10dBi 915MHz LoRa Antenna – SMA Male & IPX Cable, Meshtastic LoRa Whip Antenna HIP one size

10dBi 915MHz LoRa Antenna – SMA Male & IPX Cable, Meshtastic

one size
Sale price  $24.28 Regular price $28.73
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10dBi 915MHz LoRa Antenna – SMA Male & IPX Cable, Meshtastic LoRa Whip Antenna HIP one size

10dBi 915MHz LoRa Antenna – SMA Male & IPX Cable, Meshtastic

Sale price  $24.28 Regular price $28.73
Colorone size

10dBi 915MHz LoRa Whip Antenna with SMA Male Connector & U.FL IPX Cable

Boost your LoRa, Meshtastic, or off-grid network's reach with this high-gain 10dBi 915MHz whip antenna. Engineered for the 902–928MHz frequency band, it delivers wide-range, stable connectivity for hobbyists, field operators, and professionals alike. The included SMA-to-U.FL IPX cable ensures a secure, low-loss connection straight out of the box.

Made in Mainland China.

Why Choose This 915MHz LoRa Antenna?

  • High 10dBi Gain: Dramatically extends your wireless range compared to stock antennas, ideal for long-distance Meshtastic mesh nodes, walkie-talkies, and scanners.
  • Full 360° Horizontal Coverage: Omnidirectional vertical polarization ensures reliable signal in every direction without repointing.
  • SMA Male Connector: Drop-in compatibility with most LoRa modules and Meshtastic devices (including TTGO LoRa32 V3 and similar boards) for a hassle-free upgrade.
  • Included SMA to U.FL IPX Pigtail Cable: Features a nut and washer for a rock-solid installation. Minimizes signal loss and simplifies integration into enclosures or custom builds.
  • Weather-Resistant Construction: Copper core, rubber radome, and DC grounding protection allow continuous outdoor deployment across a wide temperature range (−40°C to 55°C).
  • Low SWR ≤1.5: Highly efficient power transfer with minimal reflected energy, maximizing transmitter output and receiver sensitivity.

Technical Specifications

Frequency Range 902–928 MHz
Gain 10 dBi
Horizontal Beamwidth 360°
Vertical Beamwidth 43 ± 3°
SWR ≤ 1.5
Impedance 50 Ω
Polarization Vertical
Maximum Power 10 W
Protection DC Grounding
Connector SMA Male
Material Copper core, Rubber radome
Operating Temperature −40°C to 55°C
Operating Humidity < 95%
Ellipticity ≤ 2 dB

Great For

  • Meshtastic off-grid mesh networking
  • LoRa32 V3 and similar development boards
  • Walkie-talkies, scanners, and amateur radio setups
  • Home, rooftop, or field antenna installations

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Note: Please allow 2–3% dimensional variance due to manual measurement. Actual color may vary slightly from product images due to monitor calibration differences.

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Frequently Asked Questions

Q: Is this 915MHz LoRa antenna compatible with Meshtastic devices and LoRa32 V3 boards?

A: Yes. This antenna uses a standard SMA Male connector and operates on the 902–928MHz band, making it directly compatible with most Meshtastic nodes, TTGO LoRa32 V3 boards, and other LoRa devices that use SMA or U.FL connectors (via the included IPX pigtail cable).

Q: What does the included SMA to U.FL IPX cable do?

A: The pigtail cable bridges the SMA Male antenna connector to the U.FL (IPX) port found on many compact LoRa modules and development boards. It features a nut and washer for a secure, vibration-resistant fit, reducing signal loss for a reliable connection.

Q: Can this antenna be used outdoors permanently?

A: Absolutely. The rubber radome and copper construction are designed to withstand temperatures from −40°C to 55°C and humidity up to 95%, making it suitable for long-term outdoor installations on rooftops, masts, or in the field.

Q: What gain improvement can I expect over a standard stock antenna?

A: At 10dBi, this antenna offers significantly higher gain than the typical 2–3dBi stock antennas included with most LoRa kits, extending your effective communication range and improving signal quality in challenging environments.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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