How GPS-Verified Challenges Change the Way You Plan Routes

February 2026 · ForgedRider

When the distance and the time both matter, the way you look at a route changes. Routes that were perfect for a casual tour are wrong for a certified ride, and routes you'd never pick on a free weekend become exactly right.

What changes when distance and duration are verified

On a casual ride, your route is whatever you want it to be. Detours are fine. Wrong turns are fine. Stopping for an extra hour at a viewpoint is fine. Distance is rough, time is loose, and the only person measuring anything is you.

A verified ForgedRider challenge has hard numbers. The distance has to clear the bar. The time has to fit the allowed duration. The route has to actually look like a motorcycle covered the ground at safe speeds.

What a good challenge route looks like

A route that works well for certification has clean anchors at both ends, predictable fuel stops along the way, mostly highway or well-paved secondary roads, and avoids known dead zones. It also has at least one alternate exit you can take if conditions force a bailout.

That changes everything about route planning.

Three things to look for in a good challenge route

Clear start and finish anchors. Pick locations like fuel stations where you can take a clear photo of your odometer and a fuel receipt. A 24-hour fuel station works. A truck stop works. A trailhead parking lot does not, there's nothing to anchor an odometer reading against.

Reasonable fuel spacing. Plan fuel stops every 120-150 mi / 200-240 km or every 2:00-2:30 hours of riding. On a 1,000 mi / 1,600 km challenge, that's 6–8 fuel stops. Each one is a chance to grab water, stretch your legs, and document a mid-ride odometer reading / receipt if photo.

Minimal GPS hell zones. GPS can drop signal in mountain canyons, long tunnels, dense forests, or deep valleys. A small gap is fine, verification handles short gaps automatically. A long gap in the middle of a critical section can trigger manual review. If your route includes one, plan a fuel stop just before and just after the dead zone so you have receipts to anchor the timeline.

How ForgedRider calculates your duration

ForgedRider gives you a fixed window to complete each challenge. The set distances have set durations: 250 mi or 400 km in 6 hours, 500 mi or 800 km in 12 hours, 750 mi or 1200 km in 18 hours, and 1,000 mi or 1,600 km in 24 hours. The baseline speeds are 41.6 mph or 66.7 km/h.

For custom distances above 1,000 mi or 1,600 km, the baseline pace drops in steps because no rider holds the same average over a multi-day ride. For custom distances over:

2,000 mi / 3,200 km, the average required speed drops to 40 mph or 64 km/h.
5,000 mi / 8,000 km, it drops to 38.5 mph or 62 km/h.
10,000 mi / 16,000 km, it drops to 37.3 mph or 60 km/h.

Those numbers assume you ride non-stop, which you won't. The app subtracts your chosen break interval from the available time and gives you a average required speed to complete the ride. Pick a 1-hour break interval on a 24-hour ride and you've added roughly 24 stops at 10 minutes each, that's 4 hours of break time, and your average required speed climbs to make up the difference. The app recalculates live while you ride, so your average required speed updates as the ride unfolds.

Avoid certain road types for certified rides

Some roads are great for fun and bad for certification:

Logging roads and forest service roads. GPS coverage is unreliable, fuel is rare, and odometer photos are hard to anchor without a town.
Dirt sections in the middle of a paved route. Speed drops dramatically. A small dirt section can blow your time window.
City centres in rush hour. Slow traffic eats your time and makes the average speed much slower.

These are just not the right roads for a ForgedRider challenge.

Distance accuracy: plan to ride a little farther than the target

Two things to know about distance on a long ride.

Your odometer reads high on purpose. Motorcycles in Canada, the US, the UK, the EU, Australia, and New Zealand are calibrated by regulation to read slightly fast and slightly far (under-reading is illegal). Most bikes show 2 to 5 percent more than reality. On many of them, the dashboard sits 3 km/h above what a roadside radar or a GPS shows.

GPS adds its own ~1 percent margin over long distances, from sampling rate and signal variance.

All that said, if you are set to ride a 1,000 mi / 1,600 km challenge, plan to ride 15 mi / 24 km or 1.5% farther.

Get certified for your next ride