Radiator - air internal for Tesla Model X P100D AWD

This radiator is an air internal type designed for the front position of the vehicle. It carries the original equipment manufacturer number 104894100E and was produced by Tesla specifically for electric motor applications. The part is classified with a quality grade of B, indicating it is a used component that has been removed from a donor vehicle. It is engineered for the L2S engine code and is compatible with all-wheel drive electric powertrains. This radiator is priced at 297,78 EUR excluding VAT, with the final cost including VAT being 297,78 EUR. The item comes with free standard shipping and an anticipated delivery time of 3-6 days. An express delivery service is available for an additional fee for those requiring faster receipt. A comprehensive 30-day full return policy applies to this purchase, providing assurance regarding the transaction. This component may also be compatible with other Tesla Model X variants sharing the same technical specifications and mounting requirements.

This spare part originates from the following car:

The donor vehicle is a Tesla Model X, specifically the P100D AWD hatchback variant. This particular car was first registered in 2018 and had accumulated 141,790 kilometres during its operational life. The vehicle featured an all-wheel drive electric powertrain with the L2S engine code and was equipped with an electric fuel system. The car originated from Sweden and was identified by the VIN or chassis number 5YJXCCE45JF102075. The electric motor delivered power outputs of 772 horsepower and 568 kilowatts, characteristic of the high-performance P100D specification. The construction type follows Tesla's standard manufacturing approach for the Model X series. When considering radiator replacement, it is often practical to inspect related cooling system components such as hoses, connectors, and mounting brackets to ensure optimal system performance. The use of original manufacturer parts with verified OEM numbers provides compatibility assurance, while selecting used components supports sustainable automotive practices by extending the lifecycle of existing parts.

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