Antenna FAT Dipole 1.2 GHz
FAT Dipole Antenna 1.2 GHz is an antenna for signal transmission and reception with linear polarization
FPV Antennas
FPV antennas are specialized components designed to transmit and receive radio signals in FPV systems, UAVs, mobile repeater stations, ground base stations, and radio communication systems.
Dipole antenna PCB VeeDip 1.2 GHz
PCB VeeDip dipole antenna is an antenna designed for installation on UAVs, mobile repeaters, or ground-based stations for receiving and transmitting radio signals with linear…
Antenna MOXON-R 370 MHz
The MOXON-R 370 MHz antenna is designed for use in radio communication systems where signal stability, directivity, and transmission efficiency are critically important.
Antenna MOXON-R 430 MHz
The MOXON-R 430 MHz antenna is designed for use in radio communication systems where signal stability, directivity, and transmission efficiency are critically important.
FPV Antennas
FPV antennas are technical solutions designed for transmitting and receiving radio signals in FPV systems, UAVs, mobile repeater stations, ground base stations, and radio communication systems. They are an essential part of the equipment, as the right antenna determines compatibility with the device, signal stability, and transmission performance within a specific system.
BlueBird Tech offers Ukrainian-made FPV antennas for users who require solutions for different frequency bands, mounting configurations, and operational scenarios. The category includes models designed for use with UAVs, mobile repeater stations, ground base stations, and radio communication systems.
Advantages of BlueBird Tech Antennas
BlueBird Tech signal antennas are designed for applications where reliable signal transmission and reception, equipment stability, and component compatibility within a technical system are essential. The category includes models with linear polarization as well as directional antennas for radio communication systems.
Key advantages:
- Ukrainian-made products
- Models for different frequency bands
- Solutions for UAVs, repeater stations, and ground base stations
- Antennas matched to specific equipment requirements
- Models with linear polarization
- Models designed for directional performance, signal stability, and efficient transmission
- Expert guidance on product selection, compatibility, and ordering conditions
Types of Antennas in the Category
FAT Dipole 1.2 GHz Antenna – an antenna for signal transmission and reception with linear polarization. This format is suitable for applications requiring signal operation within the corresponding frequency band.
PCB VeeDip 1.2 GHz Dipole Antenna – an antenna designed for installation on UAVs, mobile repeater stations, or ground base stations. It is used to transmit and receive radio signals with linear polarization.
MOXON-R 370 MHz Antenna – an antenna for radio communication systems where signal stability, directionality, and transmission efficiency are important.
MOXON-R 430 MHz Antenna – an antenna for radio communication systems operating in the 430 MHz frequency band and used in applications where directional performance and stable signal transmission are essential.
How to Choose an Antenna
To choose the right antenna, start with the equipment it will be used with. It is important to check the operating frequency range, device type, mounting method, polarization, radiation pattern, and antenna purpose.
Before choosing, pay attention to:
- Equipment operating frequency
- The type of system in which the antenna will be used
- Installation format – UAV, relay station, or ground base station
- The need for linear polarization
- The need for directional performance
- Compatibility with a specific technical solution
- Current availability and price.
If an antenna is needed for a UAV or FPV solution, it is important to additionally check whether a specific model is compatible with your equipment. If you need external antennas for drones, it is recommended to contact BlueBird Tech for consultation in advance and check which models are available for this type of application.
Signal-Boosting Antennas and Radio Communication
For radio communication systems, it is important to select an antenna based on the frequency range, design, and intended application. The category includes solutions for signal transmission and reception, as well as models where directional performance and operational stability are essential.
BlueBird Tech Antennas
BlueBird Tech offers Ukrainian-made FPV antennas and antennas for radio communication systems. The company helps select compatible technical solutions, explains specifications in simple terms, and provides guidance on current official ordering conditions.
Advantages of BlueBird Tech:
- Ukrainian-made products
- User support
- Consultation on selection
- Assistance with choosing compatible equipment
- Service support
- Official communication channels
- Ability to confirm specifications, pricing, availability, and delivery terms.
Why Choose BlueBird Tech FPV Antennas
A properly selected antenna helps organize radio signal operation within a compatible system. If you need antennas for UAVs, FPV solutions, mobile repeater stations, ground base stations, or radio communication systems, choose models based on the frequency range, intended use, and installation method.
BlueBird Tech offers Ukrainian-made technical solutions and helps users select equipment for specific tasks. Browse the products in the category or contact the company to confirm compatibility, specifications, pricing, availability, and delivery terms.
Frequently asked questions
What are FPV antennas?
FPV antennas are antennas designed to receive and transmit radio signals. They can be used in FPV systems, UAVs, mobile relay stations, ground base stations, and radio communication systems.
What are FPV antennas used for?
FPV antennas are used for radio signal communication between devices. They enable reliable signal transmission and reception within a compatible system.
Which antennas are available in this category?
The category includes the FAT Dipole 1.2 GHz antenna, PCB VeeDip 1.2 GHz dipole antenna, MOXON-R 370 MHz antenna, and MOXON-R 430 MHz antenna.
What is the FAT Dipole 1.2 GHz antenna?
The FAT Dipole 1.2 GHz Antenna by BlueBird Tech is an ultra-wideband omnidirectional antenna designed for stable operation in the 1.2 GHz band. Thanks to its specialized FAT dipole geometry, the antenna performs efficiently across a wide frequency range (1000–1700 MHz), providing a stable signal even in challenging conditions. Its compact PCB-based design and lightweight construction make it an ideal solution for use in FPV drones, ground stations, and repeater stations.
What is the PCB VeeDip 1.2 GHz Dipole Antenna used for?
The PCB VeeDip 1.2 GHz Dipole Antenna by BlueBird Tech is a planar V-shaped dipole antenna designed to operate in the 1150–1300 MHz frequency range. Thanks to its compact printed circuit board (PCB) design, the antenna is lightweight, easy to integrate, and provides stable performance across its operating band. It is suitable for transmitting and receiving video signals, telemetry, and other radio signals in UAVs, mobile relay stations, and ground stations.
What is the MOXON-R 370 MHz Antenna used for?
The MOXON-R 370 MHz by BlueBird Tech is a compact directional antenna designed for stable operation across the wide 360–460 MHz frequency range. The antenna provides a stable directional radiation pattern with a gain of 5–6 dBi, ensuring reliable signal transmission in the intended direction.
How do I choose an FPV antenna?
When choosing an FPV antenna, consider the frequency band, equipment type, mounting method, polarization, radiation pattern, and compatibility with your specific system. If you’re unsure which antenna is right for your application, contact BlueBird Tech for expert guidance.
Where can I buy FPV antennas in Ukraine?
FPV antennas can be ordered through the official BlueBird Tech website or by contacting the company’s sales department. Before placing an order, it is recommended to confirm current availability, specifications, compatibility, pricing, and delivery terms.
