1550–1620MHz 10W Portable FPV Drone Jammer ACASOM VIC-1 | Chipomi

The 1550–1620MHz 10W Portable FPV Drone Jammer ACASOM VIC-1 is a compact device designed for FPV drone signal disruption within the 1550–1620MHz band. The unit is built for applications where mobility, autonomous operation, and stable field performance are important.

The device uses a GaN-based module designed to deliver stable RF performance and efficient operation. A 3dBi omnidirectional antenna is included to provide broad coverage across the operating range. The effective action distance may reach 1000–1500 meters depending on the real environment.

The ACASOM VIC-1 weighs approximately 1kg and is designed for portable deployment. It can be mounted on the arm, waist, or chest. The built-in 29.2V / 5000mAh lithium battery provides up to 6 hours of continuous operation.

The aluminum enclosure is rated IP68 and built for operation in temperatures from -20°C to +60°C. The device includes active cooling and an LCD screen for battery monitoring.

Technical Specifications:

Why Choose This Module:

• 10W output provides a compact and efficient option for portable counter-drone deployments.
  
• The 1550–1620MHz frequency range supports specialized FPV disruption scenarios.
  
• The built-in battery allows autonomous operation without external power sources.
  
• Up to 6 hours of working time supports longer mobile missions.
  
• The aluminum housing with IP68 protection improves durability in field environments.
  
• Active cooling contributes to stable performance.
  
• The 1kg portable design makes the device easy to deploy.

Applications:

• Integration into professional counter-drone systems.
  
• Deployment in mobile security platforms.
  
• Protection of restricted zones and facilities.
  
• Integration into portable RF countermeasure systems.
  
• Use in infrastructure protection projects.
  
• Application in airspace monitoring and security environments.
  
• Use in specialized anti-drone deployments.

Package Includes:

1. VIC-1 x1
   
2. 29.2V 2A power charging adapter x1
   
3. Poly bag x1
   
4. 3dB omni antenna x1

Important Notes:

• Screw the antenna on first, then turn on the power adapter.
  
• During long operation the shell may become hot, using the poly bag is recommended.
  
• Charging voltage and current are 29.2V / 2A.

FAQ:

1. What frequency band does the device operate in?
   The device operates within the 1550–1620MHz band.
2. How long can it operate on battery power?
   The working time can reach up to 6 hours.
3. Is the device designed for portable deployment?
   Yes, it weighs approximately 1kg and is built for portable use.
4. Does the device include a battery?
   Yes, it includes a 29.2V / 5000mAh battery.
5. Is the device protected against harsh environments?
   Yes, the enclosure has IP68 protection.
6. Does the device include cooling?
   Yes, it uses active cooling.
7. Can battery status be monitored?
   Yes, the LCD screen shows battery capacity.

The 1550–1620MHz 10W Portable FPV Drone Jammer ACASOM VIC-1 from Chipomi is designed for professional counter-drone projects that require compact size, autonomous operation, and reliable RF performance. Operating in the 1550–1620MHz range, the device is suitable for systems where specialized FPV signal disruption is required.

The unit combines a lightweight 1kg portable structure with a built-in 29.2V / 5000mAh battery that provides up to 6 hours of operation. This configuration allows the device to be used in mobile platforms, field operations, and portable counter-drone deployments where external power may not be available.

Its aluminum enclosure with IP68 protection helps maintain reliability in demanding environments. Active cooling supports stable performance, and the integrated LCD screen allows convenient monitoring of battery status during operation.

For projects requiring a portable FPV drone jammer operating in the 1550–1620MHz band with 10W output power and long battery life, the ACASOM VIC-1 provides a compact and practical solution. Order the ACASOM VIC-1 from Chipomi and integrate it into modern anti-drone systems designed for mobile deployment.