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Radio Components

Showing 1–24 of 339 resultsSorted by latest

Screw Set for AG01 & AG01 MINI Gimbals
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SCREW
Screw Set for AG01 & AG01 MINI Gimbals
SE / SF 2pos Switch for TX15 & TX15 MAX
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SE
SE / SF 2pos Switch for TX15 & TX15 MAX
GX12 Momentary / Push-Toggle Switch
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GX12
GX12 Momentary / Push-Toggle Switch
T8L Radio Front / Rear Cases
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T8L
T8L Radio Front / Rear Cases
TX16S MK3 Motherboard & Core Module
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TX16S
TX16S MK3 Motherboard & Core Module
TX16S MK3 Front / Rear Case
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TX16S
TX16S MK3 Front / Rear Case
TX16S MK3 Side Mount Set
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TX16S
TX16S MK3 Side Mount Set
AX12 Front / Rear Case
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AX12
AX12 Front / Rear Case
NightFire RGB LED Strip
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NIGHTFIRE
NightFire RGB LED Strip
Vibrant Aluminum Color Cases for Nexus
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VIBRANT
Vibrant Aluminum Color Cases for Nexus
CNC Axis Lock & Stick Shift Gate Plates
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CNC
CNC Axis Lock & Stick Shift Gate Plates
Sticky360 Mini Gimbal Stick Ends for Zorro & TX12
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STICKY360
Sticky360 Mini Gimbal Stick Ends for Zorro & TX12
AG01 MINI CNC Hall Gimbals for TX12 & Zorro
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AG01
AG01 MINI CNC Hall Gimbals for TX12 & Zorro
TX15 CNC Upgrade Parts Set
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TX15
TX15 CNC Upgrade Parts Set

Radio components are the backbone of any FPV drone build, enabling reliable communication between your transmitter and drone. From ExpressLRS receivers to RF modules and antennas, every component plays a critical role in range, latency, and signal reliability. At FPVdrones.eu, we stock a wide range of FPV radio components compatible with all major protocols including ExpressLRS, TBS Crossfire, and FrSky. Whether you are building a micro whoop or a long-range FPV drone, you will find the right radio components for your setup.

Frequently asked questions

What is ExpressLRS (ELRS) and why is it popular?
ExpressLRS is an open-source radio protocol known for long range, low latency, and frequent community-driven updates, making it one of the most widely used systems in modern FPV builds.

Do my transmitter and receiver need to use the same protocol?
Yes. Your radio transmitter module and the receiver on your drone must use a matching protocol (such as ExpressLRS, Crossfire, or FrSky) to communicate with each other.

What frequency should I choose for my radio system?
2.4GHz is standard for most builds, while 900MHz and 868MHz options offer better penetration through obstacles for long-range flying at the cost of some latency and antenna size.

Can I upgrade my existing radio system's firmware?
Many ExpressLRS and similar open-source systems support regular firmware updates, which can improve range, reduce latency, and add features — check your specific hardware's compatibility before updating.