The purpose of the construction of the OWL UAV defense system is to achieve efficient and precise strikes against UAVs and ensure the safety protection of specific areas or key facilities

It adopts lightweight design, lightweight and portable, simple operation, and is used for UAV detection and identification, early warning and positioning, and trajectory display

Advantages：Detection distance 18km, with black and white list function, the single machine can display the position of the pilot in real time.

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The device realizes the detection and early warning of the UAV (remote control) by detecting, identifying and locating the upper and lower remote control signals and data image transmission signals of the UAV

The RF Scanner is mainly composed of an array antenna, a radio frequency circuit, a multi-channel synchronous receiver, and a GNSS positioning module, etc., to realize the detection and discovery of drone in a specific frequency range. The equipment realizes the detection and early warning of the drone (remote control) by detecting, identifying and positioning the up and down remote control signals and data image transmission signals of thedrone aircraft. The device is a passive detection device, does not actively emit electromagnetic signals, green and safe.

$3400

so that the UAV navigation system receives a simulated navigation signal with false location information, so that the UAV entering the control area is "lost" and cannot fly according to the predetermined trajectory

The decoy active defense system transmits simulated satellite navigation signals through simulation, competes with on-orbit satellite signals, and uses the power advantage to enable the drone navigation system to receive simulated navigation signals with false location information, so that the drone entering the control area "Lost", and unable to fly according to the predetermined track. It can make the drone drive away, make a forced landing, or fail to take off.

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Portable design, single-operator control, interference range over 1000 meters (depending on environment)

Handheld anti-drone device. Interferes with drones by emitting electromagnetic waves in specific frequency bands, disrupting flight control and signal transmission systems. Quickly forces drones to land or leave, achieving effective control over rogue drones.

$19425

Realize the passive detection of UAVs, detect the position, distance and altitude of UAVs, and identify models.

It is used for the detection and early warning of UAVs beyond the visual range, which solves the disadvantages of the current UAVS detection equipment, such as large size, high weight, high cost and high power consumption. The system passively intercepts the picture transmission signal and remote control signal between the UAVs and the remote control, and realizes the passive detection and early warning of UAVs. In the flat and unobserved open area of DJI Spirit 4, the farthest detection and positioning horizontal distance of the drone reaches a radius of 7.5KM.

$124900

Detection radius 2km, low power consumption, small size, light weight, easy to install.

omnidirectional detection is mainly used for the detection of over-the-horizon UAV, which solves the shortcomings of the current UAV detection equipment such as large volume, large weight, high cost and large power consumption. The equipment has the advantages of high cost performance, long-term stability and reliability, no electric radiation, low power consumption, small size, light weight, easy installation and high cost performance.

$13880

It is composed of a tracking turntable and a photoelectric chamber, which is equipped with an uncooled infrared focal plane detector, a high-definition visible light camera and an image processing board

The infrared thermal imaging optoelectronic equipment is composed of a tracking turntable and a photoelectric chamber, which is equipped with an uncooled infrared focal plane detector, a high-definition visible light camera and an image processing board. The photoelectric tracking system completes the initial alignment of the target according to the target position information provided by the search system, and then searches for the target near the initial alignment area, and the suspicious target can be confirmed by automatic identification or manual designation in the search process, and then turns into the target automatic tracking working mode, so that the photoelectric sensor boresight axis and the radio frequency interference antenna installed on the tracking turntable can be aimed at the target in real time.

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Good low-altitude detection performance, strong maneuvering tracking capabilities, high measurement accuracy, and low cost.

The radar operates in the C-band, using a fully digital active phased array technology system. Through modular and refined design, it combines adaptive moving target detection, digital T/R, DBF, and integrated analog-digital design techniques to achieve detection and alerting of drones in key monitoring areas.

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