FT 3.1–3.6GHz 16.5dBi RHCP FPV Patch Antenna
The FT 3.1–3.6GHz 16.5dBi RHCP patch antenna operates in the 3.1–3.6 GHz band with a center frequency of 3.3 GHz and a wide bandwidth of 500 MHz. The 16.5 dBi gain and 26° × 26° beam pattern provide a moderately wide operational sector. The antenna features RHCP polarization and an SMA Female connector.
4 364₴
Out of stock
Discounts are applied automatically at checkout
| Quantity | Price per unit |
|---|---|
| From 10 to 99 | 4 233₴ |
| From 100 to 999 | 4 146₴ |
Product description
The FT 3.1–3.6 GHz 16.5 dBi RHCP FPV patch antenna is designed to operate across a wide frequency range of 3.1–3.6 GHz with a center frequency of 3.3 GHz. The 500 MHz bandwidth allows for efficient operation with the FT VTX 3.3GHz video transmitter or other compatible 3.3 GHz systems.
With a gain of 16.5 dBi, this 3.3 GHz RHCP FPV antenna serves as the entry-level model by gain rating in the 3.3 GHz patch antenna line. Featuring a radiation pattern of 26° horizontal and 26° vertical, it covers a wider sector around the central aiming axis, simplifying target retention within the reception zone without requiring ultra-precise alignment.
The 3100–3600 MHz operating frequency range is one of the key features of this model. Unlike antennas designed for the 2.7–2.9 GHz band, this 3.1–3.6 GHz directional antenna is tailored for video systems operating in higher frequency bands.
The 3.3 GHz 16.5 dBi patch antenna measures 205 × 205 × 23 mm and weighs 310 g. An SMA Female connector is used for connecting to compatible equipment.
For orders of 1000+ units, pricing is negotiated individually. Please contact us for a custom quote.
Technical characteristics
- Antenna Type: Directional patch antenna
- Frequency Range: 3100–3600 MHz
- Center Frequency: 3.3 GHz
- Polarization: RHCP (Right-Hand Circular)
- Gain: 16.5 dBi
- Horizontal Beamwidth: 26°
- Vertical Beamwidth: 26°
- Bandwidth: 500 MHz
- Impedance: 50 Ohm
- Connector: SMA Female
- Dimensions: 205 × 205 × 23 mm
- Weight: 310 g
This product is often purchased with
-
1 056₴ Add to cartFT V3 2.7–3.5GHz RHCP SMA Male Video Antenna
FT V3 2.7–3.5GHz RHCP is an omnidirectional antenna for transmitting and receiving FPV video. The 2700–3500 MHz operating range covers the 3.3 GHz frequency. RHCP polarization, a VSWR of < 1.2, and an SMA Male connector ensure excellent matching with compatible VTX/VRX. Suitable for drones, relays, and ground stations over both short and long distances. -
3 298₴ Add to cartFT VTX 3.3GHz 4W 16CH SMA Video Transmitter
FT VTX 3.3GHz FPV video transmitter featuring 16 channels and up to 4W of power. Supports the IRC Tramp protocol, features an SMA Female connector, 7–36V input, and active cooling. -
4 911₴ Add to cartFT VRX 3.3GHz 16CH Video Receiver
The FT VRX 3.3GHz 16CH operates in the 3170–3470 MHz band and is designed for analog FPV systems. Its 16 channels provide flexible tuning for reliable video reception setup. -
2 138₴ Add to cartCaddx Ratel Pro V2 1/1.8″ 1500TVL FPV Camera
The Caddx Ratel Pro V2 1/1.8″ 1500 TVL analog FPV camera features Super WDR (HDR) technology to retain details in both bright and dark areas of the frame. It has a 125° FOV and 0.00001 Lux sensitivity. Supports NTSC / PAL, 16:9 / 4:3 aspect ratios, and a manual OSD menu. -
49 560₴ Add to cart21.5″ Full HD UAV GCS Case-Monitor
The 21.5″ Full HD UAV GCS case-monitor features a screen with a peak brightness of up to 1000 cd/m², AV, SDI, and HDMI inputs, and loop-through video outputs. It operates on 12–36 V via an XT60 connector, supports hot-swapping batteries, and includes six 1/4″ threaded holes for mounting additional equipment. -
2 532₴ Add to cartFT F722 PRO HV2 3–8S Flight Controller
The FT F722 PRO HV2 3–8S flight controller is based on the STM32F722RET6 MCU with a frequency of up to 216 MHz and two BMI270 gyroscopes. Designed for 3–8S power. Unlike the previous PRO HV version, this device supports connecting up to three analog cameras with the ability to switch between them, and also features an additional 4.5V BEC for…
We are always open for new partnerships!
Write to us and we will reply as soon as possible.
