How to Turn an AllTrails or Gaia GPS Route Into a Complete Backpacking Itinerary

Start with the GPX route, but do not treat it as the finished trip. A reliable workflow for a GPX to backpacking itinerary has eight steps:

1. Export or save the route from AllTrails, Gaia GPS or another tool.
2. Validate the route against current trails, terrain, closures and official land-management information.
3. Identify possible overnight locations, including where camping is legally permitted.
4. Divide the route into hiking days using achievable daily distances, elevation and authorized campsites.
5. Plan food, water and resupply, including contingencies.
6. Organize transportation to the trailhead and from the finish.
7. Create one master itinerary that connects the hiking and non-hiking arrangements.
8. Prepare offline navigation and emergency information before you leave.

The practical division of work looks like this:

You do not need to replace your navigation app to build a better itinerary. The goal is one coherent trip, not several conflicting plans.

GPX stands for GPS Exchange Format, a standard for exchanging geographic data between compatible software and GPS devices. The GPX specification is maintained by Topografix. A file may hold route points, recorded tracks, waypoints, elevations and timestamps. It does not automatically hold everything a backpacking trip needs.

GPX track, route and waypoint

The difference matters when you move files between apps. A track usually preserves the shape of the path more explicitly, while a route may be interpreted or recalculated by the receiving app. If the exact alignment matters, choose an export that preserves the line you want to review, and check it after you open it in the destination tool.

What a GPX file can tell you

Depending on how it was made, a file can give you start and end coordinates, route geometry, distance along the path, elevation, saved waypoints, the order of locations, and recorded timing if it came from a tracked activity.

What a GPX file cannot confirm

A GPX file does not establish that:

• Every trail segment is currently open or legally accessible.
• A campsite can be used overnight, has space, or has a permit issued.
• A mapped stream holds drinkable water.
• A shuttle is running or the road to the trailhead is open.
• The route suits your group's experience.
• The file's distance and elevation figures are accurate.

That is why a GPX file is a starting point, not a hiking plan.

AllTrails documents several ways to download route files in GPX and other formats. The help article on downloading files from AllTrails covers the details, and menus can change.

Option A: export an existing trail. On the website, open the trail page, select Hit the Trail, choose Export map file, pick a GPX file type and download it to your computer. AllTrails' Hit the Trail help page says the "Download in app" and "Send to Garmin" options are for Plus and Peak members. It does not tie the file export to a paid tier, but confirm that your own account offers it for the trail you want.

Option B: export a custom route you built. On desktop, open Saved, then Custom routes & maps, open the route, select the three-dot menu and choose Export route file. The mobile app follows the same path: Saved, Lists, Custom routes & maps, your route, the three-dot menu, then Export route file.

Option C: export an activity you recorded. Members can download activity files from the website. Be careful with recorded tracks. They can include wrong turns, GPS errors, pauses and the walk from a parking lot that is not part of the intended route. A recorded track is not a clean itinerary just because someone finished it.

After any export, open the file in a mapping app and confirm it holds the trail you meant.

Can AllTrails already split a route into days?

Yes, with Peak. AllTrails' multi-day backpacking guide describes splitting a route equally by distance, using a suggested split informed by distance, elevation and points of interest, and adjusting the day boundaries afterward. Waypoints can mark campsites, water sources, junctions, parking, viewpoints, resupply stops and bail-out points, and map layers include slope angle and U.S. public lands. Its waypoint types page explains the markers.

If you have Peak, use these tools instead of doing the stage arithmetic by hand. But treat community waypoints for camps and water as leads to verify, not facts, and remember that a day boundary created by software is not automatically a lawful campsite.

Gaia GPS offers detailed mapping, custom route construction, elevation profiles and GPX export. Its help center covers exporting from gaiagps.com and from the Android app, with a separate guide to sharing data in the iOS app.

• Website: sign in at gaiagps.com/map, open the route, track or saved item, find Export in the data sidebar or details page, and choose GPX (KML and GeoJSON are also offered). To export many waypoints at once, file them in a folder and export the folder.
• Android: open Saved, choose the item, tap Export, pick a format and share or save the file.
• iPhone: open Saved, choose the item, and use the share menu to create a copy in GPX or another file type.

Menu labels change, so follow the current help article if yours differ.

Edit the route before you export

Gaia's route tools show distance, elevation profile and ascent and descent, and let you reverse or modify a route. Before exporting, confirm that your start and finish are right. A route that begins at the wrong parking area distorts the first day and the return transport plan. If the file holds several tracks, check which one you mean.

This is the step most easily skipped. The file opens, the distance looks sensible, and it still is not ready to become an itinerary.

Check 1: confirm the exact version. Record where the GPX came from, when you downloaded it, whether it is a planned route or a recorded activity, the direction of travel, the start and end, the mapped distance, the elevation gain and loss from your planning tool, and the date you checked current restrictions.

Check 2: inspect the whole line. Look for sudden straight lines across valleys, disconnected segments, unexpected road sections, duplicate loops, an out-and-back read as one-way, a route that stops short of the real trailhead, old detours and recording errors on steep ground. If something looks wrong, go back to the source app. Do not quietly repair an uncertain route by drawing a straight line between two points.

Check 3: recalculate distance and elevation. Different apps can report different elevation values because they use different datasets, sampling methods or vertical references. The U.S. Geological Survey explains that GPS and topographic-map elevations can disagree because they use different datums. For planning, note where each figure came from and do not treat a small discrepancy as proof that one app is wrong.

Check 4: compare with official information. Identify the managing authority, then review official trail maps, alerts and closures, permitted access points, overnight camping rules, seasonal and fire restrictions, hazards, and vehicle and trailhead access. A GPX track can run through an area where travel is now restricted, and a route file does not override an official closure.

Check 5: list the non-hiking dependencies. Can you reach the starting trailhead? Is multi-night parking allowed? Is there a shuttle? Does the route end somewhere with reliable transport? Do you need a hotel or campground the night before, or a permit pickup at a set location? Is there a realistic return schedule? These belong in the trip plan before you commit to overnight stages.

A common mistake is dividing total distance by the number of days. Suppose your track measures 31.4 miles and you have four hiking days. The arithmetic gives 31.4 divided by 4, or 7.85 miles a day. But days rarely divide evenly. One section may hold a major climb, another may be level, a legal campsite may sit a few miles past the convenient marker, and on Day 1 you may not start hiking until after you reach the trailhead.

Start with the overnight constraints

Rather than drop three equally spaced markers, first find the possible legal overnight locations along the real route, then build the days around them. For each candidate, establish:

1. Is overnight camping permitted at the location or in its zone?
2. Is a permit or reservation required, and can your group get it?
3. Is there a suitable place to camp on suitable terrain?
4. Is water available within a reasonable, lawful plan?
5. Can the group reach it in the time available?
6. Is there an alternative if it cannot be used?

Only then should the itinerary treat the overnight as reliable.

Worked example: a 31.4-mile GPX in four hiking days

The route, mileposts and campsites below are invented teaching data. They are not a verified route or legal camping locations. Assume three hikers, four hiking days and three backcountry nights.

This is a plausible numerical split, not a plan. We still know nothing about elevation gain, terrain, water, permits or whether the campsites are legal. Those come from the real route and official information.

Review effort, not just distance

The 8.4-mile Day 2 could be much harder than the 8.5-mile Day 3 if it holds a long climb or rough footing. Use real elevation profiles to judge each stage against your group, and budget time for breaks, water collection and treatment, navigation, stream crossings, camp setup and delays.

Park guidance shows how much terrain and timing matter. Shenandoah National Park's backcountry trip planning page suggests 1 to 4 miles on the first day for adults of average fitness who start by noon in spring or summer, then 6 to 8 miles a day, and says to plan around the least-fit member of the group. It also suggests spending the first night in a nearby campground or lodge if you cannot reach camp with daylight to spare. Those are one park's recommendations on steep, rocky terrain, not universal speed rules. They do show that our invented 7.2-mile Day 1 only works if the group is at the trailhead early and the terrain is forgiving.

Mark the stages as provisional

Until the overnights are verified, label them honestly: Day 1: Candidate Camp A, Day 2: Candidate Camp B, Day 3: Candidate Camp C, Day 4: Exit trailhead. Do not call them confirmed campsites because they fit the mileage.

Shenandoah National Park in Virginia is a clear example. The Appalachian Trail runs through it, and GPX tracks exist for many sections. But the track is only the beginning.

The park's current permit page says backcountry campers buy permits on Recreation.gov or by phone, and that permits are not sold at the park. The trip planning page describes an interactive map and a list of camping zones, and the permit is tied to the zone you pick for each night. Camping at Appalachian Trail shelters also needs a permit and is first-come, first-served. The regulations page lists places where overnight camping is not allowed, including the summits of Hawksbill and Old Rag and the Big Meadows area.

What this means for a GPX plan

Imagine your exported route has a point where you would like to end Day 2, and the ground looks flat on a topographic map. Before it goes into the itinerary, compare it with the park's official camping-zone map and current rules. It may sit in an authorized zone, or it may sit inside a restricted area. Even in an authorized zone you still have to find a suitable site under the park's rules.

The workflow is the same anywhere:

• GPX: the proposed hiking alignment.
• Official map and rules: where camping may be allowed.
• Permit: the authorization for the overnight.
• Field judgment: whether a site is actually usable in current conditions.
• Master itinerary: how the authorized overnight connects the days before and after it.

Rules differ park to park and forest to forest, so use your own land manager's pages. The point is that a GPX file alone cannot become a dependable backpacking schedule. The park's official maps page shows the kind of planning map to look for.

Once the daily structure looks plausible, work out the food you need between dependable resupply points. Do not just count days. Consider when you eat before you start, when you expect to finish, and whether a usable supply stop exists along the route.

Example: four hiking days, three nights. Suppose the group starts after breakfast on Day 1 and finishes before dinner on Day 4. Per person, that is 3 breakfasts, 4 lunches and 3 dinners, plus snacks for four hiking days and a separate contingency allowance. For three hikers, multiply by three. These figures count meals; they do not set energy needs, which vary with terrain, effort, weather and the person.

For longer routes, identify where the next dependable food supply is. For every proposed stop, record the provider, its distance from the route, how you will get there, opening hours, what you actually need, your expected arrival date, whether a package will be mailed, and the alternative if the provider is closed. A town icon on a map is not proof that enough food will be available. For a full method, see backpacking resupply planning and planning a multi-day backcountry trip with campsites and resupply.

Keep food-storage rules in the plan. Some places require approved bear-resistant containers. Four days of food can be nutritionally fine and still not fit the required container, so check the destination's current requirement and test your actual packing.

A waypoint labeled "water" might be a lake, a stream, a spring or an old report. It does not show current availability, which changes with season, drought, snowmelt and access rules.

Where sources are uncertain, plan your carrying capacity around that risk. Do not lead a group off an authorized trail into a protected area because a GPX file shows a nearby stream. And separate access to water from safe stream crossing: the stream that supplies water can be a hazard at high flow.

This is where many good routes stay incomplete. Suppose the route is point to point. You drive to Trailhead A and hike to Trailhead B over four days. How do you get back to your car? If the answer is "we'll figure it out", the trip is not finished.

There are four common approaches, each with its own dependencies:

• Two vehicles: leave one at the finish and use the other to reach the start, where parking is allowed.
• A prearranged shuttle: confirm the operator, pickup time, capacity, baggage rules and delay arrangements.
• Public transportation: check that published services reach both ends on your days.
• A private pickup: arrange a confirmed contact, an exact location and a time.

For a deeper look at the options, see the point-to-point hike shuttle planner.

The pickup-time problem. Say a shuttle is booked for 3:00 p.m. on the last day and the final stage is 7.3 miles. Do not assume you can pick any start time. Work backward from the confirmed pickup, allowing for terrain, breaks, group pace and delays. If the margin is almost nothing, change the transport or the hiking plan.

Plan arrival as carefully as departure. You may also need travel to the region, lodging before you start, permit pickup, groceries, equipment rental, parking authorization and the trip home from the end. None of that lives in the GPX file. It belongs in the complete itinerary.

By now you can create one master record. Use these fields:

The most important thing is not to leave unresolved details disguised as completed arrangements. Give every item a status:

• Proposed: useful, but not yet validated.
• Verified: checked against an appropriate current source.
• Booked or authorized: the provider has issued the confirmation or permission.
• Needs rechecking: time-sensitive, or conditions may have changed.
• Unavailable: it cannot be used as proposed.

A complete itinerary also answers the practical questions at each stage. Before the hike: can everyone reach the start, are permits and reservations handled, is the route open and legal, and is the group ready for the terrain? During: does each stage end at a lawful, feasible place, are water and food covered, and is the pace realistic for the slowest hiker? After: can the group exit where planned, is the ride home confirmed with a time margin, and does someone outside the group know when to expect you? The National Park Service advises leaving a detailed itinerary with a trusted person (Great Smoky Mountains hiking safety is one example). Your organizer, route map, permits and emergency plan should agree on the essential facts.

Once you understand the route and its constraints, the next job is organizing the whole journey. That is where Xploreum fits. Through Xavier, its AI agent companion, you describe your destination, dates, group, budget, transportation and preferences, and Xavier builds a mapped, day-by-day itinerary called an Xpedition one day at a time, which you review and refine. It connects hiking with the trailheads, proposed overnights, road travel, food stops and logistics around it.

Can Xploreum import a GPX file?

Not through any documented import. If you are looking for a GPX route planner that reads, edits and reproduces a track, Xploreum is not that tool. It does not sync with AllTrails or Gaia GPS. Xploreum has said it is developing PDF and GPX export of Xpeditions, but its FAQ is clear that export is not available to every account today and to check for an Export option on your saved Xpedition before you count on it. If the button is there, you can download a GPX file and import it into Gaia GPS by hand.

So this tutorial uses a manual handoff. The GPX stays in your specialist mapping tool, and you carry the route's planning information into the Xpedition brief. Xploreum organizes the trip around the route. It does not ingest and reproduce the technical GPX geometry.

Step 1: prepare a route summary

From AllTrails or Gaia GPS, pull out the route name, destination, start and finish trailheads, total distance, elevation and difficulty, number of hiking days, proposed daily stages, tentative overnights, known restrictions, transport arrangements, and any confirmed permits. Use only figures you have actually verified.

Step 2: give Xavier the hiking constraints

Do not ask the AI to invent the route. Tell it the alignment is already chosen:

I'm planning a four-day backpacking trip based on a route I've prepared in Gaia GPS. It is 31.4 miles, from [starting trailhead] to [finishing trailhead]. We are three hikers with [experience level], with four hiking days and three backcountry nights.

From our route analysis: Day 1 is 7.2 miles, ending near [candidate campsite]. Day 2 is 8.4 miles, ending near [candidate campsite]. Day 3 is 8.5 miles, ending near [candidate campsite]. Day 4 is 7.3 miles, ending at [exit trailhead]. These stages are provisional. Do not treat any campsite as legal or booked until I give you confirmation.

Help me organize the full Xpedition: arrival transportation, the hiking schedule, proposed overnights, food and water reminders, permit dependencies and return transportation. Keep the technical trail navigation in Gaia GPS. Clearly list unresolved decisions, and do not invent businesses, campsite availability, transport schedules or elevation figures. Start by organizing the itinerary around the information I've confirmed.

Replace the illustrative numbers with your verified data.

Step 3: review the proposed Xpedition

Look at the pre-hike travel day, the trailhead arrival, each hiking day, the overnights, food or grocery stops, any recovery day and the return. Check that dates and overnights match your source plan, and correct anything that conflicts with your route or permissions.

Step 4: verify and update

Keep using the official providers for permits, reservations and authorizations, and use mapping tools to validate any route change. Once an arrangement is confirmed, update your master plan. Xplorer Pro includes a booking log for arrangements you confirmed yourself. It does not issue permits or make campsite reservations for you.

Step 5: keep specialist navigation separate

AllTrails and Gaia GPS stay in charge of the detailed route. Xploreum has no native offline topographic navigation, so download the actual map and route in your field-navigation app before you go. An Xpedition's interactive map is not an offline hiking map.

Start planning your Xpedition with Xavier

This is where a complete itinerary beats a list of waypoints. Back to the invented 31.4-mile route. The group planned to end Day 2 at mile 15.6, but that overnight cannot be used, for a legal restriction, an unsuitable site or another confirmed reason. They research a different candidate at mile 17.8. For this example, assume it lies on the same intended route. It is not a real or verified campsite.

The total is still 31.4 miles, but Day 2 grows by 2.2 miles and Day 3 shrinks by the same amount. That changes more than the numbers:

• Route: can the group do the longer Day 2 and its real elevation safely? Is the new spot in a permitted area with suitable terrain and water? If the campsite is off the main track, the true stage distance must include the detour.
• Food and water: does the longer day need more water? Does the new camp change where water can be collected, or add food-storage rules?
• Schedule: does Day 2 end before dark? Does the new camp change tomorrow's departure, and is the return shuttle still practical?

Once you have checked the revised route and found a legal alternative, ask Xavier to adjust the affected days:

We need to revise Night 2 of our backpacking Xpedition. The candidate at mile 15.6 cannot be used. We are considering a replacement at mile 17.8, pending legal and practical verification. That would make Day 2 10.6 miles instead of 8.4 and Day 3 6.3 miles instead of 8.5, assuming no extra approach distance.

Review the affected schedule, food and water assumptions, overnight logistics and return transportation. Keep the trip at four hiking days unless a safety or feasibility issue makes that unrealistic. Do not label the new campsite confirmed until I give you its official authorization.

Xavier cannot decide whether the new campsite is lawful. Its job is to help you coordinate the consequences of a change you have verified. A campsite change is not finished when the marker moves. It is finished when the whole affected plan has been checked.

When several apps are involved, do not pretend one holds every kind of authoritative information. Give each a clear job:

1. The navigation source. AllTrails, Gaia GPS, FarOut, CalTopo or another app holds the route and the data you need in the field: geometry, waypoints and map downloads.
2. The official authorization source. The park, forest, land agency or authorized booking provider controls camping permissions, permits, closures and regulations. A planning app cannot override them.
3. The master itinerary. Xploreum or another organizer connects the schedule, travel, hiking days, proposed stays, food stops and the way home.

If your park issues a different overnight permit, the permit is the authority, the route gets reviewed in the navigation app, and the days get updated in the master itinerary. Everyone then works from the same current plan. You have three kinds of information, but you no longer have three competing daily schedules.

A GPX file on your phone is not a complete offline navigation setup. It may hold the route line without the background map layers or routing data the app needs.

AllTrails. Plus and Peak members can download maps and custom areas for offline use, and your position still shows as long as the phone's GPS is on. Download the trail or area, confirm it covers the whole route and the exits, and test it with the connection off. Downloads need a connection, so finish them before you leave.

Gaia GPS. Premium members can download maps for routes, tracks and areas. Open the saved route, download the layers for your destination, check coverage, confirm the route and waypoints are stored, and test the display and location with the connection off.

A download does not guarantee that trail conditions are unchanged, water is available, a campsite is legal, a road is open, or that you have received new restrictions. Check current official information before you go. For what each app really keeps available without signal, see offline trip planner vs offline hiking maps.

AllTrails and Gaia GPS help you discover, create, measure and export routes, and that is valuable work. But a route alone does not tell you where your group can legally sleep, how much food to carry, where reliable water might be, how to reach the trailhead, or how to get home.

Turning a GPX file into a complete backpacking itinerary means connecting the trail's geometry to the realities of travel. Start with the route, check the terrain and current access, build the days around legal and feasible overnights, plan food, water and transport, prepare offline navigation, and keep the wider journey organized so that when one thing changes, the rest of the plan can change with it.

Use your mapping app for the trail. Use official sources for permissions and conditions. Use Xploreum to organize the adventure around them. The result is not fewer tools at any cost. It is fewer conflicting plans, and a clearer view of what your adventure actually needs.

For more on combining tools, read best apps for remote hiking with campsites and resupply stops and AllTrails vs Gaia GPS. To start the planning half, chat with Xavier and build your next Xpedition.

Xploreum has a commercial interest in readers using its product. The four-day route is a hypothetical calculation example, not a verified campsite itinerary or a product benchmark. No GPX import, live campsite confirmation or offline Xploreum navigation is claimed.

Product and park pages were reviewed on October 23, 2026. Product menus, subscription requirements, trail rules and conditions can change.

• AllTrails Help: Downloading files from AllTrails. Accessed October 23, 2026.
• AllTrails Help: Hit the Trail button. Accessed October 23, 2026.
• AllTrails Help: Planning a multi-day backpacking route with AllTrails. Accessed October 23, 2026.
• AllTrails Help: Understanding waypoint types on AllTrails. Accessed October 23, 2026.
• AllTrails Help: Download custom areas for offline use. Accessed October 23, 2026.
• Gaia GPS Help: Export data as GPX, KML, or GeoJSON from gaiagps.com. Accessed October 23, 2026.
• Gaia GPS Help: Export data as GPX or KML from the Android app. Accessed October 23, 2026.
• Gaia GPS Help: Sharing your data in the iOS app. Accessed October 23, 2026.
• Gaia GPS Help: Create and measure routes on gaiagps.com. Accessed October 23, 2026.
• Gaia GPS Help: Download maps for a track, route, or area in iOS. Accessed October 23, 2026.
• Topografix: GPX, the GPS Exchange Format. Accessed October 23, 2026.
• U.S. Geological Survey: Why don't the elevations on your maps agree with those provided by my GPS system?. Accessed October 23, 2026.
• National Park Service: Shenandoah National Park, Backcountry Trip Planning. Accessed October 23, 2026.
• National Park Service: Shenandoah National Park, Backcountry Camping Permit. Accessed October 23, 2026.
• National Park Service: Shenandoah National Park, Backcountry Permit and Regulations. Accessed October 23, 2026.
• National Park Service: Shenandoah National Park, Maps. Accessed October 23, 2026.
• National Park Service: Great Smoky Mountains National Park, Hiking Safety. Accessed October 23, 2026.
• Xploreum: About. Accessed October 23, 2026.
• Xploreum: Product FAQ. Accessed October 23, 2026.