Abilene to Meads: Road Trip Guide & Distance

1041.2 miles 1675.6 km · straight line
1249.4 miles estimated 2010.7 km · driving distance
25h 8min estimated drive time
$120 - $148 estimated fuel cost
~2h 36min flight time
62° ENE bearing direction

How far is Abilene from Meads?

The distance from Abilene to Meads is 1041.2 miles (1675.6 km) as the crow flies. Meads is located ENE of Abilene. By car, the driving distance is approximately 1249.4 miles, taking about 25h 8min. A direct flight would take roughly 2h 36min. Both are located in United States — Abilene in Texas and Meads in Kentucky.

This is a serious multi-day road trip! We strongly recommend breaking this journey up with an overnight stay to ensure you arrive safely and refreshed. Heading East means you'll be driving into the sunrise if you start early. Keep your windshield clean for the best visibility. For a trip of this distance, flying is significantly faster. However, driving offers the flexibility to explore stops along the way.

Coordinates come from public place data for Abilene and Meads. The driving distance is estimated from straight-line distance with a road-factor model, so confirm the route in your navigation app. Fuel, flight, bus, and train values are planning estimates and can change by date, provider, road closures, and border rules.

How to Get from Abilene to Meads

Method Time Est. Cost Best For
Drive 25h 8min $120 - $148 Flexible stops
Fly ~2h 36min $80–200* Speed
Bus ~30h 10min $100–$187* Budget
Train ~32h 40min $150–$437* Comfort

Suggested Stops Between Abilene & Meads

Quick Facts

Abilene
32.45°N, 99.73°W
America/Chicago
524m elevation
Meads
38.41°N, 82.71°W
America/New_York
185m elevation
Explore more routes from Meads

Did You Know?

  • At walking speed (3 mph), it would take about 347 hours of non-stop walking
  • By bicycle at 12 mph, the journey would take roughly 87 hours
  • You could travel this distance about 23.9 times to circle the Earth's equator
Data Sources & Estimate Notes GeoNames · OpenStreetMap · Driving distance estimated using road factor coefficients