How far is it from Nipgen, Ohio to Birmingham, Indiana?

The distance from Nipgen, Ohio to Birmingham, Indiana is 276.6 mi. The total travel time is approximately 4 hours 32 minutes.

How long does it take to drive from Nipgen, Ohio to Birmingham, Indiana?

The driving time from Nipgen, Ohio to Birmingham, Indiana is approximately 4 hours 32 minutes. The total distance is 276.6 mi taking approximately 4 hours 32 minutes.

Distance from Nipgen to Birmingham

Driving Distance

276.6 mi • 445.2 km

Flying Distance

197.8 mi • 318.4 km

59 mph avg speed

Northwest direction

4 hr 32 min travel time

Route Information

The driving distance from Nipgen, Ohio to Birmingham, Indiana is 276.6 mi (445.2 km)

The straight-line (air) distance is 197.8 mi (318.4 km)

The estimated flight time is 0 hr 24 min

The estimated travel time by road is 4 hours 32 minutes

Traveling highway, long-distance in a northwest direction. Average speeds around 59 mph.

Location Details

Origin:

No image available

Place	Nipgen
State/Province	Ohio
Country	US
Latitude	39.191273
Longitude	-83.149475
GPS	39.191273° N, 83.149475° W
Local Time	8:02 AM
Timezone	America/New_York

Destination:

No image available

Place	Birmingham
State/Province	Indiana
Country	US
Latitude	40.93778
Longitude	-86.10944
GPS	40.93778° N, 86.10944° W
Local Time	N/A
Timezone	America/Indianapolis

Journey Summary

Traveling from Nipgen, Ohio to Birmingham, Indiana covers 276.6 mi (445.2 km) in a northwest direction. This highway, long-distance route typically takes 4 hours 32 minutes under normal conditions.

Drivers have 3 route options between these locations (271.1-286.0 miles / 436-460 km).

The route features scenic views along the way. with average speeds around 59 mph (95 km/h).

Available Routes

I-70 W

276.6 mi 4 hours 32 minutes

Shortest Fastest

US-35 W and I-70 W

286 mi 4 hours 34 minutes

I-74

271.1 mi 4 hours 35 minutes

How is the distance calculated?

Driving distances are based on actual road data. We use advanced routing algorithms that consider traffic, tolls, highways, and local streets. For air distances (as the crow flies), we use the Vincenty formula. It's a precise method that accounts for the Earth's shape and provides accuracy up to 0.5 mm.

When multiple route options exist, we display both the shortest and fastest paths. Travel times are estimated based on typical speeds for each road type, though actual times may vary with traffic and weather conditions. All distances are shown in both miles and kilometers for convenience.