D-RTK 3 Station Agri Bundle

The DJI D-RTK 3 AG is a dedicated agricultural RTK base station. It broadcasts local correction data to compatible DJI Agras aircraft, supporting accurate and repeatable positioning during spraying, spreading and other precision agriculture operations.

No. The D-RTK 3 AG is the agriculture-focused version and operates in Broadcast Mode only. It does not provide the Rover Station or Relay Station functions offered by the separate D-RTK 3 Multifunctional Station.

The D-RTK 3 AG is intended for compatible DJI Agras agricultural aircraft rather than DJI Enterprise mapping drones. For a Mavic 3 Multispectral workflow, the D-RTK 3 Multifunctional Station or a compatible network RTK service is the more appropriate option.

Compatibility depends on the aircraft model, remote controller, region and firmware version. The D-RTK 3 AG is designed for selected current-generation DJI Agras platforms. Please contact us with your aircraft model before ordering so that compatibility can be confirmed.

It supplies local RTK correction data to the aircraft, helping it maintain more accurate positioning during field operations. This can improve route repeatability, field-edge tracking, headland passes and application-line consistency.

Not necessarily. The D-RTK 3 AG creates a local RTK correction source, so a network-based NTRIP service is not required while the aircraft is successfully connected to the station. NTRIP may still be convenient where reliable mobile data and a suitable correction service are available.

Yes. Because it provides local RTK corrections directly to compatible aircraft, it can be particularly useful on farms where mobile data is unreliable or unavailable. The station must still have a suitable installation position and a reliable communication link to the aircraft.

The system supports centimetre-level RTK positioning under suitable conditions. Actual performance depends on satellite visibility, station placement, local interference, terrain, aircraft configuration and the quality of the correction link.

No. The D-RTK 3 AG operates in Broadcast Mode only and cannot be used as a mobile survey rover for collecting ground control points or check points. Rover functionality is available with the separate D-RTK 3 Multifunctional Station.

No. Relay Mode is not supported by the D-RTK 3 AG. Its purpose is to broadcast agricultural RTK correction data to compatible DJI Agras aircraft.

Place it on firm, stable ground in an open area with a clear view of the sky. Avoid positioning it next to large buildings, metal structures, vehicles, dense tree cover or other objects that may obstruct satellite reception or the correction-data link.

Yes. Once the base station has been set up and the operation has begun, it should not be moved. Moving the station can change the correction reference and affect the positioning consistency of the aircraft.

This depends on the supported aircraft, controller configuration and current DJI firmware. Contact us before planning a multi-aircraft setup so that the intended combination can be checked against DJI’s latest compatibility requirements.

DJI specifies a maximum signal range of up to 8km under CE conditions when the station is unobstructed and free from interference. Actual working range may be considerably lower due to terrain, vegetation, buildings, interference and station height.

The integrated 6,500mAh battery provides approximately seven hours of operation under standard test conditions. Actual runtime may vary with temperature, battery condition and operating environment.

DJI states a charging time of approximately 2.5 hours when using a suitable 30W charger. Charging performance can vary depending on the power adapter, cable and ambient temperature.

The D-RTK 3 AG supports multiple satellite constellations, including GPS, BeiDou, Galileo, GLONASS and QZSS. Access to multiple constellations helps improve satellite availability in suitable operating environments.

It can improve positioning and route consistency, which may help reduce unnecessary overlaps and missed coverage. Results still depend on correct mission planning, aircraft calibration, spray or spreading settings, wind, terrain and operator setup.

No. RTK improves aircraft positioning but does not change the applicable UK aviation rules, operational limitations or the conditions of your Operational Authorisation. Operators must still comply with their approved procedures, airspace requirements and site risk assessment.

You will need a compatible DJI Agras aircraft and controller, current supported firmware and a suitable open installation area. Depending on the supplied package, you may also require an appropriate charger or additional field-power equipment. Please check the listed package contents before ordering.

Confirm that the station is stable, has a clear view of the sky and is correctly connected to the aircraft. Check the aircraft’s RTK status before take-off, verify the planned boundary and application route, inspect the operating area and complete all required aviation, product-application and site-safety checks.