DJI RC Plus Smart Remote Controller for Agras T40 T20P T30 – PN RM700 – Aerospace Command and Control Station

DJI RC Plus Smart Remote Controller for Agras T40 T20P T30 – PN RM700 – Aerospace Command and Control Station

The DJI RC Plus Intelligent Remote Controller (RM700) is the ultimate ground control station for high-capacity spraying and scattering drones. Developed to act as the command center for DJI Agras T40, T20P, and T30 aircraft , this device transcends the function of a common radio controller, operating as a ruggedized mission computer with full integration of telemetry, FPV camera view, and flight plan management. At Magallan Aerospace Supply, we offer this unit as a critical component for maintaining control capability, ensuring the operator retains the situational awareness and operational precision required by modern agricultural aviation.

Context and Importance in the Aerospace Sector

In the professional Unmanned Aerial Vehicle (UAV) environment, the remote control is the most sensitive and vital communication link in the operation. The DJI RC Plus (PN RM700) was designed to replace conventional interfaces with an industrial-grade system capable of withstanding harsh field conditions: high solar incidence, suspended dust, and humidity.

The importance of this device in the aerospace sector lies in its ability to maintain a stable data link via the O3 Pro protocol , essential for operations in remote areas where signal interference or distance can compromise aircraft safety. At Magallan Aerospace Supply, we understand that remote control is not just an accessory, but the guarantee that pilot commands and mission coordinates are executed without latency, protecting the valuable asset that is the drone and ensuring the precise application of agricultural inputs.

What it is and how it works.

The DJI RC Plus (RM700) is a smart control terminal equipped with a high-brightness 7.02-inch LCD screen and dedicated Android processing. It functions as the user interface for the DJI Agras app , where the operator configures spray parameters, monitors battery status, observes obstacle radar, and sets intelligent flight paths.

The device operates through a combination of highly sensitive control sticks and customizable physical buttons, allowing functions such as instant tailflow interruption or altitude adjustment to be performed without the pilot taking their eyes off the screen or the aircraft. The dual battery system allows for hot -swapping , ensuring that the control never shuts down during long work shifts, maintaining an uninterrupted link with the aircraft.

Operational Applications in Aviation and Drones

Planning and Execution of Autonomous Missions

The control system acts as the planning station where RTK maps are loaded and spray routes are generated. It processes terrain contouring and route optimization algorithms in real time.

Critical Telemetry Monitoring

It displays vital data such as wind speed, atomizer nozzle flow rate, tank level, and battery cell health, enabling quick decision-making to ensure a safe return to base.

Video Management and Situational Awareness

It receives the HD video feed from the aircraft's FPV cameras, allowing the operator to navigate safely through areas with obstacles, trees, or power lines, even over long distances.

Technical and Operational Benefits

• Operational Reliability: Industrial certification for weather resistance, ensuring that the control system will not fail in intense heat or light rain.
• Maneuvering Precision: Hall effect control sticks that offer millimeter-precise response and long lifespan without signal degradation.
• Link Failure Reduction: High-gain external antennas and 4G dongle support for connection redundancy in signal shadow areas.
• Simplified Integration: Automatic synchronization with the Agras series, facilitating the replacement of faulty controllers without loss of data from previous missions.
• Performance Optimization: 1200 nit screen that allows perfect visibility even in direct sunlight, reducing operator eye strain.

Key Technical Differentiators

The DJI RC Plus (RM700) stands out for its hybrid battery system . It has an internal battery and a removable external battery (WB37), allowing the controller to operate for up to 6 continuous hours. Another technical advantage is its high-performance octa-core processor , which allows for smooth rendering of 3D maps and processing of large volumes of telemetry data without crashes.

The casing is constructed with impact-resistant materials and seals that provide IP54 protection , a higher resistance standard than any commercial remote control. Furthermore, the presence of HDMI ports and expansion connectors allows the video signal to be transmitted to external screens or mobile control centers.

Technical Specifications

• Product Name: DJI RC Plus Remote Controller
• Manufacturer: DJI Agriculture / Enterprise
• Part Number (PN): RM700 (Agras Model)
• Category: Navigation and Control Systems
• Main Application: DJI Agras T40, T20P, T30 and T10 Drones
• Screen: 7.02" LCD, 1920x1200 resolution, 1200 nits brightness
• Weight: Approx. 1.1 kg (with external battery)
• Power supply: Internal Li-ion battery + External WB37 battery
• Interface/Connectivity: Wi-Fi 6, Bluetooth 5.1, GNSS, HDMI, USB-C, MicroSD Slot
• Operating Temperature: -20°C to 50°C
• Certifications: IP54, CE, FCC

Compatibility and Installation Requirements

The DJI RC Plus (RM700) is natively compatible with:

• DJI Agras T40
• DJI Agras T20P
• DJI Agras T30 (via specific firmware update)

Installation Requirements: To link a new remote control to the aircraft, it is necessary to perform the "Linking" procedure through the radio's settings menu. It is recommended that the firmware of the control and the aircraft are always compatible versions to avoid telemetry errors.

Important Technical Guidelines and Considerations

Because it is a high-precision electronic device, the DJI RC Plus should be cleaned regularly with slightly damp microfiber cloths. Avoid using chemical solvents that can damage the screen's anti-reflective coating. When using external WB37 batteries, ensure the contacts are clean to prevent voltage drops. For long-term storage, keep the internal battery charged between 40% and 60% to preserve the health of the chemical cells.