Route from Havant to St Albans

The distance between Havant and St Albans is 85 miles. Travel time is 1 hour and 30 minutes.

From: Havant, County: Hampshire, England
To: St Albans, County: Hertfordshire, England
85 mi , 1 h 30 min
Tolls: 0£ Stations
Fuel consumption:
Fuel cost:
Passengers:



Route from Havant to St Albans on map



Driving directions from Havant to St Albans

85 mi 1 h 30 min
1.
Head south on Park Road North (B2149)
1286 ft
2.
Enter Langstone Roundabout and take the 3rd exit
524 ft
3.
Exit the roundabout
0.5 mi
4.
Merge right onto A27
0.4 mi
5.
Take the ramp on the left onto A27
0.3 mi
6.
Merge right onto A2030
0.3 mi
7.
Enter Bedhampton Roundabout and take the 2nd exit towards A3: London
734 ft
8.
Exit the roundabout towards A3: London
0.3 mi
9.
Merge right onto Waterlooville Bypass (A3(M))
9.3 mi
10.
Continue onto Liphook and Petersfield Bypass (A3)
6.8 mi
11.
Enter Ham Barn Roundabout and take the 2nd exit onto Liphook and Petersfield Bypass (A3)
215 ft
12.
Exit the roundabout onto Liphook and Petersfield Bypass (A3)
5.3 mi
13.
Continue onto Portsmouth Road (A3)
2.3 mi
14.
Continue onto Tunnel Way (A3)
3 mi
15.
Continue onto Portsmouth Road (A3)
3.1 mi
16.
Continue onto Milford By-Pass (A3)
1.3 mi
17.
Continue onto Guildford and Godalming Bypass (A3)
5.3 mi
18.
Continue onto Midleton Road (A3)
7.8 mi
19.
Continue onto Portsmouth Road (A3)
924 ft
20.
Take the ramp on the left
0.3 mi
21.
Merge right onto Portsmouth Road (A3)
0.6 mi
22.
Take the ramp on the left onto A3
1086 ft
23.
Enter Wisley Interchange and take the 1st exit onto M25
32 ft
24.
Exit the roundabout onto M25
28.8 mi
25.
Keep right onto M25
4.9 mi
26.
Take the ramp on the left towards A405: (M1 South)
0.4 mi
27.
Enter Bricket Wood Junction and take the 1st exit onto North Orbital Road (A405)
30 ft
28.
Exit the roundabout onto North Orbital Road (A405)
0.4 mi
29.
Enter the roundabout and take the 2nd exit onto North Orbital Road (A405)
237 ft
30.
Exit the roundabout onto North Orbital Road (A405)
0.6 mi
31.
Enter the roundabout and take the 2nd exit onto North Orbital Road (A405)
112 ft
32.
Exit the roundabout onto North Orbital Road (A405)
0.6 mi
33.
Enter Park Street Roundabout and take the 2nd exit onto Watling Street (A5183)
206 ft
34.
Exit the roundabout onto Watling Street (A5183)
0.7 mi
35.
Turn right onto St Stephen's Hill (A5183)
0.3 mi
36.
Enter the roundabout and take the 1st exit onto Holywell Hill (A5183)
43 ft
37.
Exit the roundabout onto Holywell Hill (A5183)
0.5 mi
38.
Turn left onto High Street (A5183)
365 ft
39.
Continue onto Verulam Road (A5183)
692 ft
40.
Turn right onto Britton Avenue
302 ft
41.
Turn left onto Selby Avenue
322 ft
42.
Turn right onto Upton Avenue
269 ft
43.
Turn right onto Russell Avenue
668 ft
44.
You have arrived at your destination, on the right
0 ft


How much is the expense of driving from Havant to St Albans?

The expense of driving from Havant to St Albans, using petrol as the fuel source, amounts to £14.9. This calculation derives from considering the petrol price as 144 pence per liter and the car's fuel efficiency at 37.5 miles per gallon. When carpooling with two passengers, the cost of the trip per passenger is halved to £7.45 (£14.9 divided by 2). With three passengers, the expense drops to approximately £4.97 per passenger (£14.9 divided by 3), and with four passengers, it's reduced further to £3.73 per passenger (£14.9 divided by 4).

To delve into the details of the calculations, the fuel cost computation is reliant on the distance traveled and the car's fuel consumption rate. For the journey from Havant to St Albans, approximately 10.4 liters of fuel would be required. This amount is determined by dividing the distance of 85.43 miles by the car's fuel consumption rate of 37.5 miles per gallon, and then converting from gallons to liters using the conversion factor of 4.54609 liters per gallon.

Multiplying the fuel needed by the petrol price per liter results in the total fuel cost of £14.9 for the trip. This breakdown illustrates the impact of various factors, such as fuel price and consumption rate, on the overall cost of the journey, providing insights for individuals planning similar trips and requiring budget estimates.
 

Diesel cost from Havant to St Albans.

The trip with diesel fuel costs 10.3 £ (167p/lt, 62.7 mpg).
For 2 passengers: 5.15 £ (10.3/2) /p.
For 3 passengers: 3.43 £ (10.3/3) /p.
For 4 passengers: 2.58 £ (10.3/4) /p.

Diesel fuel and petrol fuel in terms of greater torque at lower RPM:

  • Diesel Fuel: Diesel engines typically produce more torque at lower engine speeds (RPM) compared to petrol engines. This characteristic is due to the inherent design differences between diesel and petrol engines, particularly in their combustion processes and fuel properties. Diesel engines operate on compression ignition, where the air-fuel mixture ignites spontaneously under high pressure and temperature, allowing them to generate high torque even at low RPMs. This characteristic makes diesel vehicles well-suited for tasks requiring high pulling power, such as towing or hauling heavy loads, as they can deliver ample torque at low engine speeds.

  • Petrol (Gasoline): Petrol engines generally produce less torque at lower RPMs compared to diesel engines. While petrol engines can also deliver torque, they often require higher engine speeds to reach their maximum torque output. Petrol engines rely on spark ignition, where the air-fuel mixture is ignited by a spark plug, and this combustion process may not generate as much torque at lower engine speeds as compression ignition in diesel engines. However, advancements in petrol engine technology, such as turbocharging and variable valve timing, have improved torque delivery across a broader RPM range in modern petrol vehicles.

Alternative routes from Havant to St Albans

The second route from Havant to the St Albans is 83.43 miles and takes 1 hour and 34 minutes.

The third route from Havant to the St Albans is 84.28 miles and takes 2 hours and 1 minute.

Which is the cheapest route from Havant to St Albans by car?

The cheapest route from Havant to St Albans is the second suggested route (83mi, 1h 34min) and costs 14.6 £ (petrol fuel cost, 144p/lt, 37.5mpg).

The second cheapest route from Havant to St Albans is the third suggested route (84mi, 2h 1min) and costs 14.7 £.

The most expensive route from Havant to St Albans is the first suggested route (85mi, 1h 30min) and costs 14.9 £.

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 Havant to St Albans?

There are three suggested routes. The fastest route is 85mi (distance from Havant to St Albans) and its duration is 1h 30min. The other route is 83mi, and its duration is 1h 34min. The slowest route is 84mi, and its duration is 2h 1min.

RouteCalculator provides you with the information to prepare your trip from Havant to St Albans by car or motorbike. It offers you alternative road routes that you can follow to go from Havant to St Albans. It provides driving directions from Havant to St Albans, i.e. where to turn and when, distance of the Havant - St Albans 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 Havant to St Albans with other people or friends, RouteCalculator provides the cost of the journey and the amount that each passenger will have to pay.

Where is Havant located?

Havant is located in Hampshire county and in England. It is situated at an altitude of 7 meters above sea level. Havant has coordinates 50.8518324o,-0.9847132o. RouteCalculator provides a map of Havant from which you can plan your trips to other UK cities.

What is the location of St Albans?

St Albans is located in Hertfordshire county and in England. It is situated at an altitude of 118 meters above sea level. St Albans has coordinates 51.752725o,-0.339436o. RouteCalculator provides a map of St Albans from which you can plan your trips to other UK cities.