– Slightly more directional, more range in front of the pilot than behind
The only advantage IMO is having the 2W output power option, and I don’t remember a time I need more than 250mW :) TX Antennas Stock Antenna
The additional features of the full size module are not really that useful to be honest for most pilots. The built-in screen in the full size module is no big deal as you can change pretty much all the settings in the radio. I think the Micro V2 module is more than capable for most people flying freestyle and racing. Same features and performance as the V2 JR module, but has Lite interface (for the Lite module bay such as the Jumper T-Lite, Frsky X-Lite and Tandem X20 radios) – No screen, settings changed via LUA script only
– Extra features: Spectrum analyzer, Bluetooth module Crossfire TX Modules TBS Crossfire TX Module Based on personal experience, you could go 5 miles easily with 250mW (antennas in line of sight), and I wasn’t even pushing the limit there. It’s hard to tell precisely what the maximum range of Crossfire is as it depends largely on the conditions of where you are flying. But we are talking about milli-seconds of differences so you might or might not be able to tell. The other advantage of Crossfire is the lower latency which reportedly improves the handling of the quadcopter according to many well known pilots. However, the downside is the longer and larger receiver antennas. Therefore many pilots prefer Crossfire even though they don’t intent to fly long range, just for the more stable signal connection and lower chance of failsafe in risky environment. The low frequency means better signal penetration ability through obstacles and more reliable signal.
Rather than the typical 2.4GHz that is used in most RC systems, the Crossfire operates at the 900MHz band. The TBS Crossfire is a popular radio control system for long range FPV drones. It’s an external RF module that can be installed directly on the back of a radio transmitter (i.e.