You’re deep into a heated Super Smash Bros. match, your thumbs are flying across the Joy-Cons, and suddenly—your character starts drifting off-screen for no reason. If you’ve owned a Nintendo Switch since its 2017 debut, you’ve probably experienced the infamous “Joy-Con drift” at least once. It’s the kind of thing that turns a fun gaming session into a controller-chucking frustration fest. So, when Nintendo unveiled the Switch 2 last week, fans were buzzing with one big question: have they finally fixed the drift problem with those shiny new Joy-Cons? Well, we’ve got an answer—or at least part of one. After days of dodging the specifics, Nintendo has confirmed that the Switch 2’s Joy-Cons don’t use Hall effect joysticks, the anti-drift tech many were hoping for. But what does that mean for the future of your gaming experience? Let’s unpack it.

Nintendo’s been playing it coy since the Switch 2 presentation dropped. The company’s been hyping up the new console’s upgraded features—bigger screen, beefier hardware, and yes, those redesigned Joy-Cons. But when it came to the nitty-gritty of what’s inside those controllers, they were tight-lipped. That is, until Nate Bihldorff, Nintendo of America’s Senior Vice President of Product Development & Publishing, sat down with Nintendo Life for a recent interview. When pressed about why the Switch 2’s analog sticks “feel so different” compared to the original Switch, Bihldorff let a little tidbit slip: “The Joy-Con 2’s controllers have been designed from the ground up. They’re not Hall Effect sticks, but they feel really good.”

Okay, cool. They feel good. But for anyone who’s shelled out cash to replace a drifting Joy-Con—or worse, mailed one off to Nintendo for repairs only to have the problem creep back—this raises more questions than it answers. Hall effect joysticks, for the uninitiated, are a type of sensor that uses magnetic fields to track movement. Unlike the traditional potentiometer-based sticks in the original Switch (more on those in a sec), Hall effect tech doesn’t wear down from physical contact, making it a darling of the anti-drift crowd. Companies like GuliKit have been slapping these into third-party Switch controllers for years, and they’ve earned a cult following for their durability. So, if Nintendo’s not jumping on that bandwagon, what are they doing?

Joy-Con 2: bigger, smoother, stronger—but how?

To get a fuller picture, we can turn to Nintendo’s own Ask the Developer discussion, published alongside the Switch 2 reveal. Switch 2 producer Kouichi Kawamoto gave us a bit more to chew on: “We redesigned everything from scratch for Joy-Con 2… Compared to the Joy-Con controllers for Switch, the control sticks are larger and more durable, with smoother movement. We’ve also made Joy-Con 2 bigger to match the larger console.”

Bigger sticks, smoother action, and a sturdier build? That sounds promising. The original Joy-Cons were tiny—adorably so, until you realized how fragile they could be. Drift aside, those little analog sticks weren’t exactly built for marathon gaming sessions. If Kawamoto’s claims hold up, the Joy-Con 2 might at least feel like a step up in quality. But here’s the kicker: Nintendo’s still not spilling the beans on the tech powering those improvements. No Hall effect? Fine. But then what’s under the hood?

To understand why this matters, let’s rewind to the original Switch. Its Joy-Cons use potentiometer-based joysticks—essentially, little components that track movement through physical contact between parts. Over time, that contact wears down, dust sneaks in, and boom: your Link starts wandering off cliffs in Breath of the Wild without your input. It’s a design flaw that’s plagued the Switch since day one, sparking lawsuits, free repair programs, and a whole cottage industry of DIY fixes. Nintendo apologized for it (sort of) and tweaked the design over the years, but the problem’s never fully gone away.

Hall effect joysticks were seen as the holy grail fix. By using magnets instead of physical contact, they sidestep the wear-and-tear issue entirely. They’re not new—retro consoles like the Sega Dreamcast used them—but they’ve made a comeback in modern gaming circles. So when Nintendo ruled them out for the Switch 2, it left fans scratching their heads. Are we stuck with potentiometers again? Has Nintendo just slapped a fresh coat of paint on the same old tech and called it “more durable”? Or—and this is the exciting possibility—have they cooked up something entirely new?

Could it be TMR tech—or something else?

If it’s not the Hall effect, there’s another contender worth speculating about: tunneling magnetoresistance (TMR) technology. TMR is a fancier cousin of the Hall effect, also using magnetic fields but with even greater precision and efficiency. It’s cutting-edge stuff—think aerospace and medical tech levels of sophistication—and some in the gaming community have wondered if Nintendo might’ve gone this route. TMR could theoretically offer the same drift-free longevity as the Hall effect, plus smoother response times and lower power draw, which would be a boon for a portable console like the Switch 2.

There’s no hard evidence for this yet, mind you. Nintendo’s keeping its cards close to the chest, but the fact that Bihldorff and Kawamoto keep emphasizing how “different” and “redesigned” these sticks are suggests something innovative might be at play. Or, you know, it could just be marketing fluff.

So, where does that leave us? Nintendo’s confirmed what the Joy-Con 2 doesn’t have—Hall effect joysticks—but they’re still playing coy about what it does have. Are we looking at a souped-up potentiometer design that’s tougher but still drift-prone? A TMR breakthrough that could redefine controller tech? Or some mystery sauce Nintendo’s cooked up in its Kyoto labs? For now, it’s anyone’s guess.

We’ll get our answers eventually. The Switch 2’s slated to hit shelves later this year, and you can bet the teardown wizards at places like iFixit will have those Joy-Cons cracked open within hours of launch. Until then, all we’ve got is Nintendo’s word that they “feel really good.” For a company that’s spent years dodging drift complaints, that’s a bold promise.