Solution - Anti Drone

ANTI-DRONE SYSTEM

CONFIGURE THE BEST AI-BASED AUTOMATED SWARM DEFENSE SYSTEM

Tron Future Anti-Drone Defense System sets a new standard in countering evolving AI drone swarm threats. As the world's first AESA-based AI drone defense system with integrated satellite connectivity, it combines advanced software-defined AESA technology with sophisticated data fusion for comprehensive multi-layer protection.

The system leverages Intelsat GEO satellite communications (2 Mbps forward/512 kbps return) and features built-in 5G small cell technology for regional private network coverage. Secure LEO satellite backhaul through T.SpaceRouter ensures resilient communications during conflicts.

The T.Meta™ Command and Control System interfaces seamlessly with satellite networks and supports legacy military communications equipment, enabling flexible deployment across diverse operational scenarios.

T.SENSOR

PASSIVE RF DETECTOR

Detection Range

5KM

Azimuth Coverage

360°

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T.RADAR

4D AESA RADAR

Detection Range

6KM

Azimuth Coverage

120°

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T.JAMMER

AESA SOFT-KILL COUNTERMEASURE

Jamming Range

5KM

Azimuth Coverage

120°

PDF

T.CAM

PTZ OPTICAL SENSOR

Detection Range

1KM

Azimuth Coverage

360°

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T.META

C2 SOFTWARE PLATFORM

T.Meta delivers comprehensive command and control for advanced anti-drone operations. This platform seamlessly integrates detection systems—including T.Radar, T.Sensor, and T.Cam—with T.Jammer and T.Interceptor countermeasures. Whether deployed through local T.Meta Edge servers or accessed via T.Meta Cloud, operators gain real-time control across multiple sites. The platform features high-precision satellite mapping and immersive 3D drone tracking, while granular permission controls enable sophisticated tactical responses through role-based access management.

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T.SENSOR

PASSIVE RF DETECTOR

T.Sensor™ is a wideband RF detector featuring advanced RemoteID decoding and precision direction-finding capabilities. T.Sensor™ performs the following:

01 Detects pre-flight remote control signals, identifying drone manufacturers and models while locating operators for comprehensive threat intelligence.

02 Provides wideband RF coverage (400 MHz - 6 GHZ) encompassing control signals, data links, and GNSS frequencies. Achieves 5 km detection range for commercial drones with 360° spatial coverage.

03 Employs triangulation across multiple CUAS sites using networked T.Sensor™s for precise drone position fixing.

When integrated with AESA T.Jammer™, T.Sensor™ enables precision reactive counter- measures, delivering autonomous defense against AI drone swarms.

Detection Range

5KM

Azimuth Coverage

360°

Specifications

Dimensions

Detection Module: 615 mm (diameter) x 400 mm (height)
Antenna: 120 mm (diameter) x 600 mm (height)

Ingress Protection (IP)

IP66

Weight

39 kg

Frequency Coverage

400 MHz - 6 GHZ (including: 433 MHz, 0.8-1.7 GHZ, 2.4-2.483 GHZ, 5.2-5.9 GHz selectable / schedulable)

Azimuth Coverage

360°

Elevation Coverage

-45° ~ +90°

Drone Classification

AI-based classification on product part number / protocol parsing

Remote ID

Support WiFi / BT for broadcasting RID ASTM F3411 DJI OcuSync DroneID protocol

Maximum Targets

DF Accuracy

+/- 2.5°

Remote ID Decoding Positioning Accuracy

+/- 7.5 m

Detection Range

5 ~ 35 km (depending on electromagnetic environment)

Maximum Target Speed

160 km/h or 45 m/s

Update Rate

1 Hz

Power Consumption

< 100 W

DC supply

24 V / 10 A

AC Supply

100 ~240 V/10 A

Control Interface

Gigabit Ethernet

T.RADAR ER

4D AESA RADAR

T.Radar ER is an advanced software-defined 4D AESA pulse-Doppler radar engineered to military specifications, achieving detection ranges up to 6km for commercial drones like the DJI Mavic 3. Its Element-Level Digital Adaptive Beamforming and GaN amplifiers enable precise tracking of low-RCS targets (down to 0.01 m2), while Kinematic Tracking algorithms identify multi-rotor drones through flight pattern analysis.

Designed for fixed installations like border security and critical infrastructure protec- tion, the system features adjustable tripod mounts for optimal coverage across varied terrain. This all-digital system delivers reliable long-range surveillance capability for sustained operations.

Detection Range

6KM

Azimuth Coverage

120°

Specifications

Dimensions

100 cm x 52.9 cm x 15.9 cm (handle excluded)
100 cm x 52.9 cm x 22 cm (handle included)

Weight

38 kg

Ingress Protection (IP)

IP66

Operating Temperature

-32°C ~ +50°C

Network Interface

1 Gbps Ethernet

Power Input

AC 100 - 240 V

Array Type

Fully Digital (Element-Level) Transceiver

Operating Frequency

2.9 GHZ - 3.1 GHZ (S-band)

Polarization

Horizontally Linear

Peak Power per Transmitter

10 Watt

Peak Radiation Power

160 Watt

Max. Power Consumption

220 Watt

RF Front-end Circuit

Digital CMOS Transceiver and Digital IQ Phase Shifter

Positioning

GPS

Multi-Radar Integration

Yes

Mode

Track-While-Scan (TWS) (Default)

Threat Target Recognition

Yes (Optional)

Min. Target RCS

0.01 square meter (sm)

Max. Detection Range

6 km

Min. Detection Range

100 m

Max. Azimuth Coverage

120° (-60° ~ 60°)

Max. Elevation Coverage

75° (-15° ~ 60°)

Max. Target Speed

30 m/s, Programmable

Target Info

3D Position, 3D Velocity, and RCS

One-Round Scan Interval

1 sec, Programmable

Scanning Volume

Configurable via GUI/API

Scanning Type

Horizontally-Narrow Scanning with Vertically-Wide Fan-Beam

Range Resolution

15 m, Programmable

Velocity Resolution

1 m/s, Programmable

Transmit Beamwidth

7º

Azimuth Tracking Accuracy

< 2°

Elevation Tracking Accuracy

<5°

T.JAMMER

AESA SOFT-KILL COUNTERMEASURE

T.Jammer™ is a software-defined Active Electronically Scanned Array (AESA) system with 5-band configuration for targeted interference of drone communications from 400 MHz to 6 GHz. T.Jammer™ performs the following:

01 Delivers high EIRP with optimized power consumption.

02 Executes simultaneous multi-band jamming across critical frequencies:
- 400 MHz - 1.4 GHz: Telemetry and Video Links
- 1.1 GHz - 1.7 GHz: Multi-GNSS (GPS, BeiDou, Galileo, GLONASS)
- 2.4 GHz / 5.2 ~ 5.8 GHz: Remote Control, Wi-Fi, Telemetry, Video Systems

03 Features rapid autonomous beam switching for multi-drone neutralization.

Integration with T.Sensor™ enables precision reactive jamming, combining angular and frequency accuracy to maximize effective range while minimizing response time.

JAMMING Range

5KM

Azimuth Coverage

120°

Specifications

Dimensions

86 cm (Width) X 52 cm (Height) X 31 cm (Depth)

Weight

55 kg

Ingress Protection (IP)

IP66

Jamming Range

GNSS > 5 km, Communication > 4 km. Depending on (1) electromagnetic environment (2) distance between target drone and its remote controller(RC).

Frequency Resolution

1 MHz

Bandwidth Resolution

1 MHZ

Frequency Coverage

Sub 1G: 400 ~ 1100 MHz, EIRP 42 dBm
L2: 1100 ~ 1500 MHz, EIRP 55 dBm
L1: 1500 ~ 2100 MHz, EIRP 58 dBm
S: 2100 ~ 2800 MHZ, EIRP 65 dBm
C: 5000 ~ 6000 MHz, EIRP 67 dBm

Azimuth Coverage

+/- 60°

Elevation Coverage

Sub 1G: +/- 42°
L2 : +/- 36°
L1: +/- 39º
S: +/- 27°
C: +/- 15°

Simultaneously Maximum Number of Multi-Frequency with Different Beam-Direction

Max. Power Consumption

1600 W

Power Supply

100 - 240 VAC 50 / 60 Hz

Control Interface

10 / 100 M Ethernet

T.CAM

PTZ OPTICAL SENSOR

T.Cam™ is an AI-powered omnidirectional optical system that tracks targets and evaluates countermeasure effectiveness. It consists of a ground-based dual-axis gimbal camera and AI processor, supporting threat assessment and resource allocation for drone countermeasure operations. T.Cam™ operates in three modes:

01 Target Threat Assessment, Locking, and Tracking: Provides real-time visual tracking of airborne targets using AI-powered detection algorithms and flight telemetry data.

02 Countermeasure Verification: Confirms the success of T.Jammer™ and T.Interceptor™ countermeasures by analyzing target data and video feeds, helping operators manage resources efficiently.

03 (Upgradeable) Future AI Updates: Identifies drone manufacturers, models, and payloads to accurately assess threat levels.

Multiple T.Cam™ units can track and lock onto several targets simultaneously, enabling effective response to drone swarm attacks and providing comprehensive threat assessment and countermeasure validation.

Detection Range

1KM

Azimuth Coverage

360°

Specifications

Optical Zoom

31x

Horizontal Rotation Range

360°, continuously

Vertical Rotation Range

-90°~90°

Sensor Size

1/2-inch CMOS

Horizontal Field of View

63.8° - 2.2°

Vertical Field of View

37° - 1.3°

Ingress Protection (IP)

IP66

Detection Range

1000 meter for drones with 900 mm diagonal length
700 meter for drones with 400 mm diagonal length

T.META

C2 SOFTWARE PLATFORM

ADVANCED ALGORITHM AND REAL-TIME MONITORING

Optimal tracking and scheduling algorithms enhance surveillance quality and make the UI experience more intuitive and smooth.

Threat Analytics

T.Meta™ generates comprehensive detection reports including drone models, flight trajectories, and temporal data, providing operators with actionable intelligence for informed decision-making.

ADVANCED FILTER

The filters enable users to easily screen and categorize flying objects on the screen. Users can also specify their own filtering conditions, such as speed, altitude, RCS, drone types, etc., based on their preferences.

CUSTOMIZABLE SCENES AT YOUR FINGERTIPS

Easily create and manage custom surveillance areas with the intuitive and convenient T.Meta™. Users can set up a monitoring task by taking just a few simple steps.

Friendly Drone Management

T.Meta™'s whitelisting capability enables operators to identify and protect authorized drones, enhancing situational awareness and tactical precision during swarm defense operations.

INTUITIVE OPERATION, EXTRAORDINARY EXPERIENCE

T.Meta™'s unprecedented real-time 3D visualizations are simple yet exciting, making it easy for anyone to get started quickly.

TARGET TRACKING AND THREAT ASSESSMENT

T.Meta™ is equipped with the most advanced target processing system, enabling users to visualize and analyze flight paths with the built-in threat assessment engine for efficient surveillance.

SMART PLAYBACKS

The interactive playback feature recreates what had happened at any past moment in great details. Users' surveillance behaviors, target trajectories, threat events, etc. can be faithfully presented.