Yes. With over 21 years of R&D experience, we provide comprehensive customization for anti-drone modules, including output powers, operating frequency bands, and system configurations to meet specific mission and regulatory requirements.

The module integrates high-performance LoRa, VCO, and GaN technologies to deliver long-range (up to 6 km) and efficient RF interference. Its high-gain, high-linearity design ensures stable, distortion-free signal output across multiple drone control protocols, including ELRS, Crossfire, Flysky, OcuSync, Lightbridge, and Skylo. Fully in-house developed and manufactured, it combines low power consumption with reliable, end-to-end performance for effective drone threat mitigation.

This module serves as the core component in counter-drone systems. It effectively disrupts multiple communication channels, including 2G, 3G, 4G, 5G, WiFi, GPS, and other RF bands. It is designed for seamless integration in fixed, mobile, or modular systems.

When choosing a jammer module frequency, consider the following factors:

• Target Signal Type

Most commercial drones rely on common communication bands such as 433 MHz, 900 MHz, 1.2 GHz, 2.4 GHz, and 5.8 GHz for control and video transmission. Identifying the target signal band ensures effective interference.

• Regional Spectrum Regulations

Wireless spectrum allocation can vary by region. System integrators often select frequency modules based on the local RF environment and regulatory requirements.

• Multi‑Band Coverage Needs

Many counter‑drone systems use multiple jammer modules covering different bands to block both control links and data transmission simultaneously.

• System Architecture

Modular jammer designs allow flexible integration into fixed installations, mobile platforms, or portable counter‑UAS equipment.

Choosing the right frequency configuration ensures the jammer system can effectively interfere with target signals while maintaining efficient spectrum coverage.

Several factors explain why output power is critical:

• Effective Jamming Range

Higher power levels allow the interference signal to reach farther, increasing the protective radius of the system.

• Signal Dominance

To disrupt communication, the jammer signal must be stronger than the original signal at the receiver. Adequate output power helps ensure the interference signal dominates the spectrum.

• Environmental Conditions

Urban environments, buildings, and terrain obstacles can weaken RF signals. Higher output power helps compensate for these signal losses.

• System Efficiency

Modern RF jammer modules often use high‑efficiency amplifier technologies to deliver strong output while maintaining stable thermal performance.

Key advantages of modular jammer architecture include:

• Flexible Frequency Configuration

Each module can target a specific frequency band, allowing integrators to combine multiple modules for wide‑spectrum coverage.

• Scalable System Design

Modules can be added or removed depending on the required output power and frequency coverage.

• Faster Product Development

Using pre‑engineered RF modules reduces design complexity and shortens development cycles for counter‑drone equipment.

• Simplified Maintenance and Upgrades

Individual modules can be replaced or upgraded without redesigning the entire system.

• LORA provides long-range modulation and strong anti-interference capabilities.
  
• VCO (Voltage-Controlled Oscillator) is a frequency-tunable signal generator. It can precisely match popular drone operating bands (e.g., 2.4 GHz and 5.8 GHz) and generate hopping or noise signals that act as a stable RF interference source for high-power amplification.
  
• GaN (Gallium Nitride) Power Amplifier delivers high output power with low heat generation, ensuring robust and reliable performance.
  
• Circulator prevents signal reflection, reducing risks and maintaining stable operation.
  

LORA+VCO+GaNModules: 50% More Efficient, Lower PowerConsumption  Than  VCO+GaN.

Yes, our LoRa anti drone module supports ELRS, Crossfire, Flysky, Ocusync, Lightbridge, Skylo Protocols.

The module supports tailored RF frequency bands according to project or regional requirements. It covers multiple communication and navigation frequencies, enabling flexible deployment across different applications and regulatory environments.