Solar-Powered Golf Course Cameras — 1,200ft Wireless Link Designed

Building a solar-powered camera network for a golf course isn't exactly a textbook networking job, which is exactly why it made for such a good case study.

The Problem

The customer was in the early stages of launching a new business built around 4K Ubiquiti cameras deployed on golf courses. The concept: two G5 cameras positioned roughly 400ft apart on a golf hole, both located about 1200ft or more from the clubhouse. No power at the camera locations, no ethernet runs, nothing but open air between the equipment. The plan was to keep everything running wirelessly, 24/7, powered entirely by solar panels and batteries.

The proposed setup at each camera point was a solar panel feeding a battery, which powered a Flex switch, which connected to a NanoBeam, which fed the G5 camera. At the clubhouse ("Point A" in the customer's own breakdown), the idea was a Cloud Gateway Max connected to the router, with an airMax Lite AP mounted on the roof to broadcast the signal out to the cameras at Points B and C.

On top of the wireless bridge design, the customer also needed the system to record at least 48 hours of continuous footage to an NVR before anything got overwritten. And since the customer was upfront about being new to Ubiquiti and networking in general, they wanted to talk through two real-world scenarios: one where there's a clear line of sight between the clubhouse and the cameras, and one where there isn't.

This is a solid example of a long-range wireless networking challenge, the kind of thing that looks simple on paper (just point two antennas at each other) but gets complicated fast once you factor in distance, power constraints, obstructions, and bandwidth needs for high-resolution video.

The Approach

Dale spent the session walking through the customer's plan piece by piece rather than just handing over a yes-or-no answer. Given that the customer was still new to Ubiquiti gear, that mattered. A wireless bridge stretching 1200 feet isn't a "set it up and hope for the best" kind of project. Small details, like antenna alignment, signal strength over that distance, and what happens when the terrain or trees get in the way, can make or break the whole system.

Dale walked through the line-of-sight scenario first, since that's the more straightforward of the two. Equipment like the NanoBeam is designed for exactly this kind of point-to-point wireless link, but at 1200ft, getting the alignment and signal strength right takes real precision. From there, Dale moved into the harder question: what if there's no clear line of sight? That's where a straight point-to-point bridge starts to break down, and alternative designs, like relay points or repositioned access points, need to come into play depending on the specific terrain of a given golf course.

Dale also addressed the power side of things, since the entire camera setup was designed to run off solar and battery power with no grid electricity at Points B and C. Running 4K cameras continuously, plus the networking gear needed to transmit that footage back to the clubhouse, means power draw and battery capacity have to be planned carefully alongside the wireless design itself. And since the customer needed 48 hours of recorded footage retained on the NVR at all times, that added another layer to think through in terms of storage and bandwidth.

The Solution

Rather than treating this as a one-size-fits-all fix, Dale worked through multiple different design options with the customer, tailoring the conversation to both scenarios the customer raised. This gave the customer a clearer picture of what would work if a golf course had a clean line of sight between the clubhouse and camera locations, and what alternatives would be needed if trees, hills, or buildings got in the way.

Because this business model is meant to be replicated across different golf courses, each with its own layout and terrain, Dale's approach of walking through variations rather than a single fixed solution was especially valuable. Golf courses aren't uniform, and a wireless design that works perfectly on one property might need adjustments on the next.

The Outcome

The session lasted about an hour, and by the end the customer walked away with a much clearer understanding of how to approach both the line-of-sight and non-line-of-sight versions of their camera network. For someone building a new business around a technical concept they were still getting comfortable with, that kind of guidance goes a long way.

The customer's review says it all: "Dale was amazing. Took the time to run me through various different designs for my business. Excellent communication, responsive, and overall a polite guy. Would highly recommend." A 5-star rating and a clear plan for moving forward, exactly the kind of outcome that makes a one-hour consultation worth every penny.

Wireless bridging, solar-powered remote equipment, and long-distance network design aren't the kind of things most people tackle every day, and getting them right often means the difference between a system that works reliably and one that fails the moment conditions aren't perfect. That's the value of getting a knowledgeable second opinion before investing time and money into a build.

This is exactly the kind of scenario Rogue Support was built for. Customers submit a ticket describing what they're working on, vetted technicians like Dale bid on the job, and the customer picks who they want to work with. No call centers, no guesswork, just direct access to people who know the equipment and can talk through real solutions, all on a remote, pay-for-what-you-need basis at $120 an hour.