Pair slope
Input profile=road distance=120m deltaElevation=18m uphill
Output 15.0%, 8.5°, uphill 1:6.7, danger
Calculate slope from two points or from a route point list, then highlight hazardous segments.
Built for quick checks on forest roads, skid trails, and cable yarding routes around the world.
Input profile=road distance=120m deltaElevation=18m uphill
Output 15.0%, 8.5°, uphill 1:6.7, danger
Input profile=skid distance=80m deltaElevation=12m downhill
Output 15.0%, 8.5°, downhill 1:6.7, caution
Input 0/320, 40/323, 90/332, 130/334, 170/342
Output Highlight hazard segments in the table and profile chart
The ratio of elevation change to horizontal distance. Percent is grade x 100.
Cumulative horizontal distance along the route. It becomes the reference for route-point segments.
A trail used to move felled logs to the landing. Terminology varies by region.
A yarding method that uses a cable or skyline system. Slope matters, but slope alone is not enough.
grade = rise / run
grade% = grade * 100
angle° = atan(grade) * (180 / π)
1:n = 1 : (run / |rise|)
total ascent = Σ max(Δelevation, 0)
Because slope is defined against horizontal distance, not route length or surface length.
Enter cumulative horizontal distance in increasing order. Each point must be greater than the one before it.
The tool switches the distance and elevation units. The calculation itself stays the same; only the display is localized.
No. Profiles are starting values. Switch to custom and tune them for the local conditions and machine method.
Yes, for organizing slope data. It is not a substitute for skyline design or equipment design.