Pre-sales for VW Golf and VW T-Roc full hybrid with 125 kW starts

Volkswagen has launched pre-sales for new hybrid powertrain variants in its Golf and T-Roc models, which will become available starting from the fourth quarter of 2026. The vehicles will feature a full-hybrid system with a power output of 125 kilowatts. The entry-level price for the Volkswagen Golf Hybrid in the R-Line trim is set at 41,400 euros, while the T-Roc Hybrid Style model starts at 44,470 euros. These models are part of Volkswagen’s broader strategy to expand its hybrid offerings and meet evolving consumer demand for more efficient driving options. The hybrid systems in both the Golf and T-Roc are positioned between 48-volt mild hybrids (eTSI) and plug-in hybrids (eHybrid, GTE). Unlike plug-in hybrids, which can be driven over notable distances using electric power alone, these full-hybrid units rely primarily on energy generated through regenerative braking and the internal combustion engine. They are designed to operate predominantly in electric mode during city driving, making them suitable for urban environments where frequent stop-and-go conditions are common. Technologically, the new hybrid system marks a significant departure from previous Volkswagen hybrid configurations. Instead of a seven-speed dual-clutch transmission (DSG), the system employs a compact hybrid module that integrates two electric machines, a fixed-ratio gearbox, an electronically controlled multi-disc clutch, power electronics, and a differential into a single unit. One electric motor functions as a generator capable of delivering up to 110 kilowatts, while the other drives the front wheels with up to 125 kilowatts of power. A liquid-cooled lithium-ion battery (using NMC cells) with a capacity of 1.6 kilowatt-hours is mounted beneath the vehicle floor. The 1.5-liter gasoline engine is optimized for hybrid operation with the highly efficient Miller combustion cycle. It aims to approach a thermal efficiency of 40 percent under optimal conditions. However, due to varying load scenarios, this peak performance is rarely achieved in real-world conditions. To compensate, the hybrid system automatically switches between three operating modes: purely electric at low speeds, series mode with the combustion engine acting as a generator, and parallel mode above approximately 60 kilometers per hour, where the engine directly powers the wheels and the electric motor serves as an auxiliary boost. According to official data sheets, the Volkswagen Golf Hybrid achieves a combined fuel consumption of 5.1 to 4.6 liters per 100 kilometers, with CO₂ emissions ranging from 117 to 104 grams per kilometer, placing it in CO₂ classes D to C. For the T-Roc Hybrid, the figures are slightly higher, with a combined consumption of 5.6 to 5.0 liters per 100 kilometers and CO₂ emissions of 127 to 115 grams per kilometer. Compared to a similarly equipped Golf 1.5 eTSI with 110 kilowatts, the new hybrid models promise a reduction in fuel consumption and CO₂ emissions of up to 15 percent overall and as much as 35 percent in city traffic. The Golf Hybrid accelerates from zero to 100 kilometers per hour in 7.5 seconds thanks to its 309 Newton-meter torque. Three driving profiles, Eco, Comfort, and Sport, are available, offering different levels of performance and efficiency. Volkswagen plans to introduce another level of hybrid power within the near future, further expanding its hybrid portfolio. Both the new T-Roc and the upcoming Golf models will offer two full-hybrid variants based on the MQB-evo platform. While the company has not yet confirmed whether the hybrid technology will extend to other models within the group, industry observers suggest that the MQB-evo platform could serve as a foundation for broader adoption of the hybrid drivetrain across the Volkswagen brand.