Route from Bromley to South Oxfordshire

The distance between Bromley and South Oxfordshire is 61 miles. Travel time is 1 hour and 32 minutes.

From: Bromley, County: Greater London, England
To: South Oxfordshire, County: Oxfordshire, England
61 mi , 1 h 32 min
Tolls: 0£ Stations
Fuel consumption:
Fuel cost:
Passengers:



Route from Bromley to South Oxfordshire on map



Driving directions from Bromley to South Oxfordshire

61 mi 1 h 32 min
1.
Head southwest
402 ft
2.
Turn left onto High Street (A222)
317 ft
3.
Turn left onto Beckenham Lane (A222)
0.5 mi
4.
Continue onto Bromley Road (A222)
1 mi
5.
Continue onto Manor Road (A222)
1217 ft
6.
Continue onto High Street (A222)
0.3 mi
7.
Enter War Memorial and take the 2nd exit onto Beckenham Road (A234)
214 ft
8.
Exit the roundabout onto Beckenham Road (A234)
0.7 mi
9.
Continue onto High Street (A234)
0.3 mi
10.
Turn left onto Croydon Road (A213)
0.5 mi
11.
Turn right onto Anerley Road (A214)
0.9 mi
12.
Continue onto Anerley Hill (A214)
0.3 mi
13.
Turn left onto Church Road (A212)
1232 ft
14.
Turn right
56 ft
15.
Turn right onto Westow Street
1052 ft
16.
Turn left onto Central Hill (A214)
0.7 mi
17.
Continue onto Crown Dale (A214)
0.4 mi
18.
Continue onto Crown Lane (A214)
0.3 mi
19.
Continue onto Streatham Common North (A214)
0.7 mi
20.
Turn right onto Streatham High Road (A23)
0.3 mi
21.
Turn sharp left onto Gleneagle Road (A214)
289 ft
22.
Continue right onto Ambleside Avenue (A214)
0.3 mi
23.
Turn left onto Tooting Bec Road (A214)
1.2 mi
24.
Continue onto Trinity Road (A214)
0.3 mi
25.
Keep left onto Trinity Road (A214)
1.8 mi
26.
Merge right onto A217
106 ft
27.
Keep right onto A217
318 ft
28.
Make a slight left onto Bridgend Road (A217)
412 ft
29.
Continue onto Wandsworth Bridge Road (A217)
0.9 mi
30.
Turn right onto New King's Road (A308)
427 ft
31.
Turn left onto Harwood Road (B318)
0.3 mi
32.
Turn slight left onto Fulham Broadway (A304)
164 ft
33.
Continue onto Fulham Road (A304)
618 ft
34.
Turn right onto North End Road (A3219)
0.9 mi
35.
Turn left onto Talgarth Road (A4)
0.5 mi
36.
Continue onto Hammersmith Flyover (A4)
0.7 mi
37.
Continue onto Great West Road (A4)
0.9 mi
38.
Enter Hogarth Roundabout and take the 3rd exit onto Hogarth Lane (A4)
238 ft
39.
Exit the roundabout onto Hogarth Lane (A4)
0.3 mi
40.
Continue onto Ellesmere Road (A4)
0.4 mi
41.
Continue onto Cedars Road (A4)
0.3 mi
42.
Continue onto Great West Road (A4)
894 ft
43.
Keep right onto M4
9.2 mi
44.
Take exit 4B on the left towards M25 South: Gatwick
0.4 mi
45.
Keep right towards M25 North: Oxford
0.7 mi
46.
Merge right onto M25
4.3 mi
47.
Take the ramp on the left towards M40 (W): Birmingham
21.6 mi
48.
Take the ramp on the left towards B4009
0.3 mi
49.
Turn left onto Oakley Road (B4009)
0.2 mi
50.
Continue onto Watlington Road (B4009)
1.8 mi
51.
Continue onto Shirburn Road (B4009)
0.3 mi
52.
Continue onto Shirburn Street (B4009)
776 ft
53.
Continue left onto Couching Street (B4009)
800 ft
54.
Turn right onto B480
860 ft
55.
Keep left onto Britwell Road (B4009)
3.1 mi
56.
Go straight onto The Sands (B4009)
0.8 mi
57.
Turn right
0.5 mi
58.
Make a slight left
466 ft
59.
You have arrived at your destination, on the right
1 ft


What is the financial outlay associated with traveling from Bromley to South Oxfordshire by car?

The journey, powered by petrol, incurs a cost of £10.6. In this computational scenario, the price of petrol is assumed to be 143 pence per liter, and the car's fuel efficiency stands at 37.5 miles per gallon.

For individuals contemplating carpooling arrangements, the expenditure per traveler diminishes as the number of passengers increases. With two passengers, the cost per person amounts to £5.3 (£10.6/2). For a trio of passengers, the cost per person reduces to £3.53 (£10.6/3), and for a quartet of passengers, it further decreases to £2.65 (£10.6/4).

To provide further elucidation on the calculation process, let us dissect how the final figure is derived:

Initially, the requisite fuel quantity is determined by dividing the distance traveled by the car's fuel consumption rate. For a journey spanning 60.98 miles, this computation entails multiplying 60.98 miles by 4.54609 (liters per gallon) and subsequently dividing by the car's fuel efficiency of 37.5 mpg, resulting in a requirement of 7.4 liters of fuel.

Subsequently, the fuel expenditure is computed by multiplying the amount of fuel required by the price per liter. Given a consumption of 7.4 liters of fuel at a rate of 143 pence per liter, the cumulative cost equals £10.6.

In summation, the total fuel expenditure for the trip from Bromley to South Oxfordshire stands at £10.6.

Diesel cost from Bromley to South Oxfordshire.

The trip with diesel fuel costs 6.7 £ (151p/lt, 62.7 mpg).
For 2 passengers: 3.35 £ (6.7/2) /p.
For 3 passengers: 2.23 £ (6.7/3) /p.
For 4 passengers: 1.68 £ (6.7/4) /p.

For these reasons, diesel cars use less fuel than petrol cars:

Diesel fuel has more energy per litre than petrol. Diesel engines can drive farther and provide more power for the same fuel volume, reducing fuel consumption.

Diesel engines have higher compression ratios than petrol engines, increasing thermal efficiency. Diesel engines get more energy from each fuel unit due to this increased compression ratio. Because diesel engines are thermally efficient, they use less fuel.

Diesel engines create more torque at lower RPM than petrol engines. Diesel vehicles require less throttle input to maintain speed, which improves fuel efficiency, especially during steady-state driving.

Diesel cars consume less fuel than petrol cars due to these considerations.

Alternative routes from Bromley to South Oxfordshire

The second route from Bromley to the South Oxfordshire is 59.18 miles and takes 1 hour and 34 minutes.

The third route from Bromley to the South Oxfordshire is 59.72 miles and takes 1 hour and 54 minutes.

Which is the cheapest route from Bromley to South Oxfordshire by car?

The cheapest route from Bromley to South Oxfordshire is the second suggested route (59.2mi, 1h 34min) and costs 10.3 £ (petrol fuel cost, 143p/lt, 37.5mpg).

The second cheapest route from Bromley to South Oxfordshire is the third suggested route (59.7mi, 1h 54min) and costs 10.4 £.

The most expensive route from Bromley to South Oxfordshire is the first suggested route (61mi, 1h 32min) and costs 10.6 £.

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 Bromley to South Oxfordshire?

There are three suggested routes. The fastest route is 61mi (distance from Bromley to South Oxfordshire) and its duration is 1h 32min. The other route is 59.2mi, and its duration is 1h 34min. The slowest route is 59.7mi, and its duration is 1h 54min.

RouteCalculator provides you with the information to prepare your trip from Bromley to South Oxfordshire by car or motorbike. It offers you alternative road routes that you can follow to go from Bromley to South Oxfordshire. It provides driving directions from Bromley to South Oxfordshire, i.e. where to turn and when, distance of the Bromley - South 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 Bromley to South 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 Bromley located?

Bromley is located in Greater London county and in England. It is situated at an altitude of 69 meters above sea level. Bromley has coordinates 51.4060250o,0.0131560o. RouteCalculator provides a map of Bromley from which you can plan your trips to other UK cities.

What is the location of South Oxfordshire?

South Oxfordshire is located in Oxfordshire county and in England. It is situated at an altitude of 58 meters above sea level. South Oxfordshire has coordinates 51.6361801o,-1.0961011o. RouteCalculator provides a map of South Oxfordshire from which you can plan your trips to other UK cities.