which-tesla-supports-what

---

title: "Which Tesla supports digital wraps in 2026 (and which doesn't)" excerpt: "Tesla shipped custom wrap support to specific models on specific software versions. Here's the current matrix, including which cars get the 3D preview and which are 2D only." tags: [compatibility, models, reference]

Use this as a reference doc. Tesla added native digital wrap support to its software in 2024, but coverage isn't uniform across the lineup. Some models get full 3D rendering in the FrunkLab studio. Some are 2D only because the upstream 3D assets don't exist yet. All of them can still receive a wrap file on the car itself.

If you just want the table, scroll past the next paragraph.

What "supports digital wraps" actually means

There are two separate things to check. First, does your car's software render a custom wrap when you upload one. Second, does the FrunkLab studio have a 3D preview for your specific model and variant.

The first depends on Tesla's software version. Custom wraps shipped in 2024.x firmware and rolled out to most of the current lineup. If your car has FSD-era hardware and a recent firmware, you almost certainly have wrap support. Older Model S and X vehicles may not, depending on hardware revision. Check the Display & Vehicle menu under settings; if you see a custom wrap option, you're good.

The second depends on whether anyone has published a wrap-ready 3D model for your variant. The studio's 3D preview relies on community-built OBJ files with wrap-ready UV coordinates, and not every Tesla model has one yet. For vehicles without an OBJ, we render a flat top-down 2D preview instead. The wrap on your actual car still looks correct; you just don't get the rotating render during design.

The current matrix

That's it as of May 2026. We'll update this page when more vehicles get 3D support.

Notes on the table

Template size. Every Tesla template is 1024x1024 except the Cybertruck, which is 1024x768. The Cybertruck's aspect ratio reflects its longer-and-shorter body shape. If you design something tall on the Cybertruck template, expect it to get cropped. Plan for horizontal.

3D preview is just a design aid. The actual wrap that lives on your car is the PNG file you export. That file is what Tesla renders on its in-car display, charging visualization, and mobile app. Tesla's renderer is the same regardless of which model. Whether the FrunkLab studio shows you a 3D preview or a 2D flat preview during design, the end result on the car looks identical to any other Tesla wrap.

The 2D-only models are a temporary state. Model S and Model X don't have publicly available OBJ files with wrap-ready UV coordinates. If someone publishes them, we'll add 3D preview. Until then, designing for Model S and X works fine; you just don't get the rotating render. The studio renders a flat top-down view instead, which is also what shows up as the gallery thumbnail.

What about older Teslas?

Tesla's custom wrap feature is software-gated, not hardware-gated, but very old vehicles may not be eligible for the firmware that adds it. Roughly:

• 2017 to 2020 Model 3: Should be fine if firmware is current. Check the Display menu.
• 2020 to 2024 Model Y: Fine. The "LR (pre-Juniper)" row above covers these.
• 2021 to 2024 Model S/X: Should support custom wraps via firmware, but only the 2D template is supported in the FrunkLab studio. See the table.
• Pre-2021 Model S/X: Likely not eligible for the firmware update that adds wrap support. Check with a Tesla service center.

If you're shopping for a used Tesla and digital wraps matter to you, the safest picks are any 2024+ Model 3 Highland, any Model Y from 2020 onward, or a Cybertruck. All of those have current firmware and FrunkLab 3D previews.

Software version requirements

Tesla doesn't publish a hard minimum version for custom wraps, but in practice you need:

• 2024.x firmware or later (rollout was gradual through 2024)
• The custom wrap option visible under Controls > Display > Vehicle
• A USB drive formatted as exFAT, FAT32, ext3, or ext4 (NTFS is not supported)

If your car shows the wrap option but rejects your file, the most common cause is the PNG exceeding 1MB. The studio's export warns you when this is about to happen. Photo-heavy designs (a repeating Top Ramen package wrap, for example) easily exceed 1MB and get rejected by the car. Simplify the design or reduce the embedded photo resolution.

There's a full USB export tutorial that walks through the export step by step.

What about boats, motorcycles, other EVs?

Not yet. FrunkLab is Tesla-specific. The wrap formats, template sizes, and 3D model assets are all built around Tesla's vehicle line. We're watching whether Rivian or Ford adds native digital wrap support to its software; if they do, we'd consider adding them.

Variant-to-variant wrap portability

One useful detail. The 2024+ Highland Base and Highland Performance share enough body geometry that wraps designed for one work fine on the other. The Performance has a slightly different front bumper trim piece (Exterior_Perf material in the 3D model), but most designs don't notice. The Juniper 2025 Model Y variants (Base, AWD, Premium, Performance) all share the same body. You can design once and apply across all four.

The Pre-2024 Model 3 and the Highland Model 3 do not share geometry. A wrap designed for one looks visibly different on the other because the fenders, fascia, and trunk lines moved. If you switch from a 2021 Model 3 to a 2025 Highland, redesign or expect distortion.

The Model Y LR (pre-Juniper) and the Juniper 2025 variants are also not interchangeable. The 2025 refresh changed enough to matter.

Where the templates come from

The 2D templates used in the studio come from Tesla's official teslamotors/custom-wraps repository on GitHub. That's the source of truth for what wraps Tesla's renderer actually expects. The templates are top-down views of the vehicle with body panels in white and no-go zones (windows, panel gaps, trim pieces) in black. The AI generator and the manual tools both operate on this template format.

The 3D preview uses a separate set of assets: community-built OBJ and MTL files with UV coordinates pre-mapped to the same 2D template space. Those files are the reason the 3D preview agrees with the actual in-car render. The UV mapping is the hard problem; the upstream models solve it.

For the 2D-only vehicles (Model S, Model X), only the Tesla template exists. There's no community OBJ with usable UVs, so we render a flat top-down view as the preview. If those models become available, we'll add 3D preview without users needing to redesign anything; the templates are unchanged.

A note on what's actually on your car

The PNG file you export from the studio is the same regardless of which preview mode you used during design. Tesla's car software gets the file, applies it to the in-car render, and that's the final result. Whether you saw a 3D rotating preview or a 2D flat preview while designing, the wrap on the car is identical. The preview is for you during design; the file is for Tesla during render.

This also means a wrap designed by someone with a 3D-supported vehicle works fine when forked by someone with a 2D-only vehicle, and vice versa. The underlying file format is consistent. Only the design-time experience differs.

TL;DR for quick lookups

• Just bought a 2024+ Model 3, Model Y, or Cybertruck? Full 3D preview, you're set.
• Got a 2021 Model S, 2025 Plaid, or 2021 Model X? 2D preview only, but the wrap still works on the car.
• Older Tesla? Check your firmware version. If you see the wrap option in the Display menu, you're supported.
• Pre-2024 Model 3 vs Highland? Different geometry, different wraps.

If your model is supported, pick a vehicle and start a draft in the studio, or look through the gallery for inspiration.