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| The GuliKit TMR Joystick Module for ROG Xbox Ally/Xbox Ally X is now available for $19.99. |
For gamers who’ve ever felt that telltale stutter or unwanted movement from a worn-out joystick, the specter of “stick drift” is a constant annoyance. Now, popular gaming accessory maker GuliKit is taking direct aim at the issue for owners of Asus’s popular handhelds, launching official, plug-and-play joystick replacement modules for both the original ROG Ally and the newer ROG Ally X.
The kicker? These aren’t just simple replacements. They’re built on GuliKit’s latest TMR (Tunnel MagnetoResistance) sensor technology, which the company claims offers even greater precision and durability than the already-excellent Hall effect joysticks it’s known for.
From Potentiometers to Precision: The End of Drift?
While the ROG Ally series hasn’t been plagued by drift issues to the same degree as some past consoles, its stock joysticks are still based on traditional potentiometers. These components wear down over time through physical contact, which is the root cause of drift. GuliKit’s solution eliminates that contact entirely.
"Hall effect joysticks use magnetic fields to register movement without physical contact, which already prevents drift," explains a tech specialist familiar with the modules. "TMR technology is a newer, more sensitive type of magnetic sensor. It reads changes in magnetic resistance with exceptional accuracy, which can translate to finer control and potentially better longevity."
Indeed, GuliKit states that its TMR joysticks offer "finer and more precise input" alongside the guaranteed drift-free performance. This makes the new modules not just a repair option, but a potential upgrade for enthusiasts seeking the best possible input fidelity on their handheld.
For the full technical specifications and official announcement from the source, you can check out GuliKit's official product news page here.
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| The GuliKit TMR joystick modules for ROG Xbox Ally and Xbox Ally X. |
Designed with ASUS for a Seamless Swap
One of the biggest hurdles for DIY controller mods is complex installation. GuliKit has tackled this head-on by designing these modules in partnership with ASUS itself. The result is a true plug-and-play experience for the ROG Ally and Ally X.
The modules are built to the exact dimensions of the original sticks, requiring no modification to the handheld. Most importantly, no soldering is needed. Users simply open their device, unplug the old joystick module, plug in the new GuliKit one, and reassemble. A quick calibration via the Ally’s settings menu is the final step.
Availability and Pricing
The GuliKit TMR joystick replacement modules for the ROG Ally and Ally X are available for purchase now.
- For the original ROG Ally (Model: GuliKit TMR Module for ROG Ally): Find it on Amazon
- For the ROG Ally X (Model: GuliKit TMR Module for ROG Ally X): Find it on Amazon
Priced at $19.99 for a single module, it’s a relatively affordable insurance policy against future drift and a meaningful upgrade for serious gamers. Given GuliKit’s strong reputation for budget-friendly quality in controllers like its KingKong 2 Pro and its ES Pro for Nintendo Switch, these official kits are likely to become a must-have for the Ally modding community.
GuliKit ES PRO Fastest Wireless Controller – TMR Anti-Drift&Anti-Snapback Joysticks
$29.99
🔗 Buy on amazonFAQ:
Q: Are these compatible with both the original Ally and the Ally X?
- A: Yes, but they are separate, model-specific kits. Ensure you order the correct version for your device.
Q: Is soldering required?
- A: No. The modules are designed for a direct, solder-free swap.
Q: Do TMR joysticks feel different?
- A: They should feel physically identical in terms of tension and movement, but the internal sensor is entirely different and may offer improved precision in-game.
- Q: Why choose this over GuliKit’s earlier Hall effect kits for the Ally?
- A: The new TMR modules are the company's latest generation of drift-proof technology, boasting advertised improvements in sensitivity and precision over the Hall effect design.