FPV Drone Antenna RUSH Cherry 5.8G SMA Inner Needle MMCX Bend LHCP RHCP - Image 2

FPV Drone Antenna RUSH Cherry 5.8G SMA Inner Needle MMCX Bend LHCP RHCP - Image 3

FPV Drone Antenna RUSH Cherry 5.8G SMA Inner Needle MMCX Bend LHCP RHCP

Name: FPV Drone Antenna RUSH Cherry 5.8G SMA Inner Needle MMCX Bend LHCP RHCP
SKU: C1688-847968471984
Availability: InStock

$12.99 – $14.67

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Returns: Eligible returns are accepted within 30 days after delivery. Non-defective returns may be subject to a USD 20 return label fee and a USD 20 restocking fee. Approved refunds are processed within 7 days after inspection. Return & Refund Policy

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Color

Clear

Description

Key Selling Points

High performance 5.8GHz FPV antenna for clear video transmission with RUSH Cherry series.
Features both Left Hand Circularly Polarized LHCP and Right Hand Circularly Polarized RHCP options for versatile setups.
Equipped with durable SMA straight inner needle and MMCX bend connectors to suit various FPV gear.
Compact and lightweight design ensures minimal impact on drone flight performance and easy installation.
Constructed from high-quality plastic materials for enhanced durability and reliable signal reception during aggressive FPV flying.

Technical Specifications

Antenna Type	FPV Receiver Transmitter Antenna
Frequency	5.8GHz
Polarization	LHCP RHCP Optional
Connector Type 1	SMA Straight Inner Needle
Connector Type 2	MMCX Bend
Material	Plastic
Antenna Length	160mm (SMA Straight Inner Needle)

FAQ Q&A

Q: What drones are compatible with this antenna?

A: This antenna is compatible with FPV crossing machine drones that support 5.8G frequency and have SMA straight inner needle or MMCX bend connectors.

Q: How do I choose between LHCP and RHCP?

A: You should match the polarization (LHCP or RHCP) of your antenna with the polarization of your video transmitter (VTX) or receiver to ensure optimal signal quality.

Q: Is this antenna suitable for long-range FPV flying?

A: While designed for optimal 5.8G performance, long-range capabilities depend on a combination of factors including VTX power, receiver sensitivity, and environmental conditions. This antenna is generally suitable for standard FPV flying ranges.