Indiana Jones and the Great Circle on Switch 2: The Port That Should’ve Been Impossible (But Somehow Isn’t)

Let's get one thing straight before we crack this thing open like a compromised server: nobody — and I mean nobody — expected MachineGames to pull off what they just pulled off. Indiana Jones and the Great Circle, powered by their id-Tech-7-derived Motor Engine, is the kind of visual stunner that makes flagship GPUs weep into their power cables on PC, PS5, and Xbox Series X/S. So when the pitch was apparently "hey, make it run on Nintendo's little handheld too," the entire industry collectively raised an eyebrow. 🔥

And yet — and yet — here we are. The Switch 2 version exists. It runs. It looks good. It leverages the Tegra T239 chipset in ways that probably made NVIDIA engineers do a double-take. But the road from "AAA blockbuster" to "play it on the toilet" is paved with some absolutely savage engineering compromises, a few genuinely impressive technical decisions, and one or two moments that made me question reality itself.

Buckle up. This is the story of how MachineGames crammed a next-gen engine into a handheld — and whether the results are actually as wild as Digital Foundry's analysis suggests.

The 30fps Gambit: Sacrificing Frame Rate to Save the Dream

Right out of the gate, let's talk about the single most controversial decision MachineGames made with this port: targeting 30fps instead of the 60fps you get on PS5 and Xbox Series X/S. Cue the internet pitchforks. Cue the Reddit meltdowns. Cue every "60fps or it's not a real port" tweetstorm in existence.

But here's the thing — and I need you to actually hear me out here — it was the right call. The Motor Engine is a beast on CPU resources. We're talking about a game with ray-traced global illumination, expansive environments, dense geometry, and enough visual fidelity to make current-gen consoles sweat. Asking the Tegra T239 to do all that at 60fps is like asking a Honda Civic to win a Formula 1 race while towing a boat. It's not happening.

By committing to 30fps, MachineGames unlocked a performance budget that let them include settings most people would never expect on a handheld. We're talking strand-based hair physics, screen-space reflections, and contact shadows. Luxury items. The stuff you take for granted on a beefy PC or console, repurposed for a device you can hold in your hands while sitting on a park bench eating a gas station burrito. Are you kidding me right now? 🔥

Is 30fps ideal? No. Is it noticeable in practice? In most scenarios, absolutely not. The game feels smooth enough for the kind of deliberate, exploration-heavy gameplay Indiana Jones demands. This isn't a twitchy multiplayer shooter where every frame matters. It's an adventure game. And 30fps lets everything else shine.

What 30fps Actually Buys You on Switch 2

Let's break down the math the way your grandma could follow it. Think of your GPU like a pizza shop. At 60fps, you need to make 60 pizzas every single second. At 30fps, you only need to make 30. But here's the kicker — each pizza on the Switch 2 version is almost as loaded with toppings as the ones going out on PS5. That extra breathing room from halving the frame count means each individual frame gets more time and more processing power to look gorgeous.

It's a classic engineering trade-off. MachineGames looked at the Tegra T239 and said, "We can't do everything at once, so let's make sure what we do do looks incredible." Smart. Calculated. And honestly, kind of beautiful in a "watching a surgeon work with a butter knife" kind of way.

Ray-Traced Global Illumination on a Handheld: The Move That Changed Everything

If the 30fps decision was controversial, the decision to keep ray-traced global illumination (RTGI) fully intact is the one that should make headlines. For the uninitiated, RTGI is what makes light behave like light. It bounces off surfaces, tints the ambient color of rooms, and creates those gorgeous indirect illumination effects that make virtual worlds feel real. Without it, everything looks flat and CG-ish, like a particularly well-funded video game from 2012.

Most handheld ports would gut this feature first. It's expensive. It's computationally heavy. It's the single biggest reason why Switch versions of games usually look like someone turned the "pretty" dial down to negative three. But MachineGames refused to scale down RTGI accuracy, even when the game's dynamic resolution dips to hit its frame target.

Let that sink in. The resolution can wobble. The frame rate can flex. But the lighting? The lighting stays chef's kiss. According to MachineGames' own post-mortem data, their implementation of RTGI on the Switch 2 actually matches — and occasionally exceeds — what the base Xbox Series S puts out. Not the Series X. The Series S. The budget box. Take a second to process that. 🤯

This is, without exaggeration, the single most impressive technical achievement in this port. It's the reason the game doesn't look like a sad, washed-down version of itself. It's the reason you'll stop mid-jungle-exploration and forget you're playing on something smaller than a paperback novel.

The DLSS Decision: Nintendo’s Secret Weapon

Here's where things get genuinely spicy. The Switch 2 version of Indiana Jones and the Great Circle makes a choice that none of its console siblings make: it uses DLSS upscaling instead of the standard TAA (Temporal Anti-Aliasing) approach. If you're not neck-deep in tech jargon, TAA is essentially the "spray-and-pray" method of smoothing jagged edges — it blurs the image slightly and hopes you don't notice. DLSS, on the other hand, is AI-powered upscaling that reconstructs a higher-resolution image from a lower-resolution input. It's like the difference between using Photoshop's "smooth" filter and having an actual artist redraw your image at higher resolution.

Docked, the Switch 2 renders at a dynamic range of 540p to 1080p, and DLSS resolves it to a 1080p target. In portable mode, you're looking at a 360p to 720p native range. The results? Stunning. DLSS produces a noticeably sharper image with better-defined details than what you'd get from the Xbox Series S, which — again — is a machine that costs roughly the same but without upscaling magic.

But, because nothing in tech is ever purely good news, DLSS introduces its own gremlins. Because the native resolution can dip significantly, the upscaler sometimes lacks sufficient pixel data to accurately reconstruct thin details. This leads to harsher aliasing than the Series S exhibits. And in some scenes, you'll notice something called pixel crawl — where the upscaler struggles to handle fine, moving elements properly. It's not catastrophic. It's not even constant. But it's there. And if Digital Foundry's team spotted it frame-by-frame, you know it's real.

A Technical Breakdown That Won’t Put You to Sleep

For those who want the "explain it like I'm five" version of how all this works together, here's the gist:

The Tegra T239 chip inside the Switch 2 is a legitimate piece of silicon. It's not a phone chip duct-taped to a game card. It's purpose-built for this device, and it supports modern rendering techniques that older Nintendo hardware simply couldn't dream of. Think of it like upgrading from a dirt road to a highway — the cars (graphics data) can now move faster and more efficiently, but the highway still has a speed limit (thermal and power constraints of a handheld).

Here's the cheat sheet:

• RTGI stays on → Light bounces realistically. Scenes feel alive. This is the "wow" factor.
• DLSS upscaling → Lower native resolution gets AI-enhanced to look sharper. Saves massive GPU resources.
• Variable Rate Shading → The game doesn't render every pixel at the same quality. Peripheral/less-noticed areas get fewer resources. Your eyes don't notice. Smart trick.
• 30fps target → Cuts GPU/CPU workload roughly in half, freeing up budget for visual fidelity elsewhere.

This is all standard modern optimization theory, but applying it to a handheld form factor with a 64GB cartridge limit? That's where it gets absolutely unhinged. Speaking of which — let's talk about the texture situation. Because somebody had to lose, and it was the textures.

The Texture Downgrade: The Necessary Evil Nobody Wants to Talk About

I'm going to be honest with you in a way most tech blogs won't be: the texture quality on the Switch 2 version of Indiana Jones and the Great Circle is noticeably worse than what you get on PC, PS5, or Xbox Series X. And I don't mean "if you pixel-peep" worse. I mean "a cinephile might audibly gasp during a close-up" worse.

To fit the entire game onto a 64GB cartridge — without requiring a mandatory online download — MachineGames had to get absolutely ruthless with compression. The base digital install is 56GB, which means every megabyte on that physical cartridge is sacred real estate. Textures for clothing fabric, statues, and environmental details all took hits. During normal gameplay? You'll barely notice. Your brain fills in the gaps. You're too busy whipping bad guys and solving ancient puzzles to inspect a brick wall's pore structure.

But in cinematic close-ups? When the camera decides to lovingly frame Indiana Jones's leather jacket and linger there for a beat too long? Yeah. You'll see it. The texture resolution drops to roughly what the Xbox Series S produces without its optional high-quality texture pack installed. If you own a Series S and never downloaded that pack, you already know exactly what we're talking about. If not, just imagine everything having a slight "soft magazine cover" blur on the fine details during story moments.

Is this a dealbreaker? No. It's a compromise in service of a larger goal: letting you play a visually impressive, full-fat AAA game on a device that fits in your jacket pocket. That's an objectively insane achievement in 2025. But let's not pretend the emperor isn't occasionally missing some clothes. 👀

The Shadow of Consequence: Geometry Pop-In, Dropped Frames, and NPC Animation Cuts

Now let's talk about the stuff that's harder to forgive — or at least harder to ignore. MachineGames made several additional cuts beyond textures, and some of them will absolutely test your patience.

Shadow quality was dropped below even the Xbox Series S preset. That's already the "economy sedan" of current-gen consoles, and the Switch 2 version goes below that. In a game where moody torch-lit tombs and golden-hour jungle scenes are half the atmosphere, this matters more than you'd think.

Geometry pop-in — the bane of open-world gaming existence — is more aggressive here than on any current-gen console release. You'll watch rocks, foliage, and architectural details literally teleport into existence as you walk toward them. It's not as bad as a 2013 Ubisoft title, but for a game running on technology that's supposed to represent the cutting edge of 2025 hardware, seeing objects pop in while you walk feels like a betrayal from the timeline.

Then there's the NPC animation situation. To save CPU cycles, distant non-playable characters animate at 15fps on Switch 2, compared to the full 30fps on every other platform. That means background characters in bustling areas move with all the fluidity of a flipbook from a middle school art class. Up close? They're fine. But the moment you're panning across a crowded marketplace from a distance, it looks like a haunted diorama.

And the frame pacing? Well, hold onto your hats. In controlled, linear environments — think the jungle segments and the college campus early in the game — the 30fps target is rock solid. Absolutely nailed. But the second you step into a bustling, open-ended area and start fighting or sprinting? The frame rate slides into the mid-20s. And cutscenes? They suffer from distracting dropped frames every time the camera switches shots. It's like watching a film where the editor keeps accidentally skipping frames. On a device marketed as a premium gaming experience, this is the kind of thing that makes you grind your teeth.

The Portable vs. Docked Question Everyone’s Asking

One more thing before we move on: portable mode adds yet another layer of compromise. Resolution drops to that 360p–720p range, shadow quality and level-of-detail settings take further hits, and the overall experience feels noticeably rougher than the docked version. Does the game still work? Absolutely. Does it still run? For sure. Does it feel like you're getting the full Indiana Jones experience? That depends on how forgiving your eyes are and how badly you need to play while on a 14-hour flight.

The Verdict: A Technical Marvel With Very Visible Scars

So where does that leave us? Indiana Jones and the Great Circle on Switch 2 is, against all odds, a legitimately impressive port. The fact that it keeps RTGI at full fidelity, leverages DLSS in ways its console counterparts never could, and delivers a 56GB adventure on a 64GB cartridge with no mandatory downloads? That's world-class engineering by MachineGames' porting team. Period.

But "impressive for a handheld" and "on par with current-gen" are not the same thing, and anyone telling you otherwise is selling something. The texture downgrades, the shadow quality cuts, the geometry pop-in, the 15fps background NPCs, and the frame pacing issues in demanding areas are all very real compromises. They don't ruin the game — nothing about Indiana Jones and the Great Circle is ruined here — but they're the kind of things that keep this from being a definitive version.

It's the kind of port that makes you marvel at what hardware engineers can squeeze out of limited silicon, while simultaneously wishing that console generations didn't create these impossible gaps in the first place. The Switch 2 is a remarkable device. The Motor Engine is a remarkable engine. And MachineGames threaded a needle that most studios would have walked away from.

Whether that's enough for you depends entirely on one question: how badly do you want to play Indiana Jones on the toilet? Be honest with yourself. We all know the answer. 🔥

What You Should Do With All This Information (The No-BS Action List)

• Own a Switch 2 and care about visuals? → Play docked. Seriously. Portable mode doubles down on almost every compromise.
• Thinking about skipping the PC/console version? → Don't unless portability is your top priority. The RTGI and texture differences are real and measurable.
• Want the best image quality on your Switch 2? → Make sure you're using a TV or monitor that handles 1080p well. DLSS needs a good canvas to work its magic.
• Annoyed by the missing 60fps? → Channel that energy into writing a polite but firm letter to Nintendo about Tegra T239 thermal headroom. They read those. Probably. Maybe not.
• Just want to play the dang game? → Buy it on whatever device you already own. It's a fantastic game regardless of platform. The porting debate shouldn't rob you of a great adventure.
• Worried about your own setup's security? → Yeah, while you're optimizing gaming settings, make sure your home network isn't held together with digital duct tape. Enable 2FA everywhere. Use a password manager. Stop reusing "password123" like it's going out of style — it went out of style in 2014.

The Bottom Line

Indiana Jones and the Great Circle on Switch 2 is the greatest "shouldn't be possible, but somehow is" port in recent memory. MachineGames took a bleeding-edge engine, a Tegra T239 chip with finite resources, and a 64GB cartridge, and they built something that genuinely works — warts, dropped frames, and all. It's not the definitive way to play this game. But it might be the most impressive way to play it on a device you can stuff in your back pocket. And at the end of the day, that's worth something. Now go play it, enable your 2FA while you're at it, and drop a comment below telling me which platform you're grabbing this gem on. Let's hear it. 🔥