DiFly TX RPSMA-male 2.4 GHz Antenna — Dipole T-Type Transmitter Antenna
The DiFly TX 2.4 GHz antenna is a compact and effective solution for improving the signal of FPV transmitters. It provides a stable 2.4 GHz connection, which is critical for uninterrupted control of drones and other wireless devices. The antenna is optimized for applications requiring signal reliability and minimal losses.
Product ID: 17056. Brand: DiFly. Product type: Drones and Quadcopters > Drone Antennas. Model name: DiFly TX RPSMA-male 2.4 GHz Antenna — Dipole T-Type Transmitter Antenna.
Features and benefits of this antenna: compact design, ease of installation, compatibility with most FPV transmitters and control equipment at 2.4 GHz, and an optimal shape for uniform signal distribution. The antenna body is made of materials that withstand the operating conditions of normal flights, while the antenna does not add unnecessary weight to compatible devices.
| Parameter | Value |
|---|---|
| Frequency | 2.4 GHz |
| Connector | RPSMA-male / universal SMA connector |
| Shape | Dipole, T-shaped |
| T-element width | 60 mm |
| Overall length | 125 mm |
| Compatibility | FPV transmitters and control equipment at 2.4 GHz |
| Brand | DiFly |
| ID | 17056 |
Design details: The T-shaped configuration with a width of 60 mm ensures uniform radiation distribution, which reduces dead zones and contributes to more stable signal reception/transmission in various antenna orientations. The overall length of 125 mm provides sufficient efficiency without significantly increasing delay or communication losses.
Mounting and compatibility: Thanks to the RPSMA-male connector (universal SMA), the antenna is easy to connect to most transmitters and control units operating at 2.4 GHz. It is recommended to install the antenna in a vertical position to achieve optimal coverage, but the T-shape allows flexible adjustment of orientation to specific operating conditions.
Usage recommendations: Before installation, ensure connector compatibility with the device; avoid mechanical damage during mounting; for maximum results, place the antenna in an area with minimal obstruction from the frame or other electronic components of the drone.
This is a practical solution for amateurs and professionals who want to increase control reliability and FPV signal quality without significant installation complexity or additional weight.
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