The Battery and Charging Reality of a Multi-Day Bikepacking Shoot
Bikepacking shoots expose a problem that a lot of other outdoor photography can quietly avoid: everything you bring, you're also pedaling. Every battery, every charging brick, every backup drive adds weight that gets felt on every climb of a multi-day route, which means the charging plan for a bikepacking shoot is really a weight-and-power-budget problem disguised as a gear question.
I've built and rebuilt this system across enough multi-day bikepacking routes to have opinions about what actually works versus what sounds good on a gear list but fails in practice. If you want the fuller breakdown of how I plan a full production around a multi-day route like this, I cover it in The Adventure Travel Photographer's Playbook, but here's the charging reality specifically.
Weight Is the Real Constraint, Not Battery Capacity
It's tempting to solve a multi-day power problem by simply bringing more batteries and a bigger power bank, and on a car-based or van-based shoot, that's often the right answer. On a bike, every one of those solutions has to be carried uphill, repeatedly, by the same body that's also carrying camera bodies, lenses, and camping gear.
I've learned to think about my charging setup in terms of watt-hours per pound rather than just raw capacity. A slightly smaller power bank that I'll actually carry comfortably beats a larger one that throws off my bike's balance or adds enough weight to change how I handle technical sections of the route.
This constraint shapes every other decision downstream: how many camera batteries I bring, whether I bring a laptop at all, and how aggressively I ration battery use across a multi-day route versus saving capacity for the specific days I know will have the best light or the most demanding shot list.
Solar Only Works as a Supplement, Not a Primary Plan
Solar charging sounds like the obvious answer to multi-day power needs, and I do carry a small panel on longer bikepacking routes, but I've learned not to rely on it as a primary charging source. Cloud cover, tree canopy, and limited daylight during shorter riding days all cut into solar output in ways that are hard to predict when planning a route in advance.
I treat solar as a way to claw back some capacity during rest stops or overnight camps, not as the backbone of my charging plan. On a clear day with a full afternoon of exposure, it genuinely helps extend my runway. On an overcast route through forest canopy, it barely moves the needle, and planning around it as a guarantee has burned me before.
The safer mental model is to treat every battery and power bank I'm carrying as the actual budget, and treat any solar gain as a bonus rather than a line item I'm counting on to make the math work for a specific day's shot list.
Rationing Camera Battery Use Across the Route
A multi-day bikepacking shoot forces a kind of discipline around battery use that a single-day shoot never requires. I've learned to think in terms of a daily battery budget, roughly rationing how much shooting I do on any given day based on how many charging opportunities remain before the trip ends.
This means being more selective in the field than I might be on an easier-access shoot, choosing not to fire off extra frames just because a moment is pretty, and instead reserving battery capacity for the specific planned shots, like a river crossing or a mountain pass, that the whole route was actually built around.
Camera bodies with strong battery life and efficient power draw make a real difference here, and shooting in a way that limits constant screen review helps stretch a charge further than most photographers expect. Small habits like these add up meaningfully across a route with limited charging opportunities.
What Actually Goes in the Charging Kit
My charging kit for a multi-day bikepacking shoot has been trimmed down through trial and error rather than planned perfectly from the start. It typically includes a mid-capacity power bank, a compact solar panel as a supplement, a small selection of high-efficiency charging cables, and enough spare camera batteries to cover the days I know will be shooting-heavy.
I've cut things from this kit over time that sounded useful on paper but didn't earn their weight in practice, including bulkier power banks and a second solar panel I once carried for redundancy. Redundancy matters, but redundant weight on a bike has a real cost that redundant weight in a van simply doesn't.
Every item in the kit gets evaluated on the same question: does this solve a real power problem I'll actually face on this specific route, or is it a solution to a problem I'm imagining. That filter has kept my kit lighter and more genuinely useful than earlier versions of it were.
Planning Charging Stops Around the Route Itself
Some bikepacking routes pass through small towns or resupply points with actual outlets, and I plan around those opportunities deliberately rather than treating them as a bonus if they happen to appear. A single hour at a gas station or general store with an accessible outlet can meaningfully extend my shooting capacity for the following days.
I map these potential charging stops before the trip starts, cross-referencing the route with any towns or resupply points, and I factor them into how aggressively I shoot in the days leading up to a known stop. Knowing a charge opportunity is two days out changes how freely I'm willing to shoot today.
Routes with zero resupply access require a much more conservative approach from the start, since there's no fallback if my rationing plan turns out to be wrong partway through. I plan those routes with a noticeably larger safety margin built into my battery budget than routes with known charging opportunities along the way.
Why Editing Waits Until the Trip Is Over
On a van-based or vehicle-supported shoot, I can often review and cull footage nightly, using the vehicle's power to run a laptop. On a bikepacking route, I've learned to accept that meaningful editing waits until the trip ends, because running a laptop through a multi-day charging budget competes directly with the camera batteries I actually need in the field.
This means I have to trust my in-field judgment more on a bikepacking shoot than I do on other projects, since I won't get a nightly check to confirm a shot actually worked before moving on. Reviewing on the camera's own screen, conservatively, is usually as far as I go until the route is finished.
Setting this expectation with any client before a bikepacking shoot begins matters too. A brand used to nightly preview galleries from other shoots needs to understand upfront that a remote, power-constrained route means a delay of several days before they'll see anything, and that expectation has to be set before the trip, not during it.
Lifestyle Content Needs Power Budget Too, Not Just Action Shots
It's easy to mentally allocate all remaining battery capacity toward the big planned action shots, like a technical descent or a river crossing, and forget that lifestyle content, gear in camp, food, the tent setup, needs power too. These images are often exactly what gets licensed separately to secondary brands beyond the primary client.
I try to build lifestyle and camp content into my daily battery budget deliberately, rather than treating it as something I'll capture only if there's power left over after the "real" shots. Some of my most licensable images from bikepacking routes have come from these camp and gear moments, not the technical riding sequences.
This means planning specifically for an evening or morning camp session in the battery budget, not just assuming it'll happen organically. A rationing plan that only accounts for daytime action shots consistently underserves the lifestyle content that often ends up being the more commercially useful material from the trip.
What I'd Tell a Photographer Planning Their First Multi-Day Bikepacking Shoot
Test your actual charging setup on a shorter overnight trip before committing to it on a longer route with a client depending on the outcome. The gap between what a battery or power bank claims on paper and what it delivers in real cold, real elevation, and real riding conditions is often bigger than photographers expect.
Build in more conservative margins than feel necessary at first. I've found it's much better to finish a route with unused battery capacity than to run short two days from the end with no charging opportunity left, especially on a paid project where the deliverables aren't optional.
Finally, resist the urge to solve this problem purely with more gear. The photographers who manage multi-day bikepacking shoots well aren't the ones carrying the most charging equipment, they're the ones who've built the most disciplined shooting habits around a genuinely limited power budget.
Cold Weather's Effect on Battery Performance
Cold temperatures at elevation drain batteries noticeably faster than the same batteries perform at room temperature, and this effect gets underestimated constantly by photographers planning a bikepacking route through mountain terrain, where nighttime temperatures can swing well below what the daytime riding conditions might suggest.
I've learned to keep batteries, both camera batteries and power bank cells, insulated close to my body overnight rather than leaving them in an outer bag exposed to cold air, since a battery that's been sitting at a low temperature all night delivers noticeably less usable capacity than one that's been kept warm.
This means building extra margin into my battery budget specifically for cold-weather routes, beyond what a warm-weather route of similar distance and shooting demands would require. Underestimating this cold-weather drain has cost me usable capacity on past routes before I adjusted for it.
Backup Plans When the Charging System Fails Mid-Route
Every charging system can fail, whether it's a cracked solar panel, a power bank that stops holding a charge, or a cable connection that fails partway through a route, and I plan for that possibility specifically rather than assuming my primary system will simply work as expected for the entire trip.
My actual backup plan is conservative battery rationing built in from day one, treating my camera's own battery reserves as the true fallback rather than assuming a charging failure is something I'll simply fix on the road. If the charging system fails entirely, I still need enough in-camera reserve to finish the planned shot list.
I also carry a small set of completely charged spare batteries specifically reserved as an emergency-only buffer, separate from my regular rotation, that I don't touch unless the primary charging system has genuinely failed. Having that clearly defined reserve removes a lot of the anxiety around a mid-route equipment failure.
Coordinating Power Needs With Other Devices Like GPS and Phone
Camera gear isn't the only thing competing for power on a multi-day bikepacking route. A GPS device, a phone used for navigation or emergency communication, and sometimes a satellite communicator all draw from the same limited charging budget, and treating camera power as the only priority is a mistake I've made and corrected.
I build a full power budget across every device I'm carrying, not just camera gear, and I prioritize navigation and safety devices ahead of camera charging when the budget gets tight, since a dead GPS or phone on a remote route is a real safety issue, not just an inconvenience the way a depleted camera battery is.
This full-picture power planning has changed how I pack for these routes generally. I now think of the charging kit as supporting the entire trip's safety and navigation needs first, with photography power needs planned around whatever budget remains after those essentials are accounted for.
Testing the Full System Before a High-Stakes Client Trip
I never bring a charging system on a paid, high-stakes bikepacking assignment without having already tested the exact same setup on a lower-stakes personal trip first. A power bank or solar panel that performed well in a store demo or a quick backyard test can still fail in ways that only show up under real multi-day field conditions.
This test run also gives me real data on my own actual power consumption patterns, since theoretical battery math rarely matches how much I actually shoot, review, and use a device in practice. I've adjusted my real-world battery budget more than once after a test trip revealed my actual usage was higher than my planning had assumed.
I treat this testing step as non-negotiable before any client-dependent multi-day route, the same way I'd never bring an untested camera body into a paid shoot. The cost of a short test trip is trivial compared to the cost of a charging failure partway through a route a client is depending on for deliverables.
This habit has caught more than one weak link in my system before it became a real problem in the field, and it's a discipline I'd recommend to any photographer planning their first paid multi-day route assignment.
I also use these test trips to rehearse the actual rationing decisions I'll need to make under pressure, rather than only testing the hardware itself. Practicing the discipline of skipping a tempting but non-essential frame to preserve battery, before a client's deliverables are on the line, makes that same decision much easier to make correctly in the field later.
A test trip that reveals a flaw is a win, not a setback, even though it doesn't always feel that way in the moment. I'd rather discover a weak cable connection or an overly optimistic capacity estimate on a low-stakes overnight ride than partway through a client-dependent route with no way to recover the lost days, and every flaw caught early has saved me real stress later.
I keep a short written log of what each test trip actually revealed, however small, so lessons from one test don't get forgotten by the time the next planning cycle rolls around months later, and I review that log before every subsequent route regardless of how confident I feel going in or how familiar the terrain seems, since confidence alone has never been a reliable predictor of where the actual failure point will turn out to be.
If you're planning a multi-day route shoot and want the fuller production framework I use for logistics like this, The Adventure Photographer's Playbook walks through it in more depth.
Reflection Questions
- How would you calculate your own watt-hours-per-pound budget for a route you're planning?
- Are you currently relying on solar as a primary or supplemental charging source?
- Have you built lifestyle and camp content into your battery budget, or only action shots?
- What's your fallback plan if a route's actual charging opportunities turn out weaker than expected?
Dalton Johnson is a professional adventure and editorial photographer with over a decade of experience creating images on all seven continents. His client work includes Patagonia, GoPro, Arc'teryx, Four Seasons, Nike, Rivian, Big Agnes, Ford Bronco, and 160+ other brands. He runs Dalton Johnson Media as a full-service studio, from pre-production through post and distribution.