KT66VGX - AUDI Q3

MOT: Valid

GB

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Last updated 5 days ago

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Vehicle Overview

Make
AUDI
Model
Q3
Colour
Grey
Year
2017
First Registered
January 2017
First Used
10 January 2017

Technical Details

Engine Capacity
1968 cc
Engine Size
1968 cc
Fuel Type
Diesel
Wheelplan
2 AXLE RIGID BODY
Weight
2225 kg

Environmental Impact

CO2 Emissions
144 g/km
Euro Status
Not available
Real Driving Emissions
Not available

Status & Compliance

Tax Status
Taxed
Tax Due Date
June 01, 2026
Type Approval
M1
Last V5C
13/06/2025

Data provided by DVLA

MOT History

Vehicle testing history with 7 MOT tests

Understanding MOT Defect Categories

Dangerous Direct and immediate risk to road safety or the environment. Vehicle must not be driven until repaired.
Major May affect safety, environment, or other road users. Repair immediately.
Minor No significant effect on safety but should be repaired as soon as possible.
Advisory Could become more serious in the future. Monitor and repair if necessary.

Total Tests

7

Passed Tests

6

Failed Tests

1

Latest Test

Passed

Passed - 22 August 2025

MOT Test at Unknown

Mileage: 97,291 mi

Expires: 29 August 2026

Failed - 22 August 2025

MOT Test at Unknown

Mileage: 97,283 mi

Major: 2

Passed - 02 August 2024

MOT Test at Unknown

Mileage: 88,934 mi

Expires: 29 August 2025

Passed - 30 August 2023

MOT Test at Unknown

Mileage: 75,628 mi

Expires: 29 August 2024

Passed - 12 July 2022

MOT Test at Unknown

Mileage: 69,123 mi

Expires: 11 July 2023

Advisories: 1

Passed - 10 July 2021

MOT Test at Unknown

Mileage: 61,242 mi

Expires: 09 July 2022

Passed - 05 November 2019

MOT Test at Unknown

Mileage: 38,809 mi

Expires: 04 November 2020

Frequently Asked Questions

When is the MOT due for KT66VGX?

The MOT expires on 29 August 2026.

What is the tax status of KT66VGX?

The tax status is Taxed and is due on 01 June 2026.

What are the specifications of KT66VGX?

This is a 2017 AUDI Q3 in Grey. It runs on Diesel with a 1968cc engine.

What is the environmental impact of KT66VGX?

This vehicle produces 144 g/km of CO2 emissions.