VW Teramont First Generation (2019 to 2025): MQB Platform Fitment Guide
Written by Arthur Simitian | PartsAdvisory
The Volkswagen Teramont is the global market name for the large MQB-platform SUV sold as the Atlas in North America, Chile, and Israel. Production of the first generation began in 2019, with the Chinese market vehicle assembled by the SAIC-Volkswagen joint venture at the Ningbo plant in Zhejiang Province, and non-Chinese market vehicles built at the Volkswagen plant in Chattanooga, Tennessee. The Teramont nameplate covers markets including China, the Middle East, Africa, Mexico, Russia, Colombia, and other regions. The first generation ran through 2025, when the second-generation Teramont Pro was unveiled in China on the MQB Evo platform.
The Teramont is commercially significant in the aftermarket for two reasons that are absent from any other vehicle in this Tiguan blog series. First, it carries a unique engine option unavailable in any other global market Volkswagen Group vehicle: the EA390 2.5-litre turbocharged VR6, a China-market exclusive powertrain developed specifically to stay below the 3.0-litre excise tax threshold that applies to larger-displacement engines in China. This engine code DDKA and its revised emission-spec successor DPKA create a component pool that does not cross to any North American Atlas or any other VW Group vehicle outside China. Second, the Teramont spawned a coupe SUV variant, the Teramont X, introduced in 2019 for the Chinese market, which shares the same wheelbase and powertrain options but carries a different body, different exterior components, and different trim hardware. These two vehicles share a platform but must be cataloged separately for all body, lighting, and trim applications.
This guide maps the platform, engine codes, transmission variants, drivetrain configurations, facelift boundaries, body variant distinctions, and catalog accuracy requirements for the Teramont first generation across its 2019 to 2025 production window.
Platform Overview and Market Context
The first-generation Teramont is built on the Volkswagen Group MQB long-wheelbase platform, sharing its underbody architecture and 2980 mm wheelbase with the North American Atlas. The overall length of the Chinese market Teramont is 5039 mm, making it one of the largest vehicles produced on the MQB platform in the first generation. The body is a three-row, seven-seat configuration in standard form. The platform shares the same transverse front-engine layout, MacPherson strut front suspension, and multi-link rear suspension as other MQB-family vehicles, though the specific component part numbers for the long-wheelbase application differ from compact and mid-size MQB applications and must be confirmed against Teramont or Atlas-specific references.
The Chinese market Teramont is produced exclusively in China by SAIC-Volkswagen, while the Middle East, Mexico, Russia, and other non-Chinese Teramont markets are served by the Chattanooga production line, which is the same plant supplying the North American Atlas. This dual production source means that a Teramont sold in the Middle East uses North American Atlas production specifications and part numbers, while a Teramont sold in China uses SAIC-Volkswagen production specifications, which differ particularly in engine calibration, emission system hardware, and some interior electronics. Sellers must confirm market of origin when cataloging the Teramont, as Chinese market and non-Chinese market vehicles are not interchangeable for engine, emission system, and some electrical components.
The cross-reference relationship between the Teramont and the North American Atlas is the most important catalog framework for this application. For all suspension, brake, drivetrain, and platform-level components that are shared across the MQB long-wheelbase body, Atlas part numbers apply directly to non-Chinese market Teramonts and broadly to the mechanical underbody of Chinese market vehicles. Sellers who already carry Atlas underbody parts have meaningful inventory applicable to Teramont demand, provided they apply the market-of-origin qualification for engine, emission, and electrical categories.
Teramont X: The Coupe SUV Variant
The Teramont X was unveiled at the 2019 Shanghai Auto Show and went on sale in the Chinese market as a coupe-roofed variant of the Teramont. It shares the identical 2980 mm wheelbase and the same powertrain options as the standard Teramont, but differs in overall dimensions: the Teramont X measures 4917 mm in length, 1989 mm in width, and 1729 mm in height, making it lower-roofed and shorter than the standard three-row Teramont. The Teramont X is a two-row, five-seat vehicle exclusively; the sloping roofline that defines its coupe silhouette eliminates the third row entirely.
The Teramont X is catalogically related to but distinct from the North American Atlas Cross Sport. Both vehicles share the same MQB long-wheelbase platform and the same 2980 mm wheelbase, and the Atlas Cross Sport was developed as the North American counterpart. However, the Teramont X features a different front fascia from launch and received a more visually differentiated facelift in 2023 that further separated its appearance from the Atlas Cross Sport. From the 2023 facelift onward, exterior lighting, front bumper, grille assembly, and front fascia components for the Teramont X are specific to the Chinese market version and do not cross to the Atlas Cross Sport.
All Teramont X variants are 4Motion AWD as standard. FWD is not available on the Teramont X in any configuration or market. This is a meaningful contrast to the standard Teramont and the North American Atlas, which are both available in FWD base configurations. Sellers must not apply FWD-specific listings to the Teramont X.
Production Periods and Facelift Boundaries
The first-generation Teramont has two facelift events that affect different market streams at different times, making the facelift boundary more complex than in single-market vehicles covered elsewhere in this series.
Chinese market facelift (2021 model year): The Chinese Teramont was facelifted for the 2021 model year, unveiled at the 2021 Shanghai Auto Show. Changes include a revised front end with an updated grille and headlight graphics, redesigned wheel options, and new full-width rear lights that span the full tailgate width, a more dramatic visual change than the North American Atlas received in its 2021 update. The full-width rear light bar is a China-market styling feature not found on the North American Atlas facelift. The Teramont X received its own coordinated facelift for 2021 with more substantial front-end differentiation from the Atlas Cross Sport.
Non-Chinese market facelift (2021 model year, North American and global Atlas timing): For Teramont markets served by the Chattanooga production line, the facelift aligned with the Atlas model year 2021 update, which featured a front end redesign based on the Atlas Cross Sport, new rear lights, redesigned wheels, and an updated steering wheel. These exterior changes are Atlas-specification and use Atlas part numbers, not the China-specific Teramont facelift components.
Teramont X second facelift (2023 model year, China only): The Teramont X received a second facelift in 2023 with substantially updated front-end styling featuring a bar splitting the headlights, revised grille, and updated bumper geometry. From the 2023 model year onward, the Teramont X front fascia is specific to the second-facelift Chinese specification and does not share exterior lighting or bumper components with either the Atlas Cross Sport or the pre-2023 Teramont X.
The facelift boundary is a mandatory qualifier for all exterior body components, headlight assemblies, grille assemblies, and tail light assemblies on this application. Sellers must also specify market of origin (Chinese production versus Chattanooga production) for the 2021 facelift, as the Chinese and non-Chinese facelifts produced different visual outcomes from the same platform update cycle.
Engine Variants and Codes
The Teramont first generation is offered with three engine families. Engine code is a mandatory qualifier for all fuel system, turbocharger, emission system, ignition, and ancillary component listings. The three engine families are not interchangeable in any of these categories.
2.0-litre TSI: EA888 Gen 3 (CZPA and Related Codes)
Two output states of the 2.0-litre EA888 Gen 3 TSI are offered on the Teramont in China and are available on non-Chinese market Teramonts served from Chattanooga.
The lower output 330 TSI designation produces 186 horsepower and 320 Nm, corresponding to the EA888 Gen 3 calibration in this application. The higher output 380 TSI produces 220 horsepower and 350 Nm. Engine codes for the China-market 2.0 TSI Teramont applications fall within the CZPA family for earlier production and transition to DPKA for later China 6b emission standard compliance. The DPKA variant adds six multipoint injection valves alongside the direct injection system, a dual-injection architecture that distinguishes it from CZPA and affects fuel system component specifications. Sellers must not cross-reference CZPA and DPKA injector or fuel system components, as the dual-injection hardware of the DPKA is not present on the CZPA.
The EA888 Gen 3 in the Teramont draws on a broad cross-reference pool with other MQB platform vehicles using the same engine family, including the Atlas, Tiguan second generation, and a range of Golf, Jetta, and Audi A3 applications. Confirm engine code and output variant before applying cross-references, as the 2.0 TSI spans multiple sub-variants with differing fuel system and turbocharger specifications.
2.5-litre VR6 TSI: EA390 (DDKA and DPKA)
The 2.5-litre turbocharged VR6 is the most commercially distinctive engine in the Teramont lineup and the one that carries the highest catalog risk for incorrect cross-referencing. This engine is a China-market exclusive across the entire Volkswagen Group; it is produced in Germany and shipped to the SAIC-Volkswagen plant in Ningbo for installation, but it is not offered in any North American Atlas, any European Volkswagen Group vehicle, or any other market. The engine produces 299 horsepower and 500 Nm of torque, detuned from a higher theoretical output specifically to keep the power figure below 300 horsepower, which would trigger higher excise tax under Chinese taxation rules.
Engine code DDKA covers the initial China 5 emission standard specification of the 2.5 VR6. Engine code DPKA covers the revised China 6b specification version, which like the 2.0 TSI DPKA adds multipoint injection alongside direct injection. The DDKA and DPKA have different fuel system hardware as a result of this addition.
The 2.5 VR6 uses the EA390 engine family architecture, a 10.6-degree narrow-angle VR6 of 2492cc displacement. It is related conceptually to the retired 3.0-litre VR6 that was previously offered in China-market Volkswagen Group vehicles, but it is a distinct engine with its own part numbers. The turbocharger is sourced from Mitsubishi Heavy Industries and is specific to this engine. The intake manifold, exhaust manifold, and ancillary mounting hardware are VR6-specific and have no cross-reference to the 2.0 TSI applications. Sellers listing turbocharger, intake, exhaust, or engine mount components for the Teramont must use engine family (EA888 versus EA390) as a hard qualifier. Applying 2.0 TSI components to the VR6 application or vice versa on any of these categories will produce incorrect parts on every affected order.
The 2.5 VR6 is exclusively paired with 4Motion AWD. No FWD configuration is offered with this engine in any market.
Transmission Variants
The Teramont first generation uses dual-clutch DSG transmissions throughout its powertrain lineup. There is no torque converter automatic option on the Chinese market Teramont, in contrast to the North American Atlas which uses a torque converter automatic. This is a fundamental mechanical distinction between the Teramont and the Atlas that carries direct catalog consequences for transmission service components: DSG fluid, DSG filter kits, and mechatronic units are not interchangeable with the Atlas automatic transmission hardware.
DQ381 (7-speed wet DSG, code 0GC): Used with the 2.0 TSI 330 TSI and 380 TSI applications in FWD and 4Motion configurations. The DQ381 is rated for input torque up to 420 Nm. It uses two wet clutches and a single oil circuit. The DSG fluid specification for the DQ381 is VW G 052 529 A2 or equivalent wet DSG specification. The DQ381 cross-references to other MQB platform vehicles using the same unit, including the Golf R and Arteon in some markets. Filter kits, fluid, and mechatronic units must be confirmed against the 0GC transmission code.
DQ500 (7-speed wet DSG, code 0BH or 0BT): Used with the 2.5 VR6 application to handle the higher torque output of 500 Nm. The DQ500 is rated for input torque up to 600 Nm. It uses the same wet clutch architecture as the DQ381 but is a physically larger and heavier-duty unit. The DQ500 fluid specification is the same wet DSG family as the DQ381 (VW G 052 529 A2 compatible) but internal hardware, filter kits, and mechatronic units are specific to the DQ500 and do not cross to the DQ381. Sellers must separate DQ381 and DQ500 transmission service components under different listings; combining them will produce incorrect service hardware on every VR6 order.
Neither the DQ381 nor the DQ500 uses the same fluid specification or internal hardware as the Aisin 09P 8-speed automatic used in the North American Atlas. Any catalog entry that spans the Teramont and Atlas under a shared transmission service listing is incorrect for both transmission fluid and filter components.
Drivetrain Configurations
Front-Wheel Drive (FWD): Available on the standard Teramont with 330 TSI and 380 TSI engines. No FWD configuration exists on the Teramont X or with the 2.5 VR6 engine in any body style. FWD Teramonts use the DQ381 transmission without the Haldex rear coupling.
4Motion All-Wheel Drive: Standard on all VR6 variants and all Teramont X variants, and available on 330 TSI and 380 TSI Teramont configurations. The 4Motion system uses a Haldex coupling consistent with other MQB-platform 4Motion applications. Haldex fluid service (VW G 052 175 A2 or equivalent Haldex-specific specification) is a separate service item from the DSG fluid. The rear final drive uses its own gear oil specification. All three fluids (DQ381 or DQ500 DSG fluid, Haldex fluid, rear differential gear oil) are distinct and must be listed and sold separately. Merging them under a generic transmission fluid designation generates incorrect products for two of the three systems on every 4Motion service order.
Seating Configuration
The standard first-generation Teramont is a three-row, seven-seat vehicle. A six-seat configuration with captain's chairs in the second row is available on some higher trim levels in the Chinese market, presenting a seating qualifier that does not affect mechanical parts but is relevant for second-row seat assembly and center console listings.
The Teramont X is exclusively a two-row, five-seat vehicle. No three-row configuration exists for the Teramont X. Sellers must not apply three-row Teramont third-row seat, third-row floor hardware, or cargo area components to the Teramont X.
Third-row seating components, including seat assemblies, floor latching hardware, third-row safety belt hardware, and associated rear trim panels, apply only to the standard Teramont and must not be cross-referenced to the Teramont X or to any configuration of the North American Atlas Cross Sport.
Common ACES/PIES Mistakes for the Teramont First Generation (2019 to 2025)
1. Applying North American Atlas torque converter automatic transmission service components (Aisin 09P, fluid specification G 055 540 A2) to the Teramont DSG application. The Teramont uses a DQ381 or DQ500 DSG, not the Atlas 8-speed automatic. The fluid specifications, filter kits, and internal hardware are entirely different.
2. Cross-referencing the 2.5 VR6 (EA390, DDKA or DPKA) to any North American Atlas engine application. The 2.5 VR6 is a China-market exclusive powertrain with no North American counterpart. Turbocharger, intake manifold, exhaust hardware, and engine mount applications for the VR6 have no valid Atlas cross-reference.
3. Not distinguishing DQ381 and DQ500 transmission service components. The two transmissions handle different torque ratings, use different internal hardware, and have different filter kits. Combining them under a shared DSG service listing produces incorrect parts on all VR6 orders.
4. Not specifying market of origin (Chinese SAIC-VW production versus Chattanooga production) for engine emission system, injector, and electrical component listings. Chinese market Teramonts and Chattanooga-production Teramonts serving the Middle East and other non-Chinese markets carry different emission compliance hardware.
5. Not distinguishing the CZPA 2.0 TSI from the DPKA 2.0 TSI for fuel system components. The DPKA adds multipoint injection alongside direct injection; injector specifications, fuel rail hardware, and associated fuel system components differ between these two codes.
6. Not distinguishing the VR6 DDKA (China 5 emission standard) from the DPKA (China 6b emission standard) for emission system and fuel system components. The DPKA VR6 revision also adds multipoint injection, altering injector count and fuel system hardware from the DDKA specification.
7. Applying standard Teramont exterior body components to the Teramont X. Although the two vehicles share a wheelbase and powertrain, the Teramont X has a different body with a lower roofline, different front and rear fascias, and different door glass. No exterior panel, bumper cover, or lighting component crosses between the two body styles.
8. Not specifying the 2021 facelift boundary for exterior and lighting components, and not specifying market of origin for the facelift boundary. The Chinese market 2021 facelift introduced full-width rear lights not present on the Chattanooga-built Teramont facelift. These two facelift outcomes use different rear light assemblies.
9. Applying Atlas Cross Sport exterior components to the Teramont X for model years 2023 and later. The Teramont X received a second facelift in 2023 with substantially differentiated front fascia components that are specific to the Chinese market version and do not cross to the Atlas Cross Sport.
10. Listing three-row seating components as applicable to the Teramont X. The Teramont X is a two-row vehicle exclusively. Third-row hardware from the standard Teramont has no application on the Teramont X.
11. Conflating Haldex fluid, DQ381 or DQ500 DSG fluid, and rear differential gear oil under a shared transmission fluid listing. These are three distinct specifications that must be cataloged as separate products for all 4Motion applications.
Catalog Checklist for Teramont First Generation (2019 to 2025)
• Require body variant (standard Teramont three-row versus Teramont X coupe two-row) for all exterior body, lighting, trim, and seating component listings
• Require market of origin (Chinese SAIC-VW production versus Chattanooga production) for engine emission system, injector, electrical system, and post-facelift exterior lighting listings
• Require engine family (EA888 Gen 3 2.0 TSI versus EA390 2.5 VR6) for all turbocharger, fuel system, intake, exhaust, and engine ancillary listings
• Require engine code (CZPA versus DPKA for 2.0 TSI; DDKA versus DPKA for 2.5 VR6) for all injector and fuel system component listings, as the DPKA variants add multipoint injection not present on earlier codes
• Require transmission code (DQ381 0GC versus DQ500 0BH or 0BT) for all DSG fluid, filter kit, and mechatronic unit listings; never combine these under a shared DSG listing
• Require drivetrain configuration (FWD versus 4Motion) for rear axle, Haldex system, and rear differential component listings; note that Teramont X and all VR6 variants are exclusively 4Motion
• Maintain three separate fluid listings for 4Motion applications: DQ381 or DQ500 DSG fluid (G 052 529 A2 family), Haldex fluid (G 052 175 A2), and rear differential gear oil; do not combine under any generic transmission fluid designation
• Require model year for facelift boundary on all exterior and lighting components; specify pre-2021, post-2021, and for Teramont X post-2023 as separate application windows
• Explicitly exclude Teramont transmission service components (DQ381, DQ500) from Atlas transmission listings (Aisin 09P), and exclude Atlas transmission components from Teramont listings; the two vehicles use fundamentally different transmission families
• Confirm 2.5 VR6 (DDKA or DPKA) components against EA390-specific part numbers; no North American Atlas engine component crosses to the VR6 application
Final Take
The first-generation Teramont is the most geographically and mechanically complex application in this Tiguan and Teramont blog series. It operates across multiple production facilities producing specification-differentiated vehicles under the same nameplate, introduces a China-exclusive powertrain with no cross-reference to any other global market Volkswagen Group vehicle, and encompasses a distinct coupe-body variant with its own facelift timeline. Each of these variables creates a category of catalog error that a simplified Teramont equals Atlas approach will generate on every relevant order.
The transmission distinction between the Chinese market Teramont DSG lineup and the North American Atlas torque converter automatic is the most commercially impactful variable for sellers who serve both markets. DSG and torque converter automatic service items, including fluid, filter, and internal hardware, are entirely different product sets. Any seller who maintains a combined Atlas and Teramont transmission service catalog without this split will produce incorrect parts on a high proportion of transmission orders for one of the two vehicles.
The 2.5 VR6 application is a lower-volume but high-value niche. The engine's China exclusivity means there is no incumbent Atlas parts ecosystem to draw on, and sellers who accurately catalog the EA390-specific turbocharger, intake, and fuel system components will serve a buyer population that is otherwise poorly served by generic VW Group listings. The DDKA to DPKA emission standard transition within the VR6 application adds a fuel system sub-split that further refines this niche.
Sellers who master the Teramont catalog, including the Teramont X body distinction, the market-of-origin split, the DSG versus automatic transmission divide, and the VR6 engine exclusivity, will be positioned to serve a buyer population that the majority of catalog operations do not adequately differentiate.
Disclaimer: This guide is based on publicly available specifications, manufacturer documentation, and independent research. Part interchangeability should always be confirmed via VIN and OEM part number lookup. Specifications may change without notice and may vary between market-specific production variants. This document does not constitute official Volkswagen parts catalog data.