Elevation Gain Calculator

Calculate total elevation gain for a hike, trail, route, climb, or backpacking day. Enter multiple uphill segments, starting and ending elevation, and optional elevation loss to estimate climbing gain, net elevation change, and route difficulty.

Calculate Elevation Gain

Elevation Gain = uphill segment 1 + uphill segment 2 + uphill segment 3 + uphill segment 4
Your result will appear here.

How the elevation gain calculator works

Uphill segments:
Enter each climb or uphill section from the trail profile. The calculator adds only the climbing portions to estimate total elevation gain.

Start and end elevation:
These values are used to calculate net elevation change, which may be different from total elevation gain.

Route distance:
Distance is used to estimate average climbing grade and gain per mile or kilometer.

Why use an elevation gain calculator?

An elevation gain calculator helps estimate how much climbing a hike or route includes. This can be useful for hiking time, route difficulty, backpacking planning, calorie estimates, pacing, and comparing trails.

Total elevation gain is often more useful than starting and ending elevation because it includes repeated climbs along the route.

Elevation gain formula

The basic elevation gain formula is:

Total Elevation Gain = sum of all uphill elevation changes

Elevation gain calculator tips

Frequently asked questions

What is elevation gain?

Elevation gain is the total amount of uphill climbing on a route. It adds all uphill sections together, even if the trail later goes downhill.

Is elevation gain the same as net elevation change?

No. Net elevation change is the difference between starting and ending elevation. Elevation gain is the total uphill climbing along the route.

How much elevation gain is hard?

For many hikers, 1,500 to 3,000 feet of gain can feel hard, especially over a short distance. Fitness, pack weight, altitude, trail surface, and weather also matter.

Why does GPS elevation gain vary?

GPS elevation gain can vary because of signal noise, barometric pressure changes, map data differences, smoothing, recording settings, and how small ups and downs are counted.