When it comes to remote control transmitters, two names that often come to the forefront are the TX12 MKII and BOXER Radio. Both products have their merits, offering a range of features that cater to pilots and enthusiasts alike. In this comparison, we will explore the similarities and differences between these two popular models, examining their design, performance, and overall value to guide you in making the right choice for your needs.
Detailed Base Comparison: TX12 vs BOXER
Gimbals
One of the main differences between the TX12 MKII and the BOXER Radio lies in the size of the gimbals. The TX12 MKII has slightly smaller gimbals, made of plastic, similar to the Zorro. This may result in slightly less precise control. However, if you can get used to them, you won’t notice much of a difference. The BOXER Radio, on the other hand, features full-sized V4.0 Hall effect gimbals as standard, which can be upgraded to AG01 CNC Hall effect gimbals. The larger gimbals provide more precise control and a better overall feel.
Price and Value
The TX12 MKII is more budget-friendly compared to the BOXER Radio. While the TX12 MKII may be considered more of an entry-level model, it still offers everything you need for a long time to come. The BOXER Radio has a higher power transmitter, so you could say it provides a more stable connection. Additionally, the BOXER Radio comes with a gimbal protector and a RadioMaster signature carry case as standard, adding to its value.
Personal Preference
When it comes to size and shape, it really comes down to personal preference. Choose the one you like best. Some may prefer the compact and lightweight design of the TX12 MKII, while others may prefer the larger gimbals and higher power transmitter of the BOXER Radio.
Working Current and Voltage Range
The TX12 MKII has a working current of 320mA@8.4V (ELRS) or 180mA@8.4V (CC2500), and a voltage range of 6.6-8.4V DC. Unfortunately, the working current for the BOXER Radio is not specified, but it has the same voltage range of 6.6-8.4V DC.
Radio Firmware and Channels
Both the TX12 MKII and the BOXER Radio come pre-installed with the EdgeTX operating system. The TX12 MKII supports up to 16 channels, depending on the receiver. The BOXER Radio supports a maximum of 16 channels, but this is receiver dependent.
Display and Gimbal
Both radios have a 128*64 Monochrome LCD display and are compatible with JR/FrSKY/Crossfire external modules. The TX12 MKII comes with high precision hall gimbals as standard, while the BOXER Radio comes with high precision 4.0 Hall gimbals as standard, with the option to upgrade to AG01 CNC Hall effect gimbals.
USB Charging and SD Card
Both radios support USB charging, with the TX12 MKII featuring a QC3 USB-C port, and the BOXER Radio supporting QC3.0 fast charging with a maximum of 2.0A. Both radios also come with an SD card included.
Versions Available
Both the TX12 MKII and the BOXER Radio are available in FCC and EU LBT versions. The FCC version supports all CC2500 protocols for the TX12 MKII and all MPM protocols for the BOXER Radio. The EU LBT version is limited to LBT-compliant protocols.
Conclusion: Who is the Winner?
The decision between the TX12 MKII and the BOXER Radio largely depends on your specific needs and preferences. If you are looking for a compact and lightweight radio with a budget-friendly price, then the TX12 MKII might be the best choice for you. Its small gimbals and plastic construction may be less precise, but they are still adequate for most pilots, especially those who are used to them.
On the other hand, if you prioritize having a more stable connection, larger gimbals for precise control, and don’t mind spending a little extra, then BOXER Radio could be the better option. Its full-sized V4.0 Hall effect gimbals, higher power transmitter, and additional accessories such as a gimbal protector and carry case add to its value.
Ultimately, both radios are excellent choices with similar features such as telemetry, customizable buttons, and the same operating system and UI. It comes down to your personal preferences and what features are most important to you. Take the time to consider your needs and preferences, and you will be able to make an informed decision that you will be happy with in the long run.
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