Create Race Event or a Route?

Not sure which to choose? Read this. Creating a race event allows you to group together multiple courses under a single event and provides additional features when embedding. Routes on the other hand are convenient for simpler circumstances.

Find race
Log in
Sign up

Thames Path 100 London, England, United Kingdom

Name: Thames Path 100
Start: 2024-05-04
End: 2024-05-04

Find race
Thames Path 100

Course maps

Download GPX Email GPX Export to Garmin

You must be a user to perform this action

The action you requested requires that you be signed in. If you don't have an account, signing up is easy, just click the "Sign up" button below. And we don't do anything creepy like sell your data or spam you to oblivion with nonsense. (We hate that stuff too.)

Embed Edit race

Edit POIs

Route source

You must be a user to perform this action

Access to our embedded maps features is reserved for our users. Plese sign in or sign up using one of the links below.

100 Miles

Foot race | 4 May 2024 | 7:00 am

100.2 mi

Distance

Elevation gain

230 ft

Elevation high

85 ft

Elevation avg

Trail/Dirt

Elevation loss

0 ft

Elevation low

Climb factor

What is climb factor?

The climb factor for a course is the percentage of your energy used in hill-climbing compared to the energy expended running the flats.

This course has a climb factor of 1% over 100.2 mi, which means that the energy expenditure for the run is equivalent to running a flat 101.3 mi.

Climb factor is provided courtesy of Ben Crowell, who both authored climb factor's scientific paper and wrote the open source software for it. You can read more about it here .

Course last updated 11 Sep 2019

All values approximate

Distance & elevation data

The distance or elevation data not precisely what you expect for this route?

Data from a GPS device can be rough, especially in areas where the terrain (trees, canyons) interfere with GPS signals. And routes drawn on our maps are reliant on people marking trails from satellite images -- the details of which can be hidden by trees.

Elevation can be tricky too. Elevation data is stored on spaced topographical lines, and determining the elevation of a point requires computers to estimate based on how close the point is to the topographical line.

We mitigate this by calculating distance in 3-D (think Pythagorean theorem) and using mathematical techiniques to smooth the elevation data. We come close, but no one can be perfect with imperfect data, even in 2024.

Subscribe to build and embed our maps for personal or commercial use.View plans.