Planning
Build a bike route around a target distance before the ride starts.
Recovery
Recreate a missing recording when a head unit or watch fails mid-session.
Training Logs
Keep uploads complete with route, elevation, and workout context.
What is a cycling GPX file?
A cycling GPX file is an XML-based GPS track that stores ordered coordinates along a ride. At minimum, it includes latitude, longitude, and timestamps so the route can be reconstructed on a map. Many cycling workflows also add elevation, which makes the track feel more useful for climbs, descents, and pacing review.
Strava understands GPX well for manual uploads because the format is simple and portable. It works especially well when the route itself is the key asset. If the goal is to preserve where the bike went and how the ride unfolded over time, GPX gives you a clean route-focused file without requiring a dedicated GPS device export.
The limitation is that GPX is not the richest container for cycling metrics. You can include extra fields such as speed, heart rate, or power through extensions, but those fields are not as standardized as the route geometry itself. That is why GPX is excellent for the map, elevation profile, and basic timing, while TCX is usually stronger when detailed workout metrics matter.
How to generate a cycling GPX route
ForgePace keeps the process practical. You do not need to write XML or drag hundreds of route points manually. Start with the location, decide how long or how far the ride should be, and use route intent or waypoints to shape the result around the roads you want.
1. Pick your start location
Start with the city, road, or landmark where the ride should begin. A precise location gives the route logic a better anchor and helps the exported file line up with the roads you actually ride.
2. Set the ride distance and profile
Choose how long or how far the activity should feel. For cyclists, that determines the number of points, how the route loops back, and how the pacing data should scale across the file.
3. Add waypoints or route intent
If you want the ride to pass through certain roads, climbs, or neighborhoods, add those waypoints before export. This keeps the generated path useful for training plans and believable in the final map trace.
4. Export and upload
Download the finished file, then upload it to Strava or save it for later. If you need richer workout fields than GPX can comfortably carry, switch to the ForgePace TCX workflow instead.
Once the GPX is ready, you can upload it directly or refine the workflow with supporting guides like how to upload a TCX file to Strava and the full GPX vs TCX comparison. The right export depends on whether your priority is the route, the metrics, or both.
Real roads vs straight lines
A bike route GPX is only useful if the geometry makes sense. Straight lines between points are a giveaway that the route was not built from the road network. Cyclists do not teleport across rivers, parks, or city blocks, and upload platforms tend to look more credible when the line follows actual streets.
That is where OSRM-style routing matters. Real road routing snaps the path to the network a rider would genuinely use, with turns, loops, and intersections that match how a cycling route behaves outside. The result is a file that looks planned or ridden, not sketched.
Power and heart rate data in cycling GPX
For cyclists, the route is only half the story. A stronger file also reflects the effort of the ride: watts climbing on an uphill segment, heart rate drifting upward as elevation stacks up, and speed easing off where the gradient gets steeper. That correlation is what makes a training file feel coherent.
GPX can hold some of that data through extensions, but the key idea is consistency. If the route shows a sustained climb while the power and heart rate stay perfectly flat, the file feels incomplete. ForgePace focuses on complete training context so route shape, elevation, pace, and sensor data work together.
GPX vs TCX for cycling on Strava
For a cycling upload on Strava, GPX is often the quickest answer when you mainly need the route on real roads. It is lightweight, widely supported, and ideal for riders who want a clean map trace plus timestamps and elevation. That makes GPX a strong choice for route planning, missed recordings, and basic ride reconstruction.
| Category | GPX | TCX |
|---|---|---|
| Best for | Route geometry, track points, and a fast manual upload | Route plus structured workout metrics and time-based data |
| Power support | Possible through extensions, but not consistently read everywhere | Better fit for cycling power and other training fields |
| When to choose it | You want a clean bike route file on real roads | You want the route and the training data to stay tightly linked |
If the file needs power, heart rate, and richer workout fields to survive import cleanly, TCX is usually the better cycling format. The full breakdown in GPX vs TCX explains the tradeoff in detail, but the short version is simple: use GPX for route-first exports and TCX for metric-first exports.
Ready to build your file?
Generate your cycling file in under 2 minutes
Start from a location, choose the ride distance, shape the route, and export a file built for real roads and complete training data.
FAQ
Can I upload a GPX file to Strava?
Yes. Strava accepts GPX files in its manual upload flow, which makes GPX a practical option for route-based cycling files. If you only need the road trace, timestamps, and elevation, GPX is often enough.
Does Strava support cycling power in GPX?
Power can be written into GPX extensions, but support is less consistent than with TCX. If cycling watts and heart rate are a priority, a TCX export from ForgePace is usually the safer format for a complete training log.
How do I create a GPX cycling route?
Use a route generator that lets you choose a start location, target distance, and route shape on real roads. ForgePace then builds the file, adds elevation-aware pacing logic, and gives you an export ready for upload.