VW T-Roc 2(A2) — Problems & Common Faults
Weaknesses, engine ratings and buying advice
Volkswagen's second-generation T-Roc launched on November 28, 2025 — a bigger, more digital compact SUV built on an updated MQB platform (internal code A2). It's not sold in the United States; VW's US lineup covers this segment with the Taos instead, so treat the figures below as European reference points.
At launch there are exactly two versions of a 1.5-liter eTSI four-cylinder with 48-volt mild-hybrid assist and a 7-speed dual-clutch gearbox: DLRA at 85 kW/116 hp as the entry engine, and DFYA at 110 kW/150 hp as the noticeably more confident, VW-recommended choice. Both add up to 14 kW of electric boost off the line and can coast with the engine off, but real driving enjoyment only shows up with the stronger engine — testers describe the 116 hp car as sluggish on the highway. VW has already announced a full hybrid for 2026 plus a 2.0-liter eTSI with 4Motion all-wheel drive, but neither is on sale yet, so there's no usable ownership data for them.
Being this new, there's essentially no long-term track record — what exists so far is factory specification and one significant recall. Early-production cars (built September 2025 through February 2026) left the factory with the tie rod under-torqued at the steering knuckle. The connection can work loose, worst case leading to partial or total loss of steering (German recall reference KBA 16132R); affected cars are instructed not to be driven until the roughly 30-minute dealer fix is done. Confirm with any seller that this recall has already been completed before you even test-drive the car. Independent testing (ADAC) otherwise rates the T-Roc II as a well-rounded package with strong active safety and a genuinely upscale interior, but flags the overall price level and a fuel-economy figure around 6.0 L/100km (roughly 39 mpg), on the high side for the class. Cars with the optional 20-inch wheels also ride noticeably harsher over sharp edges than smaller-wheeled cars.
Test-drive checklist: Ask the dealer directly whether the tie-rod recall has been completed before the car is moved at all. Check the dual-clutch gearbox for smooth, judder-free pull-away from a cold start. Take the 116 hp version on the highway to judge whether it feels adequate for passing. On cars with 20-inch wheels, note how the suspension reacts to sharp bumps and expansion joints.
2026 market: European launch pricing starts at €30,845 (≈$34,000) for the 116 hp Trend trim, €36,755 (≈$40,500) for the 150 hp Life, €38,510 (≈$42,500) for Style, and €42,460 (≈$47,000) for R-Line, offered only with the 150 hp engine. Add navigation or heated seats and the price crosses €40,000 (≈$44,000) quickly.
For a used-car buyer, the T-Roc II is simply too young — buying one now means taking on new-car risk, albeit with factory warranty, rather than a proven used vehicle. If you buy anyway, insist on the 150 hp engine and a completed tie-rod recall.
Insider pick: DFYA with 150 hp — the only engine in the lineup that feels genuinely confident on the highway and back roads, without any fuel-economy penalty versus the 116 hp version.
Generations
Engine Overview
The VW T-Roc 2 is available with 2 engine variants — from 116 to 150 hp. 1 variants had engine changes — the model year is crucial.
EA211 Evo 1.5L eTSI with 48V mild hybrid. Coasting function and e-boost significantly reduce consumption in city driving. The belt starter generator (BSG) is the neuralgic component — failures documented from around 60,000 km, together with the DC/DC converter the most expensive drivetrain repair. DSG control in combination with 48V system not perfectly calibrated in early model years. Oil-bathed timing belt and GPF clogging on short trips apply same as the conventional 1.5 TSI.
- !! Belt starter generator (BSG) failure from 60,000 km
The 48V belt starter generator of the eTSI mild hybrid system can fail. Start-stop function and recuperation cease completely. Often occurs together with DC/DC converter failure.
Symptoms: Start-stop no longer working, 48V system error on display, fault code P15A5, coasting no longer possible - !! EGR valve and EGR cooler failure EA288 from 100,000 km
The DCYA (EA288 Leon 5F FL) shows EGR problems from approx. 100,000 km through soot deposits. Fault codes P0401, rough idle and increased consumption are typical. EGR cooler hairline cracks with coolant loss can occur.
Symptoms: Rough idle, fault codes P0401, smoke, coolant loss, power loss - !! Timing Drive Timing Belt in Oil Bath EA288 from 150,000 km
The EA288 DCYA uses a timing belt in an oil bath for the oil drive. The belt is theoretically more durable, but with wrong oil type or ageing it can fray. Metal particles in the oil damage the turbo and oil pump.
Symptoms: Metal particles in oil, oil pressure warning, turbo noises — often unnoticed early wear
+ 5 more engine weaknesses + vehicle weaknesses
EA211 Evo 1.5L eTSI with 48V mild hybrid in the entry-level tune. Identical technology to the stronger eTSI but with more conservative tuning. BSG failures (belt starter generator) are the main topic here too — fault code P15A5 points to BSG or DC/DC converter. Oil-bathed timing belt demands quality oil. Intake valve carbon buildup from direct injection possible at medium mileage. 48V system as an additional potential failure source compared to the conventional 1.5 TSI.
- !! Belt starter generator (BSG) failure from 60,000 km
The 48V belt starter generator of the eTSI mild hybrid can fail. Start-stop and recuperation cease completely. Expensive repair due to integration in the belt drive.
Symptoms: Start-stop not working, 48V error message, fault code P15A5, increased fuel consumption - !! 48V mild-hybrid system: BSG, battery and DC/DC converter from 50,000 km
The 48V mild-hybrid system has three potential failure points: the belt-starter-generator (BSG), the 48V lithium battery, and the DC/DC converter. Faults manifest as dashboard warning messages.
Symptoms: Warning message '48V electrical system', delayed starting, driver assistance systems drop out, coasting function disabled - !! Elevated oil consumption from piston ring wear from 60,000 km
Early production versions of the EA211 Evo show elevated oil consumption of 0.5–1 litre per 1,000 km. Piston rings and thermal stress from excessively long oil change intervals are the cause.
Symptoms: Regular engine oil top-up required, occasional blue smoke after motorway runs, oil level drops between services
+ 4 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Recall: tie rod may loosen — loss of steering On early production (Sep 2025–Feb 2026) the tie rod at the wheel carrier was tightened with insufficient torque. The joint can loosen — in the worst case leading to partial or total loss of steering. Recall KBA 16132R; affected cars should not be driven until the roughly 30-minute fix. Symptoms: Vague or imprecise steering, rattling or play in the steering; in extreme cases sudden loss of steering. | Low |
Known Problems and Issues +
A total of 16 weaknesses have been documented for the VW T-Roc 2 (2025–2027) — 15 engine-related and 1 vehicle-related. Typical issues affect Other.
T-Roc (DFYA, 2025–2027) — Be Careful: Belt starter generator (BSG) failure, EGR valve and EGR cooler failure EA288, Timing Drive Timing Belt in Oil Bath EA288. Power: 150 PS.
T-Roc (DLRA, 2025–2027) — Be Careful: Belt starter generator (BSG) failure, 48V mild-hybrid system: BSG, battery and DC/DC converter, Elevated oil consumption from piston ring wear. Power: 116 PS.
What to watch out for with the VW T-Roc? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
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Last updated: February 2026 · All information without guarantee