FORD FOCUS, 2014, 2.0L I4 FI DOHC 16V NF4 VIN: 1FADP3F22EL252528
Remove history car
| Final bid: | 400.00 $ |
| Sale data: | 2025-04-01 Not sold |
| Date of bidding: | 2025-04-08 13:30:00 |
| Fuel: | Gasoline |
| Auction: | IAAI |
| Lot number: | 41696413 |
| Primary damage: | Left Side |
| Secondary damage: | LEFT FRONT |
| Mileage: | 63214 mile |
| Pre-Accident Value: | 7489 $ |
| Color: | |
| Keys: | yes |
| Cylinders: | 4 Cyl |
| Body Style: | Sedan 4 Door |
| Title Code: | Salvage (Indiana) |
| Drive | Front Wheel Drive |
| Engine Type: | 2.0L I4 FI DOHC 16V NF4 |
| Highlights: | |
| Series: | SE |
| Transmission: | Unknown |
| Vehicle Type: | AUTOMOBILE |
About vehicle
We provide detailed insights into the sale prices of salvage vehicles, showcasing examples like the FORD FOCUS, 2014, 2.0L I4 FI DOHC 16V NF4 with VIN 1FADP3F22EL252528, recently sold through a successful auction on IAAI. This vehicle stands out as a testament to the potential value salvage cars can retain, even with reported damage.The FORD FOCUS, 2014, 2.0L I4 FI DOHC 16V NF4 in question features a sleek exterior, paired with a 2.0L I4 FI DOHC 16V NF4 engine, offering both luxury and performance despite its condition. With a recorded mileage of 63214 miles, this vehicle has a well-documented history that can be further verified using trusted databases such as Carfax or AutoCheck.
This particular model joined the auction due to damage sustained on its Left Side, a detail that may initially concern casual buyers but often signals opportunity for experienced bidders. The vehicle’s premium specifications and overall appeal ultimately helped it secure a winning bid of 400,00 $.
Salvage auctions like those on IAAI showcase the resilience and potential of vehicles like this one. Whether purchased for restoration, resale, or parts, cars like the FORD FOCUS, 2014, 2.0L I4 FI DOHC 16V NF4 often find new life through the efforts of dedicated buyers. This transaction highlights the dynamic nature of the salvage market, where vehicles with high-end features and repair potential continue to attract considerable interest.