1 used SEAT Tarraco car for sale near Inverclyde
Prices from just £25,298
Search our stockRecently added used SEAT Tarraco cars near Inverclyde
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2022 (22) SEAT Tarraco 2.0 TDI Xcellence 5dr DSG
- 16,750 miles
- Used
- Diesel
Only £25,298£249 Deposit + £361.12 Per month
For used SEAT Tarraco cars in Inverclyde, choose Arnold Clark
Looking for a great deal on a used SEAT Tarraco car in Inverclyde?
Arnold Clark offers the best used SEAT Tarraco deals in Inverclyde, guaranteed. And if you find a better used SEAT Tarraco deal elsewhere, we’ll give you back double the difference.
Whether you’re looking to finance a SEAT Tarraco in Inverclyde or purchase one, we have a wide range of second-hand SEAT Tarraco cars available to buy online safely with Click & Collect and home delivery options available.
Search our stock of used SEAT Tarraco cars in Inverclyde or find your nearest branch.
Why buy from Arnold Clark?
- We offer the UK's best used car deals, guaranteed.
- Reserve your car online for a deposit of just £99.
- No hidden fees - the price you see is the price you pay.
- Contactless Click & Collect and home delivery now available.
Our used SEAT models
Our SEAT branches near Inverclyde
What our customers say on Trustpilot
Monthly Payment | £361.12 |
---|---|
Deposit | £249 |
Term (Months) | 48 |
Cash Price | £25298 |
Credit Amount | £25049.0 |
Completion Fee | £1 |
Total Amount Payable | £32,230 |
Fixed Interest Rate | 4.6% |
Representative APR | 8.9% |
Arnold Clark Automobiles Limited is authorised and regulated by the Financial Conduct Authority (308092) for general insurance and consumer credit purposes. We act as a credit broker sourcing credit to assist with your purchase from a carefully selected panel of lenders. Lenders will pay us a fee for these introductions (click here for details including our panel of lenders and disclosure statement). Offers subject to status, terms and conditions.
* MPG figures are obtained in laboratory testing and intended for comparisons between vehicles. Please be aware they’re not intended to represent real world efficiency.