Door hinges upper for Renault Modus Grand Modus

This is a set of upper door hinges, specifically for the rear right door. The part is a used component, categorised as quality B, and is finished in a green paint. It is designed for vehicles equipped with a petrol engine, with the specific engine code being D4F 740. The compatible transmission type is a five-speed manual gearbox. This hinge set is identified by the OEM number 213725 from Renault. Beyond the Renault Modus and Grand Modus, this part is also compatible with various other models and variants that share the same platform and door architecture; it is advisable to verify fitment using the OEM number. The price for this item is 73,58 EUR excluding VAT, which amounts to 73,58 EUR including VAT. A 30-day full return policy applies to this purchase. Shipping is provided free of charge, with an expected delivery time of 3-6 days. An express delivery service is available for an additional fee to expedite receipt of the part.

This spare part originates from the following car:

The source vehicle is a Renault Modus, specifically a Grand Modus variant configured as a hatchback. It was first registered in the year 2004 and had recorded a mileage of 174,742 kilometres. The car was sourced from Germany. Its fuel system utilised intake manifold injection, and it was powered by a petrol engine with the code D4F 740. The transmission was a five-speed manual gearbox. The vehicle identification number is VF1JP0C0532612936. The engine had a cylinder capacity of 1149 cc, producing 75 horsepower, which is equivalent to 55 kilowatts. The vehicle was of a hatchback construction type. When sourcing a replacement door hinge, confirming the OEM number is crucial to ensure compatibility, as even minor variations can affect fitment. For a comprehensive door repair, related parts such as the door check strap, lower hinge, or door latch mechanism are often inspected or replaced concurrently. Opting for a used original equipment manufacturer part like this supports sustainable automotive practices by giving quality components a second life, reducing waste and the demand for new resource extraction.

We used AI to help write this text. We regularly check the information - but cannot guarantee that all data is accurate.