Route from Merton to West Oxfordshire

The distance between Merton and West Oxfordshire is 80 miles. Travel time is 1 hour and 30 minutes.

From: Merton, County: Greater London, England
To: West Oxfordshire, County: Oxfordshire, England
80 mi , 1 h 30 min
Tolls: 0£ Stations
Fuel consumption:
Fuel cost:
Passengers:



Route from Merton to West Oxfordshire on map



Driving directions from Merton to West Oxfordshire

80 mi 1 h 30 min
1.
Head southwest on Cleveland Avenue
176 ft
2.
Turn right onto Cannon Hill Lane
255 ft
3.
Turn left onto Kingston Road (A238)
1019 ft
4.
Go straight towards Morden
1.1 mi
5.
Continue onto Beverley Way (A298)
129 ft
6.
Take the ramp on the right onto A298
345 ft
7.
Merge right onto Beverley Way (A3)
1228 ft
8.
Continue onto Malden Way (A3)
1.4 mi
9.
Continue onto Tolworth Rise South (A3)
0.5 mi
10.
Continue onto Kingston Bypass (A3)
1.4 mi
11.
Continue onto Hook Underpass (A3)
0.3 mi
12.
Keep right onto A3
7.7 mi
13.
Take the ramp on the left onto A3
1018 ft
14.
Enter Wisley Interchange and take the 3rd exit onto M25
860 ft
15.
Exit the roundabout onto M25
18.8 mi
16.
Take the ramp on the left towards M40 (W): Birmingham
28.4 mi
17.
Keep left towards Oxford
1.5 mi
18.
Continue onto Wheatley Bypass (A40)
1.7 mi
19.
Continue onto London Road (A40)
2.7 mi
20.
Merge left onto North Way (A40)
0.6 mi
21.
Continue onto Northern By-pass Road (A40)
2.4 mi
22.
Continue onto Elsfield Way (A40)
0.6 mi
23.
Enter Cutteslowe Roundabout and take the 2nd exit onto North Way (A40)
97 ft
24.
Exit the roundabout onto North Way (A40)
0.4 mi
25.
Enter Wolvercote Roundabout and take the 3rd exit onto A40
235 ft
26.
Exit the roundabout onto A40
3.8 mi
27.
Enter the roundabout and take the 2nd exit onto A40
121 ft
28.
Exit the roundabout onto A40
3.6 mi
29.
Take the ramp on the left towards B4022
0.3 mi
30.
Continue onto B4022
1.3 mi
31.
Turn right onto West End (B4022)
0.3 mi
32.
Turn right onto Hailey Road (B4022)
0.3 mi
33.
Turn left onto Schofield Avenue
0.3 mi
34.
Turn left to stay on Schofield Avenue
150 ft
35.
You have arrived at your destination, straight ahead
0 ft


What's the expense of traveling from Merton to West Oxfordshire by car?

If you're using petrol, you're looking at an expense of 14.1 quid. Now, how do we get to that number? Let's break it down.

First off, we need to consider the price of petrol. In this calculation, it's set at 144 pence per liter. Then, we need to know how thirsty your car is. The fuel consumption rate for this ride is 37.5 miles per gallon.

Now, if you're carpooling, the cost gets divvied up. For two people sharing the ride, it's gonna be 7.05 quid each (£14.1 divided by 2). If you've got three folks in the car, the cost per person comes down to about 4.7 quid (£14.1 divided by 3). And if it's a full house with four passengers, each person chips in 3.53 quid (£14.1 divided by 4).

Let's dive into the nitty-gritty of the calculations. To figure out how much fuel you need for the trip, it's all about distance and fuel efficiency. The distance between Merton and West Oxfordshire is about 80.5 miles. So, to cover that distance, your car's gonna need approximately 9.8 liters of petrol. We got that number by dividing the distance by the car's fuel consumption rate of 37.5 miles per gallon and then converting it to liters 'cause that's what we use here.

Once we know how much fuel we need, we can calculate the total cost. Multiply the amount of fuel (9.8 liters) by the price per liter (144 pence), and you get 14.1 quid. So, there you have it, the fuel cost for your journey from Merton to West Oxfordshire: 14.1 pounds.
 

 

One thing that can affect car fuel consumption is tire air pressure for the following reasons:

  1. Rolling Resistance: Properly inflated tires have less rolling resistance, meaning they require less energy to keep the vehicle moving. This reduces the workload on the engine and improves fuel efficiency. On the other hand, under-inflated tires increase rolling resistance, forcing the engine to work harder and consuming more fuel.

  2. Optimal Performance: Tires that are inflated to the manufacturer's recommended pressure level ensure optimal performance and fuel efficiency. Deviating from this recommended pressure level, either by under-inflating or over-inflating the tires, can lead to decreased fuel efficiency.

  3. Tire Wear: Improper tire inflation can cause uneven tire wear, which can further increase rolling resistance and fuel consumption. Regularly checking and maintaining proper tire pressure can help prevent premature tire wear and maintain fuel efficiency.

  4. Handling and Stability: Properly inflated tires also contribute to better handling and stability, especially during cornering and braking. This can lead to smoother driving, which in turn can help improve fuel efficiency by reducing the need for sudden acceleration or braking maneuvers.

  5. Environmental Impact: Maintaining proper tire pressure is not only beneficial for fuel efficiency but also reduces tire wear and extends tire life. This helps reduce the environmental impact associated with tire disposal and manufacturing, contributing to overall sustainability.

Overall, maintaining proper tire air pressure is essential for optimal fuel efficiency, vehicle performance, and safety. Regularly checking and adjusting tire pressure according to the manufacturer's recommendations can help drivers save fuel and reduce their environmental footprint.

Diesel cost from Merton to West Oxfordshire.

The trip with diesel fuel costs 9.8 £ (167p/lt, 62.7 mpg).
For 2 passengers: 4.9 £ (9.8/2) /p.
For 3 passengers: 3.27 £ (9.8/3) /p.
For 4 passengers: 2.45 £ (9.8/4) /p.

Alternative routes from Merton to West Oxfordshire

The second route from Merton to the West Oxfordshire is 85.76 miles and takes 1 hour and 42 minutes.

The third route from Merton to the West Oxfordshire is 79.48 miles and takes 1 hour and 56 minutes.

Which is the cheapest route from Merton to West Oxfordshire by car?

The cheapest route from Merton to West Oxfordshire is the third suggested route (79mi, 1h 56min) and costs 13.9 £ (petrol fuel cost, 144p/lt, 37.5mpg).

The second cheapest route from Merton to West Oxfordshire is the first suggested route (80mi, 1h 30min) and costs 14.1 £.

The most expensive route from Merton to West Oxfordshire is the second suggested route (86mi, 1h 42min) and costs 15 £.

For greater safety, the driver should choose the route that passes through the highway (median barrier) and not through smaller roads (curves in the road, bad road conditions, no median barrier).

How to get from Merton to West Oxfordshire?

There are three suggested routes. The fastest route is 80mi (distance from Merton to West Oxfordshire) and its duration is 1h 30min. The other route is 86mi, and its duration is 1h 42min. The slowest route is 79mi, and its duration is 1h 56min.

RouteCalculator provides you with the information to prepare your trip from Merton to West Oxfordshire by car or motorbike. It offers you alternative road routes that you can follow to go from Merton to West Oxfordshire. It provides driving directions from Merton to West Oxfordshire, i.e. where to turn and when, distance of the Merton - West Oxfordshire route, travel time, display of the route on the map, fuel cost (petrol, diesel) and toll (if exist) cost.

In case you share the journey (carpooling) from Merton to West Oxfordshire with other people or friends, RouteCalculator provides the cost of the journey and the amount that each passenger will have to pay.

Where is Merton located?

Merton is located in Greater London county and in England. It is situated at an altitude of 15 meters above sea level. Merton has coordinates 51.4097735o,-0.2108092o. RouteCalculator provides a map of Merton from which you can plan your trips to other UK cities.

What is the location of West Oxfordshire?

West Oxfordshire is located in Oxfordshire county and in England. It is situated at an altitude of 98 meters above sea level. West Oxfordshire has coordinates 51.8005816o,-1.4919143o. RouteCalculator provides a map of West Oxfordshire from which you can plan your trips to other UK cities.