Your roadbook
0h01
Lille
59000-59800
Take Boulevard de la Liberté and continue for 15 meters0 m
Turn right onto Rue Denis Godefroy and continue for 190 meters15 m
Continue on Rue Ovigneur for 85 meters200 m
Turn left onto Place Gentil-Muiron and continue for 120 meters280 m
Take a slight right onto Avenue du Président John Fitzgerald Kennedy and continue for 600 meters400 m- Turn right onto Avenue du Président John Fitzgerald Kennedy and continue for 120 meters1.0 km
- Continue on Avenue du Président John Fitzgerald Kennedy for 15 meters1.1 km
- Turn left onto Boulevard Émile Dubuisson and continue for 10 meters1.1 km
- Continue on Pont de Flandres for 550 metersPont de Flandres
1.1 km 
Merge left onto M651 (Boulevard Louis Pasteur) and continue for 400 meters1.7 km
Merge right onto M651 (Rue Communauté) and continue for 350 meters2.1 km
At the roundabout, take the 1st exit onto the road and continue for 5 meters2.4 km- Merge right onto the road and continue for 55 meters2.4 km
- Merge right onto M670 (Boulevard Carnot) and continue for 2.9 kilometersAvenue de la République
2.5 km - Merge right onto the road and continue for 400 meters5.4 km
- Turn right onto D48 (Place Lisfranc Croisé-Laroche) and continue for 5 meters5.8 km
- Turn right onto D48 (Place Lisfranc Croisé-Laroche) and continue for 100 meters5.8 km
0h11
Marcq-en-Barœul
59700
Show the restDriving directions from Lille (59000) to Marcq-en-Barœul (59700)
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 Lille from Marcq-en-Barœul. 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 Lille Marcq-en-Barœul 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.
Découvrez également ce trajet avec un autre mode de transport :
Lille Marcq-en-Barœul
, your routes summarized| Duration | 11 min (1) |
|---|---|
| Distance by car | 5.9 km |
| Bird's eye distance | 5 km |
| Fuel cost | €0.68 (2) |
| Toll cost | €0 |
| Total Price | €0.68 |
Environmental impact | |
| CO₂ emissions | 2 kg (3) |
| NOx emissions | 2.4 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 emissions | 295 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
- Pedestrian0 kg CO₂
- Bike0 kg CO₂
- Electric scooter0 kg CO₂
- Public transport0 kg CO₂
- Train0 kg CO₂
- Coach0 kg CO₂
- Carpool0 kg CO₂
Car
1 kg CO₂- Taxi / Chauffeur1 kg CO₂
- Motorbike / Scooter1 kg CO₂
- Plane1 kg CO₂*CO2 emissions are calculated for a distance as the crow flies.
For your Lille Marcq-en-Barœul journey, let yourself be guided by the GPS of the Mappy application
Traffic information, speed alerts, and radars
Install the app1 - 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.