface and stable flight behavior, allowing students and researchers to focus on learning. It is ideal for exploring flight dynamics, sensor integration, autonomous flight algorithms, and control theory. The four-level flight modes support progressive learning, from initial training to advanced experimentation, providing a reliable platform for hands-on UAV education and STEM programs.
DIY and Experimental Projects
Hobbyists and UAV enthusiasts benefit from the NX4 EVO Flight Controller’s versatile design for DIY and experimental builds. Its micro form factor and flexible tail and aileron support make it suitable for hybrid drone designs, unique aerodynamic configurations, and custom multirotor setups. Users can experiment with different frame layouts, motor arrangements, and flight modes while relying on the NX4 EVO for consistent and predictable control.
Advantages of NX4 EVO Flight Controller
The NX4 EVO Flight Controller from NDB&C by Lofty Agrotech provides a combination of precision, versatility, and reliability, making it an ideal choice for UAV pilots of all skill levels. Its design integrates advanced features into a compact, lightweight package, ensuring performance across a wide range of drone and fixed-wing applications.
Reliable and Precise Control
The NX4 EVO Flight Controller delivers consistent and predictable responses across all four flight modes: Beginner, Practice, Intermediate, and Expert. This ensures smooth learning for novices while providing advanced pilots with the precision required for complex maneuvers, aerobatics, or competitive FPV racing. Its stable control algorithms minimize drift and oscillation, enhancing flight confidence even under challenging conditions.
Versatility Across UAV Types
Supporting multiple configurations—including single aileron, dual ailerons, triangle, and V-tail setups—the NX4 EVO Flight Controller is adaptable to a wide variety of UAV platforms. Whether used in FPV racing drones, aerobatic fixed-wing aircraft, or experimental UAV prototypes, this controller accommodates diverse flight mechanics and tail configurations without the need for additional modules or complex rewiring.
Lightweight and Compact
Designed with a micro form factor, the NX4 EVO Flight Controller weighs only ~11 g and measures 43 × 28 × 15 mm. Its compact size allows installation in small UAV frames while maintaining optimal weight distribution. This not only improves flight efficiency and agility but also facilitates cleaner builds with reduced wiring clutter, making it ideal for lightweight, high-performance aircraft.
User-Friendly Operation
The NX4 EVO Flight Controller emphasizes ease of use with a humanized interface, intuitive wiring, and straightforward mode switching. Pilots can quickly toggle between flight modes in mid-air or on the ground, while its simple installation process allows seamless connection to ESCs with BEC. This makes it accessible for hobbyists, educational projects, and professional UAV operators alike.
Robust Build Quality
Engineered for durability, the NX4 EVO Flight Controller maintains reliable performance under operating temperatures of 0–50°C and a current draw of 18 mA. Its components are stress-tested to withstand vibration and mechanical shock commonly experienced in UAV operations, ensuring long-term reliability for repeated flights and demanding aerial maneuvers.
Quality Assurance
Ensuring reliability and safety in UAV operations requires rigorous quality control of every component. The NX4 EVO Flight Controller from NDB&C by Lofty Agrotech is subjected to comprehensive testing protocols that guarantee consistent performance under diverse conditions.
Rigorous Testing
NDB&C by Lofty Agrotech employs multiple quality assurance measures to validate the durability and functionality of the NX4 EVO Flight Controller:
- High-Temperature Testing
Each flight controller is tested under extreme temperature conditions to ensure that the microcontroller, sensors, and electronic circuits maintain integrity during hot operational environments. This prevents performance degradation during prolonged flight or exposure to direct sunlight. - Electrical Continuity Verification
Electrical pathways are rigorously tested to confirm stable signal transfer between the controller, ESCs, servos, and peripheral modules. This step eliminates the risk of intermittent connections or data loss, ensuring that control signals are accurately relayed during flight. - Mechanical Stress Assessments
The NX4 EVO Flight Controller is subjected to bending, vibration, and repeated connector insertion tests. This guarantees long-term durability, especially in high-vibration scenarios common in racing drones, aerobatic UAVs, or experimental builds.
Trusted by NDB&C by Lofty Agrotech
With strict adherence to professional standards, NDB&C by Lofty Agrotech ensures that every NX4 EVO Flight Controller delivers:
- Reliable performance across all four flight modes
- Consistent stability in varying environmental conditions
- Safety and confidence for both beginners and professional pilots
Pilots can deploy the NX4 EVO Flight Controller with the assurance that it meets the rigorous standards required for competitive, recreational, and educational UAV applications.
Technical Comparison with Other Flight Controllers
When selecting a flight controller for your UAV or drone project, understanding how the NX4 EVO Flight Controller compares to conventional or standard controllers is critical. Its design combines compactness, versatility, and advanced flight management features, making it suitable for a wide range of UAV configurations.
NX4 EVO vs Standard Controllers
The NX4 EVO Flight Controller stands out when compared to typical or entry-level flight controllers. Standard controllers often provide basic stabilization and limited configuration options, whereas the NX4 EVO integrates multiple advanced features:
- Four-Level Flight Modes for Progressive Skill Adaptation
Standard flight controllers usually offer only one or two flight modes, limiting the pilot’s ability to adapt the UAV’s behavior to their skill level. The NX4 EVO introduces four flight modes — Beginner, Practice, Intermediate, and Expert — allowing pilots to gradually increase control complexity while maintaining safety and stability. Beginner pilots benefit from automatic stabilization, while expert users enjoy full manual control for acrobatics or competitive racing. - Versatile Support for Multiple Tail and Aileron Configurations
While many controllers are limited to basic aircraft setups, the NX4 EVO Flight Controller supports single aileron, dual ailerons, triangle, and V-tail configurations. This versatility makes it compatible with a broader range of fixed-wing drones, aerobatic aircraft, and experimental UAV designs. Pilots can customize the flight control system to match their aircraft’s geometry and aerodynamic characteristics, achieving optimal stability and responsiveness. - Compact Micro Design Suitable for Tight-Frame UAVs
Unlike bulkier standard controllers, the NX4 EVO features a micro-sized 43 × 28 × 15 mm form factor with a lightweight 11 g construction. This makes it ideal for small FPV drones, mini-quads, or compact fixed-wing UAVs where space is limited. The micro design ensures easy integration without compromising payload capacity or altering flight dynamics. - Integrated BEC Support for Easy ESC Connection
Standard controllers may require external BEC modules or complex wiring to power ESCs and peripherals. The NX4 EVO simplifies setup by providing integrated BEC support, allowing ESCs with BEC connections to interface directly. This reduces wiring clutter, improves reliability, and ensures a cleaner UAV build.
Advantages in Real-World Usage
Beyond specifications, the NX4 EVO Flight Controller delivers measurable benefits in practical UAV operation:
- Simplifies Wiring and Installation
The NX4 EVO’s integrated power management and straightforward port layout make installation faster and more reliable. Pilots can connect ESCs, servos, and control surfaces without additional modules or complicated wiring schemes, saving time and reducing the risk of electrical faults. - Improves Flight Responsiveness and Stability
Thanks to its low-latency processing and precise sensor integration, the NX4 EVO Flight Controller ensures immediate response to pilot inputs. This results in more stable flight, smoother maneuvers, and predictable handling, especially during high-speed or acrobatic operations. - Reduces UAV Weight While Maintaining Agility
With a compact micro design and lightweight construction, the NX4 EVO minimizes added weight, improving flight efficiency and responsiveness. This is particularly advantageous in FPV racing, aerobatics, or UAVs with strict payload limits. - Provides Scalable Options for Both Beginners and Expert Pilots
The combination of four flight modes, a three-mode switch, and versatile configuration options makes the NX4 EVO adaptable to pilots of varying skill levels. Beginners can safely learn to control the UAV, while advanced users can exploit full manual control for acrobatics, racing, or experimental UAV designs.
Conclusion
The NX4 EVO Flight Controller is a versatile, micro-sized flight control system suitable for drones, fixed-wing UAVs, and experimental aircraft. Its four-level flight modes, support for multiple tail and aileron configurations, intuitive interface, and robust design make it ideal for pilots of all skill levels. Lightweight, compact, and backed by NDB&C by Lofty Agrotech, it ensures reliable, precise, and safe UAV operation across recreational, racing, and educational applications.
Link
In stock now. Limited quantities available. Ships within 24 hours.
LOOKING FOR MORE? DISCOVER EVERYTHING WITH OFFER AT http://www.loftyagrotech.com
Explore more in our camera drone collection and find the right aerial companion.
Before flying, ensure you’re compliant with India’s drone regulations (DGCA DigitalSky Portal).
Reviews
There are no reviews yet.