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D1000 Fixed GNSS Spoofing System | Drone Navigation Deception & Defeat

D1000 Fixed Omnidirectional GNSS Spoofing System The D1000 is a fixed-site, omnidirectional counter-drone system that utilizes advanced GNSS (Global Navigation Satellite System) signal spoofing to neutralize unauthorized UAVs. It generates deceptive signals identical to legitimate satellite navigation data, allowing operators to take control of a droneR……

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Stationary Drone Jammer

Functional characteristics

D1000 Fixed Omnidirectional GNSS Spoofing System

The D1000 is a fixed-site, omnidirectional counter-drone system that utilizes advanced GNSS (Global Navigation Satellite System) signal spoofing to neutralize unauthorized UAVs. It generates deceptive signals identical to legitimate satellite navigation data, allowing operators to take control of a drone’s positioning, velocity, and timing data. This enables precise countermeasures such as forced landing, diversion, controlled relocation, or executing complex flight patterns like circular or linear movements, effectively rendering the drone harmless or redirecting it to a safe zone.

Core Capabilities & Operational Modes

Full-Spectrum Navigation Spoofing
Capable of simulating signals across all major GNSS frequency bands, ensuring compatibility with virtually all commercial and custom drones reliant on satellite navigation.
Multi-Trajectory Deception
Programs drones to execute specific flight paths including circular motion, straight-line flight, constant speed, variable speed, and curved trajectories.
System Integration & Networking
Designed to network with other security layers (RF detectors, jammers, radar) for automated, targeted responses. Multiple D1000 units can be networked to create a wide-area defense grid capable of countering drone swarms.
Precision Forced Landing
When integrated with detection systems, can guide intruding drones to a predetermined, safe landing point.

Technical Specifications

Parameter	Specification / Details
Spoofing Method	GNSS Signal Deception (Position, Velocity, Time)
Standard Spoofing Frequencies	BDS: B1I, B1C, B2a, B2b, B2I, B3I GPS: L1 C/A, L1C, L2, L5 GLONASS: L1, L2 Galileo: E1
Optional Spoofing Frequencies	Galileo (E5a, E5b, E6), QZSS (L1C/A, L1C, L2C, L5), NavIC (L5)
Effective Spoofing Range	0.5 – 1 km
Dimensions (L x W x H)	411 mm × 411 mm × 370 mm
Weight	15 kg
Primary Functions	Forced Landing, Diversion, Controlled Relocation, Trajectory Deception
Key Feature	Multi-Device Networking for Swarm Defense & Zoned Countermeasures

Key Features & Advantages

Comprehensive Frequency Coverage: Supports all mainstream and optional GNSS bands for maximum target compatibility.
Non-Kinetic & Covert: Defeats drones without physical impact or visible RF jamming, making it suitable for sensitive environments.
Scalable Defense: Network capability allows the system to scale from point protection to area denial against multiple threats.
High Precision Control: Enables operators to dictate the exact flight path or landing location of the compromised UAV.
Seamless Integration: Functions as a critical component within a layered Counter-Unmanned Aircraft System (C-UAS).

Target Applications

The D1000 is engineered for permanent installation at static, high-value locations requiring persistent and precise drone defense:

Critical Infrastructure: Oil & gas refineries, power plants, electrical substations.
Government & Military Facilities: Prisons, barracks, command centers.
Airports & Heliports (in designated, controlled areas).
Industrial Complexes & Corporate Campuses.

Why Choose the D1000 GNSS Spoofer?

The D1000 offers a sophisticated and surgical approach to drone neutralization. By targeting the drone’s navigation core, it provides a highly effective alternative to blanket jamming. Its ability to safely land or precisely divert a threat drone minimizes collateral damage and allows for evidence collection. As part of a networked system, it represents a force-multiplier in defending against current and future drone swarm tactics.