5.8GHz 2.8dBi RHCP SMA Lollipop FPV Antenna (Long Version)
₹700.00
The 5.8GHz 2.8dBi RHCP SMA Lollipop Antenna (Long) is a high-efficiency circularly polarized FPV antenna designed to deliver stable signal, reduced multipath interference, and extended usable range for analog FPV systems.
Using RHCP (Right-Hand Circular Polarization), this antenna is ideal for pairing with RHCP antennas on goggles or ground receivers, ensuring optimal signal matching. The long coax stem improves radiation pattern clearance from carbon frames and electronics, resulting in cleaner video and fewer dropouts—especially valuable for freestyle, racing, cinewhoops, and long-range analog builds.
Quantity
⭐ Key Features
✔ RHCP Circular Polarization
Reduces signal loss from reflections and improves video stability.
✔ 2.8dBi Gain
Balanced gain for strong near-to-mid range performance without excessive noise.
✔ Long Stem Design
Improves antenna placement and signal clarity by distancing the radiating element from interference.
✔ SMA Connector
Wide compatibility with most analog VTX and ground receivers.
✔ Durable Lollipop Housing
Crash-resistant cap protects the antenna element.
📌 Technical Specifications
| Specification | Details |
|---|---|
| Frequency | 5.8GHz |
| Polarization | RHCP (Right-Hand Circular Polarized) |
| Gain | 2.8 dBi |
| Connector | SMA (Male) |
| Impedance | 50 Ω |
| VSWR | ≤ 1.5 |
| Antenna Type | Lollipop (Circular Polarized) |
| Cable Length | Long version (approx. 120–150 mm, varies by batch) |
| Weight | ~6–8 g |
⚠️ Note: Match RHCP ↔ RHCP on both air unit and goggles. Do not mix RHCP with LHCP.
🔧 Best Use & Compatibility
Recommended For
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FPV Racing (analog)
-
Freestyle FPV
-
Cinewhoop FPV
-
Long-range analog FPV
Compatible With
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Analog VTX like SpeedyBee TX800, Rush Tank, TBS Unify
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FPV goggles & receivers with SMA female ports
-
5.8GHz analog FPV systems (PAL/NTSC)
❌ Not compatible with digital FPV systems (DJI / Walksnail / HDZero).
📦 Package Contents
1× 5.8GHz RHCP SMA Lollipop FPV Antenna (Long)
























