2007 Suzuki XL7
3.6 L • 6 • FWD • AT
2S3DB217076125912
Sales history: 1
Highlights
Condition
Not provided
Seller
Insurance • State Farm Insurance
Key included
Yes
Docs
Bad
History
1 record
Drive
3.6 L • 6 • FWD • AT
Odometer
Not provided
Primary damage
Burn engine
Docs
FL • Cert Destr
Extra
Auction
VIN
2S3DB217076125912
Lot number
48746985
Copart
Sale status
Sold
Seller type
Insurance
Seller
State Farm Insurance
Location
Jacksonville North, FL
Description
Fuel type
Gasoline
Body color
White
Body type
SUV
All sales final. Always run reports before bid
Sharing our own experience
Over the years, we’ve learned all the ins and outs of car importing — so you don’t have to.
How it works
A full step-by-step guide that walks you through the entire process — from signing up to receiving your car at your doorstep. Clear & beginner-friendly.
Purchase process
Knowledge base
A structured library of content covering every major topic in car importing — including terms, rules, key concepts, and important real-world nuances.
Import encyclopedia
Watch & learn
Short, practical videos packed with tips from real experience. No fluff, no theory — just what actually helps when importing a car from the US to Poland.
Watch guides
2007 Suzuki XL7 • 3.6 L • 6 cyl • FWD • Automatic • Copart Lot: 48746985 • VIN: 2S3DB217076125912
Find out more about this 2007 Suzuki XL7, available at the Copart salvage car auction as lot 48746985 in Jacksonville North, FL. This car has Burn engine main damage. It is listed with Not provided start condition code. Odometer shows Not provided. This White Suzuki XL7 SUV is equipped with Gasoline 3.6 L engine, FWD drivetrain, Automatic transmission. Check the vehicle history report for 2S3DB217076125912 to access detailed information on accidents, ownership, and title status. Review pricing trends and uncover hidden issues before placing your bid.
We use cookies to improve your experience and analyze site usage, as outlined in our Privacy policy. By closing this message or continuing to browse, you consent to their use.
