-
Shopping cart is empty
-
x
Drone parts and accessories – fast shipping across the EU and to Ukraine, reliable components, technical support.
-
Shopping cart is empty
-
x
-
TrueRC CORE SMA 160mm RHCP TEAL FPV VTX Antenna
Upgrade your FPV experience with the TrueRC CORE SMA 160mm RHCP antenna in TEAL. Engineered for superior RF performance and durability, this omnidirectional antenna ensures consistent signal across diverse setups. Its robust design protects against crashes, making it ideal for demanding FPV flights. Check best deals at HTDRONE for reliable FPV parts. Fast delivery available.
| Enter your email |
| Reviews | |
| Price of consignment | 35 |
| The Availability Of |
Brak towaru
|
| Leave your phone |
Introduction
The TrueRC CORE SMA 160mm is a high-performance omnidirectional antenna designed for FPV and UAV applications. It features a sophisticated RF design that guarantees excellent signal consistency, regardless of your setup or cable configuration. Built with an extremely durable outer shell, the CORE 5.8 antenna is protected against inevitable impacts and crashes common in FPV flying. Available in vibrant TEAL with RHCP polarization, it's a top choice for pilots seeking reliability and performance.
Key advantages
- Robust, ultrasonically welded polycarbonate housing for extreme durability.
- Clear polarization indication for easy setup and identification.
- Smooth radiation pattern providing uniform gain in all directions.
- Excellent axial ratio and overall performance for a stable video link.
- Impact-resistant, flexible coaxial cable ensures longevity.
- Exclusive True-SMA knurling for easy and secure tightening.
- High radiation efficiency of 98% for optimal signal transmission.
- Wide operating frequency band (5.5GHz-6.1GHz) for broad compatibility.
Technical specifications
- Model: CORE 5.8
- Color: TEAL
- Connector & Cable: SMA 160mm
- Gain: 1.9dBic
- Polarization: RHCP
- Cross Polarization Rejection: -10 to -20dB
- Bandwidth: 5.5GHz-6.1GHz
- Radiation Efficiency: 98%
- SWR: <=1.2:1</li>
- Weight: Varies by connector/cable option
- Dimensions (Head): 16.9mm dia. x 13.1mm H
- Housing Material: Injection molded polycarbonate, ultrasonically welded
Applications
This TrueRC CORE antenna is perfect for FPV drones, racing drones, freestyle quads, and various UAV platforms where a reliable and robust video transmission system is crucial. It's designed to provide a clear and stable video feed for pilots of all skill levels.
Compatibility
Features an SMA connector with a 160mm cable, suitable for most FPV VTX units and goggle receivers equipped with a compatible SMA port. The RHCP polarization is compatible with other RHCP antennas and goggle modules.
FAQ
What is the primary application for the TrueRC CORE SMA 160mm RHCP antenna?
The TrueRC CORE SMA 160mm RHCP antenna is primarily designed for FPV (First Person View) drones, including racing and freestyle quadcopters, as well as other UAV applications that require a reliable and durable video transmission system.
What are the key benefits of the TrueRC CORE antenna's construction?
Its key benefits include an extremely durable, injection-molded polycarbonate housing that is ultrasonically welded, providing excellent protection against impacts and crashes. It also features a flexible, impact-resistant coaxial cable.
What does RHCP polarization mean for FPV?
RHCP stands for Right-Hand Circular Polarization. Using an RHCP antenna on your VTX and an RHCP module on your goggles helps to reduce interference and multipathing, leading to a clearer video signal, especially in challenging environments.
Where can I buy the TrueRC CORE SMA 160mm RHCP antenna with fast delivery?
You can buy the TrueRC CORE SMA 160mm RHCP antenna at HTDRONE, our specialized FPV and UAV drone parts store based in Poland. We offer fast delivery within Poland and reliable international shipping via DHL.
What is the SWR rating for this TrueRC CORE antenna?
The TrueRC CORE SMA 160mm antenna has a Voltage Standing Wave Ratio (SWR) of less than or equal to 1.2:1, indicating excellent impedance matching and efficient power transfer from the VTX.