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Birmingham London Lane, Bromley

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Itineraire Birmingham Bromley

Your roadbook

0h01
Birmingham
B1 1-B92 9
  • Take Newton Street and continue for 5 meters
    0 m
  • At the roundabout, take the 2nd exit onto Corporation Street and continue for 220 meters
    0 m
  • Take a slight right onto Steelhouse Lane and continue for 130 meters
    220 m
  • At the roundabout, take the 3rd exit onto Corporation Street and continue for 400 meters
    350 m
  • Merge left onto A38 A38 A38 and continue for 200 meters
    750 m
  • Continue on A38(M) for 700 meters
    A38(M)
    M6NORTH WESTW'hamptonCoventryLondonM6M5M40M42ErdingtonSutton ColdfieldA5127
    Aston Expressway
    950 m
  • Take a slight left onto A38 A38 A38(M) A38(M) and continue for 1.9 kilometer
    Aston Expressway
    1.6 km
  • Exit and take the road. Continue for 130 meters
    M6
    6NORTH WESTSOUTH WESTM5LondonM1M42M40
    3.5 km
  • Merge onto E05 M6 (M6). Continue for 50 kilometers
    M6
    M1M40LondonM42
    M6
    3.7 km
  • Merge left onto M1 and continue for 100 kilometers
    M1
    The SOUTHLondonNorthampton
    M1
    54 km
  • Exit and take the road. Continue for 500 meters
    M25M25
    6AM20M11StanstedDartfordM4M40Heathrow
    154 km
  • Merge left onto M25. Continue for 38 kilometers
    M25
    M11M20StanstedDartford
    M25
    M25
    155 km
  • Exit and take the road. Continue for 350 meters
    27M11 NCambridgeStanstedHarlow
    193 km
  • Merge onto M11. Continue for 12 kilometers
    M11
    London (NE)
    M11
    193 km
  • Exit and take the road. Continue for 290 meters
    205 km
  • Merge left onto A406 and continue for 1.7 kilometer
    North CircularA406 SA13A12
    205 km
  • Merge left onto A12 and continue for 450 meters
    A12
    Central LondonRomfordChelmsfordStratford
    207 km
  • At the roundabout, take the 5th exit onto A12 A12 A12 E30 and continue for 18 kilometers
    A12
    ChelmsfordRomford
    Eastern Avenue
    A12
    A12
    East Cross Route
    East Cross Route
    Blackwall Tunnel Southern Approach
    Blackwall Tunnel Southern Approach
    Blackwall Tunnel
    Blackwall Tunnel Approach
    208 km
  • Merge right onto A2213 and continue for 95 meters
    A2213
    KidbrookeKidbrooke Station
    225 km
  • Merge right onto A2213 and continue for 210 meters
    225 km
  • Take a slight left onto A2213 and continue for 1.1 kilometer
    Kidbrooke Park Road
    226 km
  • Take a slight left onto A20 A20 A20 E15 and continue for 400 meters
    227 km
  • At the roundabout, take the 2nd exit onto A20 A20 A20 E15 and continue for 550 meters
    227 km
  • Take a slight right onto Mottingham Lane and continue for 65 meters
    228 km
  • Take a slight left onto Mottingham Lane and continue for 350 meters
    228 km
  • At the roundabout, take the 2nd exit onto Winn Road and continue for 250 meters
    228 km
  • Turn left onto Ashdale Road and continue for 180 meters
    228 km
  • Turn right onto Senlac Road and continue for 95 meters
    228 km
  • Turn left onto Exford Road and continue for 350 meters
    229 km
  • Turn left onto Burnt Ash Hill and continue for 130 meters
    229 km
  • Turn right onto Coopers Lane and continue for 250 meters
    229 km
  • Turn left onto A2212 and continue for 2.4 kilometers
    229 km
  • Turn right onto Park Avenue and continue for 550 meters
    232 km
  • Turn left onto Kinnaird Avenue and continue for 350 meters
    232 km
  • Turn right onto London Lane and continue for 5 meters
    232 km
2h39
London Lane
Bromley London BR1 4
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Driving directions from Birmingham (B1 1) to London Lane, Bromley (BR1 4)

Do not waste your time looking for your cheap ticket or your fastest trip or with the fewest kilometers, Mappy allows you to compare all modes of transport and all times for your route from Birmingham from London Lane, Bromley. With car mode, you can configure your options (type of vehicle, motorway or not, toll or not, shortest distance), while having access to traffic information thanks to our traffic information service in real time. So save on the cost or duration of your trip, by finding the route Birmingham London Lane, Bromley suited to your needs. The expense report service is always accessible by going to see the details of the trip. Do not hesitate to find a gas station, a restaurant, a hotel during your trip using the "On my road" service.

Birmingham London Lane, Bromley

, your routes summarized
Duration2 h 38 à 2 h 55 (1)
Distance by car209 km à 233 km
Bird's eye distance177 km
Fuel cost€17.69 à €19.31 (2)
Toll cost€0
Total Price€17.69 à €19.31

Environmental impact

CO₂ emissions25 à 28 kg (3)
NOx emissions83.7 à 93.3 g (3)
NOx emissions
Nitrogen oxides (NOx) primarily consist of two molecules: nitrogen monoxide (NO) and nitrogen dioxide (NO2). They can cause health problems such as respiratory tract irritation, heart diseases, and lung problems in individuals who are exposed for prolonged periods. NO2 is 40 times more toxic than carbon monoxide (CO) and four times more toxic than NO.
PM10 emissions10399 à 11589 mg (3)
PM10 emissions
Les particules PM10 sont des particules fines en suspension dans l'air, d'un diamètre inférieur à 10 µm. Les particules grossières, fraction comprise entre 2.5 µm et 10 µm, ont des effets sur la santé respiratoire. La fraction fine des particules, celles inférieures à 2.5 µm, elles impactent à long terme la santé cardiovasculaire.
And compare all modes of transport
  • Pedestrian
    0 kg CO₂
  • Bike
    0 kg CO₂
  • Electric scooter
    0 kg CO₂
  • Train
    1 kg CO₂
  • Public transport
    5 kg CO₂
  • Coach
    5 kg CO₂
  • Carpool
    17 kg CO₂
  • Car

    19 kg CO₂
  • Taxi / Chauffeur
    25 kg CO₂
  • Motorbike / Scooter
    34 kg CO₂
  • Plane
    46 kg CO₂
  • *CO2 emissions are calculated for a distance as the crow flies.
Route & GPS
For your Birmingham London Lane, Bromley journey, let yourself be guided by the GPS of the Mappy application
Traffic information, speed alerts, and radars
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1 - Calculations are made excluding traffic congestion, we invite you to recalculate your route to obtain data based on current traffic conditions.2 - Fuel cost is calculated by default using diesel. We invite you to customize your route to calculate with the specifications of your vehicle (gasoline, electric, etc.).3 - CO2, NOx, and PM10 pollutant emissions are calculated by default using diesel for the vehicle and represent an average across the proposed routes.