Drone-in-a-Box Explained: How Docks Change Inspections

A drone and controller can cost you under $10,000. Add a dock, and the setup gets closer to $40,000. On this episode of Tap Into Data, Jared Westrem and Adam Chartrand explain why the people who see that gap still tend to say the same thing once the workflow is laid out: "I didn't even know you could do that."

Jared spends most of his days rolling out DJI Dock 3 units across utilities, construction, mining, and infrastructure. Adam is starting those conversations in Canada, where docks are still fairly unknown. Between them, they cover where drone-in-a-box fits, where it doesn't yet, and a few ideas they're still working through.

The cost case is about people and travel, not hardware

Jared's example: a company has five remote sites, and one pilot spends a couple of weeks every month driving to them. Put docks on those sites and the same pilot can fly all five from the office in a single day. That frees up time for other flights, more specialized manned work, or the rest of the job.

Docks also open up "one to many" operations, with several drones flown from one central command center that has eyes on everything. Jared's view is that docks scale technology and hardware rather than headcount. The upfront cost is real. The return shows up in fewer staff on the road, less time on site and faster deliverables.

Mobile docks and data that uploads on the drive home

Docks don't have to be bolted down. The hosts talk about docks mounted on pickup trucks and trailers, which let someone who isn't a pilot drive to a site and do their normal job while a remote pilot flies from the back of the truck.

Adam points out where the time usually goes. Today a crew flies a site, drives to their accommodations, and only starts uploading data once they get there. With a mobile unit on Starlink, data can upload while the truck is moving. Jared adds that because docks take SD cards and manual file handling out of the process, data can move through API connections into a processing pipeline in near real time. A team at the office could review the morning's flights before the pilot has finished for the day.

Storm restoration and safety come first

Adam spent 15 years in the utility sector as a forester. He describes walking off-road corridors at night with a flashlight, looking for the tree that knocked out the line, and sometimes stepping into a creek he never saw. For him, safety is the strongest argument for docks, and it's the one he's pushing in the Canadian market, especially with the changes to Canada's beyond visual line of sight rules.

Jared describes the drone as your eyes in the field. Before a crew walks a corridor, a flight can show where the line was contacted, what the damage looks like, the best way in, and what tools and people the job needs. In some cases, it simply confirms the line is clear so it can be re-energized. He also points out that each stakeholder cares about something different. Executives look at risk and uptime, governments look at wildfire and public safety, and customers just want the fridge to stay cold.

Wind: from rope access to a dock on the technician's truck

Jared started in drones more than 10 years ago as a visual observer on a wind site in North Dakota, flying an Inspire 1 Pro manually around the blades. A rope-access blade inspection took a day or most of one. The drone did a full turbine in about 40 minutes, and today's automated inspections run under 25 or even 20 minutes depending on blade length. He says safety drove that shift more than time or money did, because nobody had to hang off a blade.

The question he's been working on lately is whether a drone could launch from a dock on a wind technician's truck and run an automated turbine inspection. As he puts it: do you need to enable the technician to do the inspection, or "do you need to enable the wind technician to bring the technology there so the inspection can be done"

Adam gives a real example. At some Canadian sites, a service call means an hour's drive from the O&M facility each way. In that same three-hour window, docks placed within range of the turbines could cover almost an entire 10-turbine site.

Docks as the first check before anyone rolls a truck

The hosts keep coming back to the dock as a validation layer. Sites already have sensors that pick up acoustics and vibration. When one flags a problem, a dock could fly out, look, and come back, narrowing a fleet of thousands of towers down to the five that actually need a technician this week.

The same approach works for icing. You can't safely walk up to a faulted tower to check for ice, which is the whole problem. A centrally placed dock can check for ice, a broken blade tip, or lightning damage before a tower is restarted. Jared's rule: don't fly during the storm; fly just after it.

Use cases outside energy

Adam brought back ideas from a farm show and other conversations:

Construction milestones: fly a geofenced, scheduled mission to confirm that 10 wind turbine pads have been poured, so nobody has to drive out to verify progress payments. A proof of concept with daily flights is planned. Agriculture: a dock with a speaker that launches to scare birds off corn fields and then returns on its own. Offshore wind: drones lowering tool bags onto platforms instead of sending a boat. Airports: perimeter checks at remote municipal airports instead of security driving the fence line.

Jared is also putting together training videos and setup tutorials, and both hosts want to hear what listeners are doing with docks.

Press play to hear the full conversation, birthday banter included.

Key takeaways

• A dock setup costs roughly four times as much as a standalone drone (about $40,000 vs. under $10,000), and the return comes from less travel, fewer people on site, and faster deliverables.
• Truck-mounted docks with Starlink let data upload during the drive, so office teams can review flights the same day.
• For utilities, docks give crews eyes on a corridor before anyone walks it at night, which makes storm restoration safer and faster.
• In wind, a centrally placed dock can check for icing, blade damage, or lightning strikes before a tower is restarted, without sending people into the hazard zone.
• Docks can serve as a cheap first check that narrows a large fleet down to the few assets that need a technician.