

FPV Antennas
Walksnail Patch Antenna V2 (Avatar Goggles X)
₹2,399Incl. GST
SKU WALKSNAIL-PATCH-ANT-V2-AVATAR-GOGGLES-X
Polarization: LHCPAntenna Connector: RP-SMAFrequency: 5.8GHzMade in India: No
Dispatched within 2–3 business days — quality-checked in Gurugram
Free standard shipping on orders of ₹999 and above. Pan India delivery from Gurugram, Haryana.
Questions about this part? Ask us on WhatsApp
Buying in bulk? Ask for a better price on WhatsApp or by email.
- 100% genuine parts
- GST invoice with every order
- Secure payments — cards, UPI & net banking via Razorpay
- 7-day returns on wrong or damaged items
Product details
The Walksnail Patch Antenna V2 is a directional LHCP antenna for Walksnail Avatar digital FPV goggles, extending range and video stability by focusing signal toward the aircraft instead of radiating it in every direction.
Key features
- Left-hand circular polarised patch design with 6.7dBi gain, giving a stronger, more directional link than a stock omnidirectional antenna.
- 127-degree beam width covers a wide field ahead of the pilot while still rejecting off-axis interference.
- Right-angle SMA-RP connector with a rubber handwheel screws onto the goggle module and can be hand-tightened without tools.
- Low VSWR, under 1.4 across the band, keeps reflected power to a minimum for a cleaner receive signal.
Specifications
- Polarisation: LHCP
- Gain: 6.7dBi
- Beam width: 127 degrees
- VSWR: under 1.4
- Efficiency: 97%
- Bandwidth: 5600MHz - 6000MHz
- Connector: SMA-RP
- Construction: two patch antennas in one integrated mask
- Size: 146 x 35 x 10 mm
- Weight: 9.6g per antenna, 32 g total
Mount it facing the flying area rather than straight up, since the directional pattern gives its best gain along the beam axis, not behind the goggles.
| Polarization | LHCP |
|---|---|
| Antenna Connector | RP-SMA |
| Frequency | 5.8GHz |
| Made in India | No |
| Brand | Walksnail |
| Gain | 6.7 dBi |
| Antenna Type | Directional |
From builders
Reviews
No reviews yet — be the first to write one.
Related









