
DJI 04 MMCX Straight Antenna for FPV Air Unit, Pair
Ensure Reliable Transmission with Lightweight DesignIntroducing the DJI Part 04 MMCX Straight Antenna, a compact and lightweight antenna designed for the FPV Air Unit. This LHCP antenna provides long-distance transmission range and strong anti-interference, ensuring a reliable connection for your...
*Price sourced from Amazon.com. Last updated:Jul 13, 2026.Price and availability are subject to change.
Notice a mistake? Let Us Know
Overview
Ensure Reliable Transmission with Lightweight Design
Introducing the DJI Part 04 MMCX Straight Antenna, a compact and lightweight antenna designed for the FPV Air Unit. This LHCP antenna provides long-distance transmission range and strong anti-interference, ensuring a reliable connection for your FPV experiences.
Specifications:
- Connector: MMCX
- Type: LHCP
- Application: FPV Air Unit
- Features: Small, Lightweight, Long-Distance Transmission, Anti-Interference
Specifications
Pros & Cons
👍 Pros
- Designed with an MMCX straight connector, ensuring a secure and reliable connection for FPV air units.
- Comes as a pair, providing a complete set for devices that require two antennas.
- Specifically designed for DJI FPV Air Unit, ensuring optimal compatibility and performance within that ecosystem.
- The straight design of the antenna may offer flexibility in mounting options and cable management.
- Constructed to facilitate signal transmission for FPV systems, critical for drone operation.
👎 Cons
- Solely designed for the DJI FPV Air Unit, making it incompatible with other drone systems or video transmitters.
- The straight form factor might be less durable than angled or flexible antennas in certain crash scenarios.
- The MMCX connector, while secure, can be delicate and requires careful handling during installation and removal.
- Specific technical specifications like gain, frequency band, or polarization are not provided, limiting detailed assessment.
- As just an antenna, it provides no active signal amplification or advanced signal processing features.