XAG SRC5 Smart Remote Controller (09-016-00085)

XAG SRC5 Smart Remote Controller (09-016-00085)

It combines a traditional dual-joystick control layout with a touchscreen-based user interface and app-driven mission workflows, allowing operators to switch between manual flight inputs and automated, route-based field operations within a single controller interface.

In typical deployments, the SRC5 functions as the operator’s primary interface for creating or loading missions, monitoring aircraft telemetry, and supervising application tasks such as spraying, spreading, mapping, or field patrol workflows (depending on the connected XAG platform). XAG’s product messaging frames the controller as part of a “safe stand-off” operational model, enabling users to remain outside the application zone while retaining full control and visibility of the job.

Design and Features

Handheld form factor for agricultural fieldwork

The SRC5 is built as a portable controller intended for outdoor use in farm environments. In market descriptions, it is positioned as a rugged accessory designed for repetitive, day-long field operations rather than casual consumer drone flying.

Touchscreen navigation and app-driven workflows

XAG describes operation being managed through the SRC5 using touchscreen navigation, paired with dual-joystick precision and real-time FPV monitoring (when used with compatible video/FPV systems in the broader ecosystem). This hybrid interface supports both direct piloting inputs and supervised autonomous execution.

Dual-band communications for control links

A commonly published specification set for the SRC5 lists dual-band operating frequencies:

• 2.4000–2.4835 GHz

• 5.725–5.850 GHz

This dual-band approach is widely used in professional remote-control ecosystems to help maintain robust links in variable RF environments, particularly in rural or edge-of-field conditions where line-of-sight and interference patterns can change during a mission.

Integrated battery for long field endurance

A representative product listing for the SRC5 specifies a 20,000 mAh battery capacity, positioning the device for extended field endurance between charges—an operational priority during tight spraying windows.

Ecosystem compatibility

Seller documentation commonly states that the SRC5 is intended for use across XAG platforms (often listing aircraft such as the XAG P150 Max and other XAG equipment lines). Compatibility details can vary by region and firmware generation, but the controller is marketed as a unified interface for multiple XAG tools rather than a single-model-only accessory.

Technology and Specifications

Because controllers can be sold in different regional variants (FCC/CE/SRRC/MIC) and can behave differently depending on the connected aircraft, the most stable and “spec-sheet-safe” view is to summarize published electrical/radio parameters and operator-facing capabilities.

Published radio parameters (EIRP limits by region)

A detailed reseller spec sheet lists region-dependent transmit power limits (EIRP), including:

• 2.4 GHz: <33 dBm (FCC); <20 dBm (CE/SRRC/MIC)

• 5.8 GHz: <26 dBm (FCC); <14 dBm (CE)

These regional differences are typical of RF products sold internationally and reflect local regulatory constraints rather than performance differences in the controller’s user interface.

Power system and charging

Published listings indicate:

• Battery capacity: 20,000 mAh

(Charging port type and exact charge-time behavior are often documented in official manuals rather than storefront listings. For authoritative guidance, distributors typically direct users to XAG’s official download/manual resources.)

Mission control and visibility features

XAG’s own platform messaging emphasizes:

• Touchscreen-driven mission management

• Dual-joystick control for precision piloting inputs

• Real-time monitoring (including FPV workflows when paired with compatible systems)

Applications and Use Cases

Precision agriculture drone operations

The SRC5 is most commonly deployed as a primary controller for agricultural drone missions, including route planning and execution for field tasks. In practice, operators use the controller to manage takeoff/landing, safety checks, mission start/stop, and on-the-fly adjustments to flight behavior and task parameters as allowed by the connected platform and local rules.

Spraying and spreading supervision

In spraying workflows, controllers like the SRC5 serve as the interface for selecting plots, starting missions, confirming safety settings (geofencing/no-fly constraints where applicable), and monitoring aircraft state during application. XAG’s messaging highlights the safety advantage of keeping the operator outside the active application zone while still maintaining control.

Field mapping and boundary management (platform-dependent)

In systems that support mapping or boundary workflows, the controller operates as the mission hub for recording and using field data. While the exact feature set depends on the aircraft and app version, the SRC5 is positioned as the “operator console” in XAG’s integrated ecosystem.

Multi-device and fleet workflows (where supported)

Some XAG ecosystems support collaborative operations using shared field data and synchronized records. In these scenarios, a smart controller’s value is not only piloting, but also standardized mission execution across teams and farms—especially for contractors who must deliver repeatable results across many sites.

Advantages / Benefits

Unified interface for manual control and autonomous missions

The SRC5’s combined touchscreen + joystick approach supports a workflow where operators can pilot manually when needed while still leveraging autonomous mission execution for consistent coverage.

Field endurance-oriented power design

A published 20,000 mAh controller battery capacity is aligned with long field days and reduced dependence on frequent recharging—an operational advantage during peak-season windows.

Dual-band link options and region-compliant RF operation

Support for both 2.4 GHz and 5.8 GHz bands, along with region-specific EIRP limits, reflects a controller designed for global distribution and regulatory compliance while maintaining flexibility in challenging RF conditions.

Safety-oriented operator positioning

XAG explicitly frames SRC5-managed operations as allowing operators to stay outside the application zone while retaining oversight, which is particularly relevant for chemical handling and drift-sensitive tasks.

FAQ Section

What is the XAG SRC5 Smart Remote Controller (09-016-00085)?

It is a handheld smart controller used to operate XAG’s agricultural drones and related platforms, combining touchscreen mission management with dual-joystick control for precision operation.

How does the XAG SRC5 work?

The SRC5 connects to compatible XAG equipment over dual-band control links (commonly listed as 2.4 GHz and 5.8 GHz). Operators use its touchscreen interface and app workflow to configure and run missions, while joysticks provide direct piloting input when needed.

Why is the XAG SRC5 important?

In precision agriculture operations, the controller is the mission hub—supporting consistent route execution, real-time monitoring, and safety-oriented stand-off operation so crews can supervise work while staying outside the application zone.

What are the benefits of the XAG SRC5?

Commonly cited benefits include touchscreen + joystick operation, published long-endurance battery capacity (20,000 mAh), dual-band connectivity, and integrated workflows designed for professional field operations.

Summary

The XAG SRC5 Smart Remote Controller (09-016-00085) is a professional, touchscreen-driven control device that anchors XAG’s precision agriculture workflows by combining dual-joystick piloting, mission management, and real-time monitoring within a single field-ready interface. With published features such as 20,000 mAh controller endurance, dual-band (2.4/5.8 GHz) operation, and region-compliant RF power limits, the SRC5 is positioned as a key component for operators who prioritize consistent autonomous execution, safe stand-off supervision, and day-long reliability in modern agricultural drone operations.