What Breaks First When You Shoot From Unconventional Rigging
When I talk about unconventional rigging, I mean any setup that isn't a tripod on flat ground: a camera slung off a backpack while climbing, a housing strapped against a wetsuit in surf, a drone launched from an unstable ledge, or a body mounted on a moving vehicle during a road trip.
Once you've rigged enough of these situations, you start to notice a pattern in what actually gives out first, and it's rarely the part you'd expect walking in. the Adventure Travel Photographer's Playbook covers how I approach gear decisions and risk across this kind of technical field work.
What Unconventional Rigging Actually Means in My Work
When I talk about unconventional rigging, I mean any setup that isn't a tripod on flat ground: a camera slung off a backpack while climbing, a housing strapped against a wetsuit in surf, a drone launched from an unstable ledge, or a body mounted somewhere on a moving vehicle during a road trip. None of these are exotic in adventure photography, they're just Tuesday, but they all put gear under stress a standard setup never sees.
The common thread across all of them is that the rig is improvised around the terrain, not the other way around. I'm not choosing the rigging first and then finding a location that fits it. I'm looking at a wall, a wave, or a trail and figuring out how to get a camera into position given whatever that specific environment allows.
That improvisation is exactly why certain parts of a setup fail more predictably than others. Once you've rigged enough of these situations, you start to notice a pattern in what actually gives out first, and it's rarely the part you'd expect walking in.
Straps and Slings Fail Before Bodies Do
The camera body itself is almost never the weak point. Modern professional bodies are built to survive real abuse, and weather sealing has become table stakes across the industry rather than a premium feature. What actually fails first, consistently, is whatever's connecting the camera to me: a strap, a sling, a daisy chain, a carabiner under repeated load-bearing stress it wasn't quite rated for.
Straps in particular take a beating that's easy to underestimate. Repeated friction against rock, sustained UV exposure on long expeditions, saltwater corrosion on marine attachment points, all of it works against stitching and webbing long before it visibly threatens the camera itself. By the time a strap looks worn, it's usually already lost meaningful strength.
I've gotten more disciplined about treating straps and connection points as consumables rather than permanent gear. Peak Design straps have held up well for me over years of use, but even good hardware gets retired on a schedule now instead of run until something visibly frays.
Why I Don't Clip a Camera Directly to a Climbing Harness
A common assumption is that the safest way to rig a camera while climbing is to clip it straight to the harness, but I actually avoid that in most situations. If I'm climbing with a camera, it rides in a backpack while I move. If I'm shooting a climber from the wall myself, the connection usually runs through a strap or daisy chain to the pack, or a double-length sling, rather than to the harness directly.
The reason is mobility, not just safety margin. A camera clipped to the harness limits how freely I can move past or above the person I'm shooting, which matters constantly on a climbing shoot since the best angle is rarely fixed in one spot. Rigging that restricts my own movement costs me shots even when it technically holds the gear securely.
This is one of those decisions that looks counterintuitive until you've actually tried both approaches in the field. The harness feels like the obvious anchor point, but in practice it's often the wrong one for how climbing photography actually needs to move.
Water Housings and the Fastener Problem
Water work has its own failure pattern, and it's rarely the housing seal itself, it's the fastener holding the housing secure against a wetsuit or a body. I've had a fastener come loose against my wetsuit in exactly this way, and the result was a flooded camera, not because the housing failed as a barrier but because the small hardware keeping it positioned correctly gave out under repeated wave impact.
That kind of failure is deceptively easy to miss during a pre-shoot check, because the fastener looks fine sitting still on land. It's only under the repeated, unpredictable force of surf or current that a slightly loose connection reveals itself, usually at the worst possible moment, mid-session, with no easy way to fix it on the spot.
Since that incident, I check fasteners and connection hardware with the same seriousness I check the housing seal itself, and I pack silica packets and dehydrated rice with any water-adjacent gear as a second layer of defense against the moisture damage that follows once a seal or fastener does eventually fail.
What Happens to Gear During a Mid-Air Transition
The most dangerous moment in any rig isn't when gear is secured, it's the brief window when it's being attached, detached, or handed off. I learned this directly: swapping lenses mid-climb, my foot slipped at the exact moment the lens was detached from the body, and it fell a couple hundred feet. Nothing about the rig itself failed. The failure happened in the transition between two secure states.
That kind of moment is genuinely hard to eliminate entirely, since some gear changes have to happen in the field, mid-shoot, in exactly the conditions that make them risky. What I've changed is minimizing how often those transitions happen at all, planning lens and body choices more carefully in advance so fewer swaps are needed in precarious positions.
When a transition is unavoidable, I've gotten more deliberate about the sequence: secure my own position fully first, then handle the gear, rather than trying to do both at once under time pressure. It's a small procedural change, but it directly targets the moment that's actually cost me gear before.
Drone Mounts and Vibration Damage
Drones introduce a different kind of rigging stress: constant vibration rather than a single dramatic load. Mounts and gimbals can loosen gradually from repeated flight vibration in a way that's easy to miss until footage starts showing a subtle wobble or a soft focus issue that wasn't there a few flights earlier.
This is a slower, quieter failure mode than a strap snapping or a fastener popping loose, which makes it easier to ignore. I've started treating drone mount checks as a routine pre-flight step rather than an occasional maintenance task, tightening and inspecting connection points on a schedule instead of waiting for a visible problem to show up in footage.
Battery connections and prop mounts deserve the same scrutiny. They're small, they're cheap relative to the aircraft, and they're exactly the kind of part that gets overlooked because attention naturally goes to the more expensive components instead.
Vehicle-Mounted Rigs on Road Trips
Road trip and van life projects bring their own rigging category: cameras mounted to a vehicle, whether the Rivian or another rig, to capture motion, terrain, or a driving sequence. These setups face sustained vibration over rough terrain for hours at a time, which is a very different stress profile than a single climbing pitch or a short drone flight.
Mount security matters here in a way that's easy to underestimate before a long stretch of washboard road reveals it. A connection that feels solid in a five-minute test can work itself loose over three hours of sustained vibration on rough terrain, and by the time that's obvious, there's real risk of losing a piece of gear entirely off the vehicle.
I've learned to test vehicle rigs on a short rough-road stretch before committing to a full day of shooting from them, specifically checking for any movement or loosening after that shorter test rather than assuming an initial secure mount will hold for the whole trip.
Why Weather Sealing Isn't the Whole Answer
Weather sealing on modern bodies and lenses is genuinely good, and it's become an industry standard rather than a differentiator between budget and professional gear. But sealing protects against moisture and dust ingress, it doesn't protect against a fastener failure, a strap giving out, or a mount loosening from vibration. Those are mechanical and structural failures, not environmental ones, and sealing has nothing to do with preventing them.
I think this distinction gets lost sometimes, especially with photographers newer to adventure-specific work, who reasonably assume a well-sealed body is a rugged body in every sense. Durability against abuse and sealing against weather are related but separate properties, and a rig needs to be evaluated on both, not just one.
The gear that's failed on me hasn't been because of weather getting into a sealed body. It's been rigging and connection points giving out under a kind of physical stress that sealing was never designed to address in the first place.
The Small Parts That Fail Before the Expensive Ones
Across years of rigging gear in unconventional ways, the pattern is consistent: it's the cheapest, smallest parts of a setup that fail first, not the expensive ones. A carabiner, a fastener, a strap clip, a mount screw. The camera body and lens, the parts that cost the most and get the most attention during a pre-trip gear check, are usually the last thing to actually let go.
This has changed where I focus my pre-shoot inspection time. I still check the expensive gear, but I spend disproportionately more attention on the small connective hardware now, because that's where the actual risk concentrates. It's a shift from inspecting what's valuable to inspecting what's likely to fail, which aren't always the same thing.
I'd tell any photographer building out rigging for technical or water-based work to apply the same logic: budget your inspection time toward the cheap parts holding the expensive parts in place, not just toward the expensive parts themselves.
How I Test a New Rig Before It Matters
Any new rigging setup, a new strap system, a new housing configuration, a new vehicle mount, gets tested in a low-stakes situation before I trust it on an actual shoot. That might mean a short test climb at a local crag, a shallow water test before a real surf session, or a short drive before a long one. The goal is finding a weak point somewhere that doesn't cost me the shot if it fails.
This testing step is easy to skip when a project is time-pressured, and I've skipped it before out of exactly that kind of pressure, usually to my regret. A rig that hasn't been tested under real conditions is a rig I don't actually know the failure points of yet, no matter how solid it looks assembled on a table.
The extra hour or two a proper test costs is almost always worth it compared to the alternative: discovering a rig's weak point in the field, on the day, with a client or a genuinely unrepeatable moment on the line.
What I've Changed Since My Worst Rigging Failures
Both of my worst gear failures, the flooded camera and the fallen lens, changed specific habits rather than just making me generally more cautious. The flooded camera changed how seriously I treat fastener checks on any water-adjacent gear. The fallen lens changed how I sequence transitions, securing my position before handling gear rather than doing both simultaneously under time pressure.
Gear insurance has also become a non-negotiable part of how I operate, something in the range of fifty dollars a month with a manageable deductible, and I've used it more than once. It doesn't prevent a failure, but it changes the financial stakes of one, which matters when the alternative is hesitating on a shot because I'm worried about the cost of losing the gear rather than focused on getting the image.
I don't think these failures were avoidable in some abstract sense, adventure photography puts gear through real risk by design. But each one taught me something specific about where the actual weak points were, and that specificity is more useful than a vague commitment to being more careful in general.
What I'd Tell Someone Rigging Their First Technical Shoot
If you're heading into your first climbing, water, or vehicle-mounted shoot, I'd tell you to spend less time worrying about whether your camera body can handle the conditions and more time worrying about whatever's connecting that body to you or to the environment. The body is usually fine. The rigging around it is where the real uncertainty lives.
I'd also say build in a margin of paranoia specifically around transition moments, the seconds when gear is being handed off, swapped, or repositioned. That's when attention is split between the terrain and the gear, and that split attention is exactly when something small has the best chance of slipping past a normal level of care.
And I'd say don't treat a rig as trustworthy just because it's held up before. Straps degrade, fasteners loosen, mounts wear, and conditions change from one trip to the next. Re-checking a rig you've used successfully a dozen times before still matters, because the thirteenth time is when a slowly accumulating weakness finally gives out.
Building Redundancy Into Every Rig
The lesson that ties all of this together is redundancy. A single point of failure, one fastener, one strap, one mount screw, shouldn't be the only thing standing between a functioning rig and a lost or damaged camera. Wherever I can build in a backup connection point or a secondary check, I do, even if it adds a small amount of setup time.
This applies beyond the physical rig too. Dual card slots writing simultaneously solved the memory card failure risk for me years ago, and I think about mechanical rigging the same way now: assume any single component can fail, and design the setup so that failure doesn't automatically mean losing the gear or the shot.
None of this makes unconventional rigging risk-free, and I don't think it ever will be, given the terrain and conditions this kind of photography depends on. But knowing what actually breaks first, and building redundancy around those specific points, has meaningfully cut down how often a rig failure has cost me something I couldn't get back.
Reflection Questions
- What's the cheapest, smallest part of your current rig that you've never actually inspected closely?
- Do you have a transition moment in your own workflow, a gear swap or handoff, where you're most exposed to a failure?
- Are you testing new rigging setups in a low-stakes situation before trusting them on a real shoot?
- Where in your current setup does a single point of failure exist that redundancy could remove?
If you're building out your own rigging system for technical or water-based work, the Adventure Photographer's Playbook covers how I think about gear durability and risk across unconventional shooting conditions.
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.