How to Use This Planner
Enter your total route distance and total elevation gain (both available from Komoot, Ride with GPS, or Strava route planner), then choose your riding style, fitness level, surface type, and how many hours you want in the saddle each day. The planner instantly calculates:
- Effective flat-equivalent distance — actual distance adjusted for the effort added by climbing.
- Recommended daily distance — based on your pace profile and riding hours.
- Total riding days & rest days — rest days are inserted automatically at your chosen frequency.
- Calendar duration & estimated finish date — if you supply a start date.
- Day-by-day schedule — showing riding days, cumulative distance, and rest-day markers.
The Formula & Method
Effective distance = actual distance + (total elevation gain × 0.010 km per metre)Basis: community-standard effort equivalence of 100 m climb ≈ 1 km additional flat distance on a loaded touring bike. Source: Adventure Cycling Association touring guidelines & the cycling effort-ratio documented by practitioners (10 miles = 1,000 ft of climbing at matched endurance effort).
2. Baseline pace (flat km/h)
Determined by riding style × fitness × surface multiplier. Self-supported moderate tourer on paved roads: ~13–14 km/h moving average (consistent with Adventure Cycling's 50 mi/day ÷ ~4.5 h moving time benchmark).
3. Daily effective distance capacity
Daily capacity (effective km) = pace (km/h) × riding hours per day4. Riding days needed
Riding days = ⌈ effective distance ÷ daily capacity ⌉5. Total trip duration
Total days = riding days + ⌊ riding days ÷ rest frequency ⌋
Estimate for planning guidance only — actual touring pace depends on wind, road quality, personal fitness, navigational detours, and load weight. Not professional advice. Verify your route's elevation data from a GPS source before departure.
When & Why You'd Use This
- Planning a long route with hills — flat-only calculators underestimate trip length on mountain routes like the Pacific Coast or Alpine crossings by 20–35%.
- Checking whether your holiday window is long enough — input your fixed number of days as a constraint and adjust daily hours to see if it's realistic.
- Comparing two route options — run the tool twice; the route with more elevation can demand significantly more days even with less total distance.
- Setting a camping/accommodation booking cadence — the day-by-day table shows how far you should be each night.
- Adjusting for fitness or load changes — switching from self-supported to credit-card touring (no panniers) can cut trip length noticeably.
Frequently Asked Questions
How does elevation gain affect daily cycling distance on a loaded tour?
On a loaded touring bike, 100 m of cumulative climbing adds roughly the same effort as 1 extra km of flat riding — a ratio widely used by experienced tourers and consistent with the Adventure Cycling Association's stated daily mileage benchmarks. A route with 2,000 m of climbing effectively becomes 20 km longer from an effort standpoint. Ignoring elevation is why many first-time tourers feel wrecked despite covering their planned distance.
How many rest days should I plan for a long bike tour?
Most experienced tourers recommend one rest day per 6–7 riding days, or roughly 1–2 per week. On a tour of 10–15 days you might skip formal rest days, but beyond three weeks your body — and logistics (laundry, bike maintenance) — genuinely benefit from a full off-day every week. The planner defaults to one rest day every 6 riding days; reduce this to 4–5 for a punishing schedule or increase to 7–10 for a leisurely journey.
How far can I cycle per day on a loaded self-supported tour?
Adventure Cycling Association figures suggest 50 miles (≈ 80 km) per day for a fit, self-contained rider on paved roads with moderate climbing. Beginners with full panniers are better served by 40–60 km/day, while experienced riders on ultralight setups can sustain 100+ km. This planner uses your chosen fitness and load style to set an evidence-based starting pace, which you can override via the riding-hours input.
What's the difference between self-supported and credit-card touring in terms of daily distance?
Self-supported touring with panniers (gear weight 15–25 kg including bike) typically reduces your moving average by 1–2 km/h compared with riding unloaded — the equivalent of about 6–12 km less per 6-hour day. Credit-card touring, where you carry only a small bag and sleep in hotels/B&Bs, lets you travel closer to your unloaded pace, often 10–20% farther per day than a self-contained rider at the same fitness level.
Does gravel or off-road surface significantly change trip planning?
Yes. Unpaved surfaces add rolling resistance and require more focus, typically cutting moving average speed by 15–25% versus tarmac at the same effort. For a bikepacking route that's 60% gravel, you should plan noticeably more days than a pure road tour of the same distance. This planner applies a verified surface multiplier based on the widely-cited benchmark that gravel riding produces roughly 15–20% lower average speed than paved for loaded tourers.
How do I find total elevation gain for my route?
Use a cycling-specific route planner: Komoot, Ride with GPS, and Strava Route Builder all display cumulative elevation gain once you draw or import a GPX track. Google Maps cycling directions also show elevation gain on longer routes. Note that GPS-based tools sometimes over-report climbing on rolling terrain — if your total seems very high, cross-check with a barometric-altimeter GPS or a second platform.