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Paris Boulogne-Billancourt by public transport

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12h10

Paris

75001-75116

2 min on foot (150 m)
12h12
Hôtel de Ville
Direction La Défense
Normal traffic
7 stations (9 min)
- Châtelet
- Louvre - Rivoli
- Palais Royal - Musée du Louvre
- Tuileries
- Concorde
- Champs-Élysées - Clemenceau
12h21
Franklin D. Roosevelt
Transfer - 5 min
12h30
Franklin D. Roosevelt
Direction Pont de Sèvres
Normal traffic
12 stations (16 min)
- Alma - Marceau
- Iéna
- Trocadéro
- Rue de la Pompe
- La Muette
- Ranelagh
- Jasmin
- Michel-Ange - Auteuil
- Michel-Ange - Molitor
- Exelmans
- Porte de Saint-Cloud
12h46
Marcel Sembat
1 min on foot (30 m)

12h46

Boulogne-Billancourt

92100

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Access to the route

Directions from Paris (75000) to Boulogne-Billancourt (92100) by public transport

Mappy allows you to find the best route by public transport (among the different modes: Metro, RER, Bus, Tram, Transilien) to go from Paris to Boulogne-Billancourt You can also compare your journey Paris Boulogne-Billancourt between several lines or with other modes of transportation and calculate the savings in time or cost. Mappy is available for several transport networks including RATP, TCL, TBC, CTS, TLC.

Découvrez également ce trajet avec un autre mode de transport :

Paris to Boulogne-Billancourt by public transportation

, your routes summarized

Duration	36 min à 1 h 02
Distance by public transportation	10.2 km à 11.7 km
Bird's eye distance	8 km
Ticket price	€0
Total Price	€0
Environmental impact
CO₂ emissions	0 kg
NOx emissions	0.0 à 1.2 g 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	0 à 46 mg 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.