Throttle Switch for Skoda Yeti 2.0 TDI 4x4

The throttle switch is a critical component designed for the Skoda Yeti 2.0 TDI 4x4, ensuring precise throttle response and optimal engine performance. This part is identified by the OEM number 03L128063K and is manufactured by Skoda. It is positioned within the engine bay, integrated into the throttle control system. The throttle switch is classified under quality grade B, indicating it is a used part in fully functional condition. It is compatible with diesel engines, specifically the 2.0 TDI with engine codes CEGA and CFJA. The part is paired with a manual transmission, identified by the code M.

Beyond the Skoda Yeti, this throttle switch may also fit other models equipped with the same engine configuration, including certain Volkswagen and Audi vehicles sharing the 2.0 TDI powertrain. The price including VAT is 163,52 EUR, while the price excluding VAT is 163,52 EUR. A 30-day full return policy applies, allowing for a hassle-free return if required. Shipping is free, with an estimated delivery time of 3-6 days. An express delivery option is available for an additional fee, ensuring faster receipt if needed.

This spare part originates from the following car:

The throttle switch was sourced from a Skoda Yeti (5L) in the 2.0 TDI 4x4 variant, an SUV model produced in 2010. The vehicle had accumulated 209,910 km and was originally registered in Sweden. It featured a diesel engine with direct injection, identified by the engine code CFJA and a displacement of 1968 cc (2.0L). The engine produced 170 HP (125 kW) and was paired with a manual transmission. The VIN/chassis number of the donor vehicle was TMBLE75L6B6028282. The construction type was a conventional SUV layout.

When replacing a throttle switch, it is advisable to verify the OEM number for compatibility, as incorrect installation may affect engine performance. This part may often be replaced alongside related components such as throttle bodies or sensors. Opting for a used throttle switch contributes to sustainability by reducing waste and extending the lifecycle of automotive components.

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