T13 Ultra-Wideband Handheld Drone Detector: Portable All-Band RF Signal Detection & Remote ID for Counter-UAS

Introduction: A Portable Drone Detector for the Modern Low-Altitude Threat

As drone proliferation accelerates across commercial, recreational, and hostile applications, security teams need fast, portable tools that detect and identify UAV signals in real time. The ANOEKO T13 ultra-wideband handheld drone detector combines RF signal detection, spectrum display, and Remote ID reception in a compact handheld device. As a portable drone detector, it covers 300MHz–13.4GHz and weighs approximately 450g including battery and antennas, making it a practical handheld drone detector for field operations, mobile patrols, and rapid deployment.

Unlike fixed counter-UAS installations, the T13 is designed for users who need a portable FPV drone detector and a drone signal detector in one device. It provides real-time spectrum awareness without emitting jamming signals, making it a passive wireless drone detection system suitable for electromagnetic-sensitive environments.

Wideband Coverage for Diverse Drone Signals

The T13 scans across 300MHz–13.4GHz with a minimum frequency step of 1MHz. It displays drone type, signal frequency, and signal strength, giving users a view of detected signals alongside real-time spectrum information.

This all-band drone detector supports a built-in signal library covering more than 100 drone types. The library includes selected DJI and Autel models, analog FPV systems, and digital FPV platforms such as Walksnail, HDZero, Artosyn ArtLynk, and OpenIPC. Actual recognition depends on the signal, supported model, and installed firmware. Specific model compatibility should be confirmed before purchase.

Detection Range with Defined Conditions

The specification lists a detection range of 500m–5km, depending on the frequency band, drone transmitter, and operating environment. The maximum range of up to 5km applies under open, unobstructed line-of-sight conditions with a representative transmitter operating at full power; the specification identifies a 5W analog FPV transmitter as an example.

Receiver sensitivity can reach −101dBm for a 20MHz-bandwidth OFDM digital video signal. Sensitivity differs for other signal types.

These figures describe performance under specified conditions rather than a guaranteed detection distance for every drone. Buildings, terrain, interference, and transmitter characteristics can affect field performance. For airport drone detection and other critical scenarios, users should validate performance in the actual operating environment.

Remote ID Reception

In addition to RF signal detection, the T13 supports Remote ID reception through 2.4GHz Wi-Fi, 5.8GHz Wi-Fi, and 2.4GHz Bluetooth.

Remote ID reception depends on the aircraft transmitting a compatible broadcast. It should be distinguished from general RF detection: detecting a signal does not necessarily provide the same identification information as receiving a Remote ID message.

On-Device Display and Alerts

A 2.4-inch TFT screen with a resolution of 240 × 320 pixels displays the detection list, real-time spectrum, target details, and device settings.

Sound and vibration alerts notify the user of detections, while GPIO provides an external alarm output. Built-in storage supports log recording for subsequent review.

Portable Design and Replaceable Battery

The T13 uses a removable 7.4V, 2800mAh lithium battery. The specified operating time is approximately eight hours per battery at room temperature. Actual runtime varies with operating conditions, and low temperatures can reduce battery endurance.

Type-C charging uses a 5V/1A input, with a stated full-charge time of approximately five to six hours.

The main unit measures 140 × 63 × 41mm without antennas and the belt clip. Including antennas and the belt clip, the dimensions are 360 × 63 × 54mm.

Outdoor Protection and Connectivity

The device is rated IP54 for dust and splash resistance and is not designed for immersion. Its specified operating temperature range is −25°C to +55°C.

Type-C and Bluetooth support firmware updates. Bluetooth also enables data transfer to compatible companion terminals, with supported applications and platforms depending on the supplied software release.

The specification advises avoiding operation near strong RF sources, including radar stations and active jammers, because excessive input power may damage the receiver.

Key Specifications

Applications: From Airport Drone Detection to FPV Monitoring

The T13 is designed for counter drone detection and low-altitude security. It can support airport drone detection, where early warning of unauthorized UAV activity is critical. For security patrols and mobile teams, it serves as a portable FPV drone detector, helping users detect and locate analog and digital FPV signals. As a passive wireless drone detection system, it does not emit jamming signals, making it suitable for environments where electromagnetic compatibility is a concern. The T13 also functions as a portable FPV drone detector and an all-band drone detector for general UAV monitoring. In FPV drone detect scenarios, users can quickly identify signal activity and take appropriate next steps.

Learn More About the T13

For the latest datasheet, supported drone models, software availability, and quotation, contact ANOEKO with your application requirements.

Technical information is based on specification version 20260913-V1.0. Final specifications and available functions should be confirmed for the supplied version.