How far is it from Selouane to Driouch?

The distance between Selouane and Driouch is 30 mi by road.

How long does it take to drive from Selouane to Driouch?

The drive from Selouane to Driouch takes approximately 50 min by car.

The fastest route from Selouane to Driouch covers 30 mi with a driving time of approximately 50 min.

Driouch lies roughly to the west of Selouane.

The drive from Selouane to Driouch mainly follows RN2.

Distance: 30 miDuration: 50 min

Driving from Selouane to Driouch takes about 50 min via RN2. The distance is 30 mi. The straight-line distance is 26 mi. Driving directions

Driving directions26 · 30 mi

1 Depart right 1 mi
2 Turn right onto Boulevard Mohamed V شارع محمد الخامس 1 mi
3 Enter roundabout slightly right onto Boulevard Mohamed V شارع محمد الخامس 26 yd
4 Exit roundabout slightly right onto Boulevard Mohamed V شارع محمد الخامس 1 mi
5 Keep slightly right 1 mi
6 Turn left 143 yd
7 Enter roundabout slightly right 5 yd
8 Exit roundabout slightly right 2 mi
9 Enter roundabout slightly right 43 yd
10 Exit roundabout slightly right 2 mi
11 Enter roundabout right 37 yd
12 Exit roundabout right 2 mi
13 Enter roundabout right onto Avenue Hassan II شارع الحسن الثاني 39 yd

The return trip from Driouch to Selouane covers roughly the same distance, 30 mi.

No notable attractions were found along this route.

Distance and drive time are computed from OpenStreetMap road data with the OSRM routing engine. Updated 4 September 2026.

How far is it from Selouane to Driouch?: The distance between Selouane and Driouch is 30 mi by road.
How long does it take to drive from Selouane to Driouch?: The drive from Selouane to Driouch takes approximately 50 min by car.
What is the best route from Selouane to Driouch?: The fastest route from Selouane to Driouch covers 30 mi with a driving time of approximately 50 min.
Which direction is Driouch from Selouane?: Driouch lies roughly to the west of Selouane.
Which roads does the route from Selouane to Driouch follow?: The drive from Selouane to Driouch mainly follows RN2.