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Leeds Road, Bradford Birmingham

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Itineraire Bradford Birmingham

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0h01
Leeds Road
Bradford BD10 0
  • Take A657 A657 and continue for 35 meters
    0 m
  • Turn right onto Cross Road and continue for 350 meters
    35 m
  • Turn right onto Apperley Road and continue for 25 meters
    400 m
  • Turn left onto Howgate and continue for 160 meters
    450 m
  • Turn left onto Albion Road and continue for 15 meters
    600 m
  • Turn right onto Thorp Garth and continue for 230 meters
    600 m
  • Take a slight left onto Bradford Road and continue for 900 meters
    850 m
  • At the roundabout, take the 2nd exit onto Bradford Road and continue for 60 meters
    1.7 km
  • Take a slight left onto Bradford Road and continue for 170 meters
    1.8 km
  • At the roundabout, take the 3rd exit onto Swain House Road and continue for 600 meters
    2.0 km
  • Continue on King's Road for 1.9 kilometer
    2.6 km
  • Merge left onto A6037 and continue for 2 kilometers
    4.5 km
  • Continue on A650 A650 A650 for 450 meters
    6.5 km
  • At the roundabout, take the 3rd exit onto A650 A650 A650 and continue for 1.3 kilometer
    6.9 km
  • Merge left onto Wakefield Road and continue for 300 meters
    8.2 km
  • At the roundabout, take the 3rd exit onto A6177 A6177 and continue for 1.8 kilometer
    A6177
    8.5 km
  • Merge left onto M606. Continue for 15 kilometers
    M606
    M62
    10.3 km
  • Continue on M62 for 33 kilometers
    M62
    OldhamManchester
    M62
    25.2 km
  • Continue on M62 for 12 kilometers
    M62
    Ring Road (W)M60 WM61PrestonLiverpoolM6
    M62
    M60
    58 km
  • Exit and take E20. Continue for 270 meters
    M602M62
    12SalfordManchester (C)M6Liverpool
    70 km
  • Merge right onto E20 M62 (M62). Continue for 14 kilometers
    M62
    LiverpoolWarringtonChesterB'hamM6
    E20
    M62
    70 km
  • Exit and take the road. Continue for 550 meters
    10M6 SBirminghamM56ChesterM6 NPreston
    84 km
  • Merge left onto M6 E05 (M6). Continue for 98 kilometers
    M6 S
    10BirminghamChesterM56
    M6
    84 km
  • Merge left onto M6 E05 (M6) and continue for 16 kilometers
    M6
    11AThe SOUTH WESTM5The SOUTHBirmingham
    M6
    182 km
  • Continue on M6 for 3.2 kilometers
    M6
    The SOUTHM1M40LondonN.E.C.Birmingham (E.N&C)
    M6
    198 km
  • Continue on M6 for 6.5 kilometers
    M6
    N.E.C.M1The SOUTHM40LondonBirmingham (E&C)
    M6
    201 km
  • Exit and take A38. Continue for 350 meters
    6A38Birmingham (NE)LichfieldA38(M)Birmingham (E&C)
    208 km
  • Merge right onto A38 A38 A38(M) A38(M). Continue for 750 meters
    A38(M)
    Birmingham (E &C)
    Aston Expressway
    208 km
  • Take a slight left onto A38 A38 A38(M) A38(M) and continue for 2.6 kilometers
    Aston Expressway
    209 km
  • Exit and take Corporation Street. Continue for 170 meters
    211 km
  • Merge left onto A4400 and continue for 210 meters
    212 km
  • At the roundabout, take the 1st exit onto James Watt Queensway and continue for 240 meters
    MasshouseMoor StreetLaw CourtsAston UniversityDigbeth Coach StationBull Ring / Shopping
    212 km
  • Take a slight left onto James Watt Queensway and continue for 90 meters
    212 km
  • Take a slight right onto Newton Street and continue for 95 meters
    212 km
  • Take a slight right onto Newton Street and continue for 100 meters
    212 km
2h15
Birmingham
B1 1-B92 9
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Driving directions from Leeds Road, Bradford (BD10 0) to Birmingham (B1 1)

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 Leeds Road, Bradford from Birmingham. 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 Leeds Road, Bradford Birmingham 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.

Leeds Road, Bradford Birmingham

, your routes summarized
Duration2 h 14 à 2 h 37 (1)
Distance by car191 km à 213 km
Bird's eye distance151 km
Fuel cost€16.82 à €18.36 (2)
Toll cost€0
Total Price€16.82 à €18.36

Environmental impact

CO₂ emissions23 à 26 kg (3)
NOx emissions76.4 à 85.2 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 emissions9494 à 10587 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
    4 kg CO₂
  • Coach
    4 kg CO₂
  • Carpool
    14 kg CO₂
  • Car

    16 kg CO₂
  • Taxi / Chauffeur
    21 kg CO₂
  • Motorbike / Scooter
    29 kg CO₂
  • Plane
    39 kg CO₂
  • *CO2 emissions are calculated for a distance as the crow flies.
Route & GPS
For your Leeds Road, Bradford Birmingham 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.