LEXUS RX, 2017, 3.5L V-6 DOHC, VVT, 295HP VIN: 2T2BZMCA7HC106386
Remove history car
| Final bid: | 9200.00 $ |
| Sale data: | 2025-02-25 ON APPROVAL |
| Date of bidding: | 2025-02-25 14:30:00 |
| Fuel: | Other |
| Auction: | IAAI |
| Lot number: | 40888515 |
| Primary damage: | Right Front |
| Secondary damage: | SUSPENSION |
| Mileage: | 68164 mile |
| Pre-Accident Value: | 30882 $ |
| Color: | |
| Keys: | yes |
| Cylinders: | |
| Body Style: | Sport Utility |
| Title Code: | Clear (Indiana) |
| Drive | All-Wheel Drive |
| Engine Type: | 3.5L V-6 DOHC, VVT, 295HP |
| Highlights: | |
| Series: | |
| Transmission: | Unknown |
| Vehicle Type: | AUTOMOBILE |
About vehicle
We provide detailed insights into the sale prices of salvage vehicles, showcasing examples like the LEXUS RX, 2017, 3.5L V-6 DOHC, VVT, 295HP with VIN 2T2BZMCA7HC106386, 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 LEXUS RX, 2017, 3.5L V-6 DOHC, VVT, 295HP in question features a sleek exterior, paired with a 3.5L V-6 DOHC, VVT, 295HP engine, offering both luxury and performance despite its condition. With a recorded mileage of 68164 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 Right Front, 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 9.200,00 $.
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 LEXUS RX, 2017, 3.5L V-6 DOHC, VVT, 295HP 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.