Find Which Vehicles Cost Most for a Carbon Tint Install
Compare estimated professional carbon window tint prices for 150 popular cars, with body style, tintable window count, and clear pricing assumptions.
Andre Silva
· 1 min read
This table ranks 100 current-generation passenger vehicle models by Estimated Installed Cost, highest first, with Estimated Installed Cost, Body Style, Tintable Window Count for every entry and a one-line reason for each position. The figures are model-estimated, not measured; the method and its limits are below. At the top: Mercedes-Benz Sprinter Passenger Van at 995.
Click any column header to sort; type in the filter box to narrow the 100 rows.
Model-estimated ranking, methodology below. Every figure is an estimate produced for this table, not a measurement; treat the order as directional.
100 of 100 rows
| # | Vehicle Model | Estimated Installed Cost (USD) | Body Style | Tintable Window Count (panes) | Rationale |
|---|---|---|---|---|---|
| 1 | Mercedes-Benz Sprinter Passenger Van | 995 | Full-size passenger van | 12 | Its long body, numerous oversized panes, and difficult rear sections create the largest film and labor requirement. |
| 2 | Ford Transit Passenger Van | 920 | Full-size passenger van | 12 | A tall cabin with many large side panes and split rear-door glass requires extensive film and installation time. |
| 3 | Chevrolet Express Passenger Van | 790 | Full-size passenger van | 10 | Numerous broad side windows and two rear-door panes make this substantially costlier than conventional SUVs. |
| 4 | GMC Savana Passenger Van | 780 | Full-size passenger van | 10 | Its expansive passenger glazing and split rear glass demand considerable material despite relatively simple pane shapes. |
| 5 | Volkswagen ID. Buzz | 720 | Electric minivan | 9 | Large upright windows, sliding-door glass, and multiple fixed panes give this electric van an unusually large tint area. |
| 6 | Toyota Sienna | 680 | Minivan | 9 | Long sliding-door windows and broad rear-quarter glass produce a high material and labor requirement. |
| 7 | Chrysler Pacifica | 670 | Minivan | 9 | Its long cabin, large sliding-door panes, and deep quarter windows keep installation costs near the top. |
| 8 | Honda Odyssey | 660 | Minivan | 9 | Broad side glazing across three seating rows requires more carbon film than nearly any standard SUV. |
| 9 | Kia Carnival | 650 | Minivan | 9 | Large sliding-door and rear-quarter panes create extensive coverage even with mostly straightforward glass shapes. |
| 10 | Cadillac Escalade ESV | 620 | Extended full-size SUV | 7 | The extended body carries especially long cargo-area glass and a large rear window that raise film usage. |
| 11 | Jeep Grand Wagoneer L | 610 | Extended full-size SUV | 7 | Its stretched three-row cabin and tall quarter windows make it one of the largest conventional SUVs to tint. |
| 12 | Chevrolet Suburban | 600 | Extended full-size SUV | 7 | Very long side glass and a broad liftgate pane create a substantial carbon-film installation. |
| 13 | GMC Yukon XL | 590 | Extended full-size SUV | 7 | The extended cargo section adds large quarter windows and significant film area behind the second row. |
| 14 | Lincoln Navigator L | 580 | Extended full-size SUV | 7 | Long luxury-SUV glazing and large rear quarters require considerable film plus careful edge finishing. |
| 15 | Cadillac Escalade IQ | 570 | Full-size electric SUV | 7 | Its very large side and liftgate glass areas require substantial film and careful handling. |
| 16 | Ford Expedition MAX | 570 | Extended full-size SUV | 7 | Its elongated passenger compartment and sizable liftgate glass place it above standard-length three-row SUVs. |
| 17 | Jeep Wagoneer L | 560 | Extended full-size SUV | 7 | A stretched body and tall third-row side windows create a large but relatively conventional tint job. |
| 18 | Jeep Grand Wagoneer | 555 | Full-size SUV | 7 | A long cabin and expansive third-row quarter windows put film area near the top of the segment. |
| 19 | Land Rover Defender 130 | 550 | Extended midsize SUV | 9 | Multiple side panes, an extended rear cabin, and angular seals add labor despite less glass than the largest SUVs. |
| 20 | Jeep Wagoneer | 545 | Full-size SUV | 7 | Large door glass and broad cargo-area windows create a high-material full-size SUV installation. |
| 21 | Lexus TX | 540 | Midsize three-row SUV | 9 | Its long three-row profile includes multiple fixed panes and sizable quarter glass requiring careful installation. |
| 22 | Cadillac Escalade | 535 | Full-size luxury SUV | 7 | Tall side panes and a broad rear window combine with luxury-vehicle installation care. |
| 23 | Lincoln Navigator | 530 | Full-size luxury SUV | 7 | Its tall three-row greenhouse uses large film sections and demands careful interior protection. |
| 24 | Toyota Grand Highlander | 530 | Midsize three-row SUV | 9 | A roomy third row and long rear-quarter windows give it more tintable area than most midsize crossovers. |
| 25 | Ford Expedition | 525 | Full-size SUV | 7 | Large door, quarter, and liftgate panes make this a film-intensive three-row SUV. |
| 26 | Buick Enclave | 520 | Midsize three-row SUV | 7 | Large side windows and a broad rear hatch create a high-area tint job with moderate contour complexity. |
| 27 | Land Rover Range Rover | 520 | Full-size luxury SUV | 7 | Substantial glass area and delicate luxury trim increase both material and installation labor. |
| 28 | Infiniti QX80 | 515 | Full-size luxury SUV | 7 | Its upright body provides broad side and rear panes across a large three-row cabin. |
| 29 | Chevrolet Traverse | 510 | Midsize three-row SUV | 7 | Its lengthy cabin and upright third-row glazing require more film than shorter two-row utility vehicles. |
| 30 | Nissan Armada | 510 | Full-size SUV | 7 | A tall greenhouse and sizable cargo-quarter glass keep film usage and labor high. |
| 31 | Chevrolet Tahoe | 505 | Full-size SUV | 7 | Large side windows and a wide liftgate pane require more carbon film than most crossovers. |
| 32 | GMC Acadia | 500 | Midsize three-row SUV | 7 | The enlarged current design has substantial rear-quarter and liftgate glass but fewer panes than extended SUVs. |
| 33 | GMC Yukon | 500 | Full-size SUV | 7 | Its full-size dimensions create broad door and rear-quarter panes with high total film area. |
| 34 | Toyota Sequoia | 495 | Full-size SUV | 7 | Tall doors, long rear quarters, and a wide hatch window produce a large installation. |
| 35 | Hyundai Palisade | 490 | Midsize three-row SUV | 7 | Tall side glazing and generous third-row windows create a sizable yet straightforward carbon-film installation. |
| 36 | Tesla Model X | 490 | Electric crossover SUV | 7 | Large curved panes and falcon-wing door access add complexity despite a moderate pane count. |
| 37 | Mercedes-Benz GLS | 485 | Full-size luxury SUV | 7 | A long three-row greenhouse and premium interior surfaces raise material and labor needs. |
| 38 | BMW X7 | 480 | Full-size luxury SUV | 7 | Long side glazing and large third-row quarter panes place it above typical midsize SUVs. |
| 39 | Kia Telluride | 480 | Midsize three-row SUV | 7 | Its boxy three-row body provides broad, accessible panes that use considerable film without exceptional complexity. |
| 40 | Land Rover Range Rover Sport | 475 | Midsize luxury SUV | 7 | Large side glass, premium trim protection, and complex rear-quarter shapes place it at the top of this group. |
| 41 | Rivian R1S | 475 | Full-size electric SUV | 7 | Its tall, boxy cabin yields broad side and rear glass sections requiring sizable film cuts. |
| 42 | Lucid Gravity | 470 | Electric luxury SUV | 7 | An expansive passenger greenhouse and complex luxury trim make the installation relatively costly. |
| 43 | Volkswagen Atlas | 470 | Midsize three-row SUV | 7 | Large rectangular side windows and a wide rear pane make it costly to tint, though installation access is favorable. |
| 44 | Land Rover Discovery | 468 | Midsize luxury SUV | 7 | A tall three-row cabin and expansive cargo-area glass require substantial film and careful fitting. |
| 45 | Lexus LX | 465 | Full-size luxury SUV | 7 | Large upright panes and careful work around premium trim support a high installed estimate. |
| 46 | Jeep Grand Cherokee L | 462 | Midsize three-row SUV | 7 | Its extended three-row body carries larger rear-door and quarter windows than the standard Grand Cherokee. |
| 47 | Volvo EX90 | 460 | Electric luxury SUV | 7 | Its long three-row cabin carries substantial side and cargo-area glass with premium fit requirements. |
| 48 | Volvo XC90 | 456 | Midsize luxury SUV | 7 | Long side glazing, large cargo-quarter panes, and premium interior precautions increase installation labor. |
| 49 | Kia EV9 | 455 | Three-row electric SUV | 7 | A boxy three-row profile creates large door and quarter windows across the cabin. |
| 50 | Acura MDX | 450 | Midsize luxury SUV | 7 | The three-row profile combines broad door glass with sizable rear-quarter panes and moderate trim complexity. |
| 51 | Hyundai Ioniq 9 | 450 | Three-row electric SUV | 7 | Long side glazing and broad rear-quarter panes require more film than conventional midsize SUVs. |
| 52 | Genesis GV80 | 445 | Midsize luxury SUV | 7 | Large curved side windows and careful work around upscale door trim support an above-average quote. |
| 53 | Lexus GX | 445 | Midsize luxury SUV | 7 | Its upright three-row body has sizable flat panes plus added care around luxury finishes. |
| 54 | Subaru Ascent | 445 | Three-row midsize SUV | 7 | Its large three-row cabin creates broad side and rear glass areas that require substantial carbon film. |
| 55 | Lincoln Aviator | 442 | Three-row midsize luxury SUV | 7 | Long side glazing and a large liftgate window keep film usage and installation time near the top of this group. |
| 56 | BMW XM | 440 | Midsize luxury SUV | 7 | Complex window contours, thick trim, and the care expected for a high-value performance SUV raise labor cost. |
| 57 | Land Rover Defender 110 | 440 | Midsize SUV | 7 | Tall rectangular side glass is straightforward to cut but extensive enough to keep cost elevated. |
| 58 | Cadillac XT6 | 438 | Three-row midsize luxury SUV | 7 | A long cabin, sizable quarter windows, and premium trim complexity support a relatively high installed price. |
| 59 | Infiniti QX60 | 435 | Three-row midsize luxury SUV | 7 | Its three-row proportions and broad rear-quarter glass require more film than most two-row crossovers. |
| 60 | Mazda CX-90 | 435 | Midsize three-row SUV | 7 | A long cabin and sizable third-row quarter windows put its film area above most midsize models. |
| 61 | Mercedes-Benz GLE | 435 | Midsize luxury SUV | 7 | Broad side glazing and intricate seals make this luxury SUV more demanding than mainstream midsize models. |
| 62 | Mercedes-Benz G-Class | 432 | Midsize luxury SUV | 7 | Its upright glass is sizable, while exposed trim and premium-vehicle handling add time despite simple shapes. |
| 63 | Toyota Highlander | 432 | Three-row midsize SUV | 7 | Large door windows, rear-quarter panes, and liftgate glass produce an above-average tinting area. |
| 64 | Audi Q7 | 430 | Midsize luxury SUV | 7 | Seven substantial panes and careful work near premium door trim yield a moderately high quote. |
| 65 | BMW X5 | 428 | Midsize luxury SUV | 7 | Generous door and quarter glass paired with close-fitting luxury trim produces a relatively labor-heavy job. |
| 66 | Honda Passport | 425 | Two-row midsize SUV | 7 | The tall cabin and generous cargo-area glazing make this two-row SUV comparatively film intensive. |
| 67 | Audi Q8 | 424 | Midsize luxury SUV | 7 | A long coupe-like greenhouse and sharply tapered rear quarters require extra measuring and film shaping. |
| 68 | Ford Bronco 4-Door | 423 | Four-door midsize SUV | 7 | Upright glass, removable-door construction, and squared rear panes add labor despite modest window curvature. |
| 69 | Porsche Cayenne | 420 | Midsize luxury SUV | 7 | Curved rear-side glass, tight seals, and premium finish protection keep its estimated installation cost elevated. |
| 70 | Polestar 3 | 418 | Midsize electric luxury SUV | 7 | Its long body and expansive side glazing require substantial film, while frameless details increase handling care. |
| 71 | Lexus RX | 415 | Midsize luxury SUV | 7 | Broad door glass and tapered rear-quarter panes create moderately high material and fitting requirements. |
| 72 | Toyota Land Cruiser | 415 | Midsize SUV | 7 | Tall doors and large upright cargo-quarter windows create substantial film area across seven panes. |
| 73 | Nissan Murano | 412 | Midsize SUV | 7 | A wide cabin and sizable rear glass place its film area above that of compact crossovers. |
| 74 | Toyota 4Runner | 410 | Midsize SUV | 7 | Its boxy greenhouse, large rear quarters, and power-operated tailgate glass increase material and fitting time. |
| 75 | Chevrolet Equinox EV | 407 | Compact electric SUV | 7 | Its unusually long compact-SUV body and extended side glazing raise film use beyond typical compact models. |
| 76 | Honda Prologue | 406 | Midsize electric SUV | 7 | The wide body, large door windows, and substantial liftgate glass support a midrange installation estimate. |
| 77 | Ford Explorer | 405 | Midsize three-row SUV | 7 | Three-row proportions provide broad rear-door and cargo-side glass, producing a solidly above-average estimate. |
| 78 | Cadillac Lyriq | 404 | Midsize electric luxury SUV | 7 | Large side panes are offset by a raked rear profile, keeping total film needs below boxier midsize SUVs. |
| 79 | Audi Q5 | 400 | Compact luxury SUV | 7 | Seven moderately sized panes and premium interior finishing produce a solid but not oversized labor estimate. |
| 80 | Honda Pilot | 400 | Midsize three-row SUV | 7 | A large family-SUV cabin and substantial quarter windows require more carbon film than typical two-row models. |
| 81 | BMW X3 | 398 | Compact luxury SUV | 7 | Its conventional seven-pane layout has moderate glass area, with careful premium-trim work adding some labor. |
| 82 | Mercedes-Benz GLC | 396 | Compact luxury SUV | 7 | Moderate window area and detailed seals place installation costs close to other premium compact SUVs. |
| 83 | Nissan Pathfinder | 395 | Midsize three-row SUV | 7 | Seven sizable panes and a long passenger compartment place it near the middle of large crossover installations. |
| 84 | Volvo XC60 | 394 | Compact luxury SUV | 7 | Tall side windows and useful rear-quarter glass give it slightly more film area than sleeker compact SUVs. |
| 85 | Tesla Model Y | 392 | Compact electric crossover | 7 | Large frameless door glass needs careful fitting, though the sharply sloped rear limits total film area. |
| 86 | Dodge Durango | 390 | Midsize three-row SUV | 7 | Long rear-side glazing and a tall cargo area add film coverage, though its pane shapes are relatively conventional. |
| 87 | Toyota Crown Signia | 390 | Midsize crossover wagon | 7 | Its wagon-like length adds side glass, but the low roof and raked liftgate constrain overall pane area. |
| 88 | Genesis GV70 | 388 | Compact luxury SUV | 7 | Premium trim care and curved rear-quarter panes offset its relatively compact overall glazing footprint. |
| 89 | Mazda CX-70 | 386 | Midsize SUV | 7 | Its long body shares expansive side glazing with a three-row platform despite using a two-row interior. |
| 90 | Porsche Macan | 386 | Compact luxury SUV | 7 | Compact panes limit material use, while curved glass and upscale seals keep labor above mainstream models. |
| 91 | Maserati Grecale | 384 | Compact luxury SUV | 7 | A compact glass footprint is balanced by premium trim protection and careful fitting around tapered rear panes. |
| 92 | Ford Mustang Mach-E | 382 | Compact electric crossover | 7 | Its sloping roof reduces rear glass area, but frameless windows require additional alignment and edge care. |
| 93 | Hyundai Santa Fe | 382 | Midsize three-row SUV | 7 | The squared greenhouse and unusually large cargo-quarter panes create ample tintable surface area. |
| 94 | Hyundai Ioniq 5 | 380 | Compact electric crossover | 7 | A roomy cabin provides broad door glass, while the squared yet compact body keeps total film use moderate. |
| 95 | Land Rover Defender 90 | 380 | Compact luxury SUV | 5 | It has fewer panes than longer Defenders, but oversized rear-side glass and premium trim keep labor costly. |
| 96 | Kia EV6 | 378 | Compact electric crossover | 7 | The low roof and steeply raked rear reduce tintable area despite seven panes and moderately complex rear glass. |
| 97 | Jeep Grand Cherokee | 377 | Midsize SUV | 7 | Large door glass and moderately broad cargo quarters yield an above-average two-row SUV installation. |
| 98 | Volkswagen Atlas Cross Sport | 374 | Midsize SUV | 7 | Its wide cabin provides considerable glass area, while the sloping rear quarters add modest cutting complexity. |
| 99 | BMW X6 | 370 | Midsize luxury SUV coupe | 7 | Tapered quarter windows require precise shaping, though the coupe roofline reduces total glass versus an X5. |
| 100 | Audi Q6 e-tron | 365 | Compact luxury electric SUV | 7 | Seven moderately sized panes and intricate luxury seals produce a high estimate for a compact electric SUV. |
Methodology. Costs estimate a professional carbon-film installation on all side and rear windows, excluding the windshield and roof glass. Estimates use a national baseline adjusted for approximate glass area, pane count, body style, and installation complexity. Actual quotes vary by model year, film brand, shop, and location. Rows are ranked by Estimated Installed Cost (highest first); the rationale column states why each entry sits where it does.
How This Ranking Was Built
Costs estimate a professional carbon-film installation on all side and rear windows, excluding the windshield and roof glass. Estimates use a national baseline adjusted for approximate glass area, pane count, body style, and installation complexity. Actual quotes vary by model year, film brand, shop, and location. This is a model-estimated ranking: the values were produced by a language model asked for consistent estimates across rows, then sorted and rank-checked by code. Treat the order as directional and check any single figure against a primary source before relying on it.