Auxbeam 6 Gang Switch Panel RA60 Review: a solid all‑in‑one control box if you hate messy wiring

I picked up the Auxbeam 6 Gang Switch Panel RA60 because my dash and center console were starting to look like a science project. I’ve got light bars, ditch lights, a small compressor, and a couple of other 12V toys on my rig, and having separate switches and random inline fuses everywhere was getting old. I wanted one clean panel, one main power feed, and to stop worrying about which wire went where every time I added something new.

I’ve used cheap Amazon rocker switches before, and they work, but the wiring is a pain and the panels always look a bit DIY. What caught my eye here was the combination of a solid-state relay box, a small RGB switch panel, and the fact that it’s all rated for 12–24V with up to 60A total. On paper, that covers most off-road lights, a fan, maybe a small fridge relay, without needing a second fuse box.

I’ve had this RA60 installed for a little over two weeks on a 12V truck system, plus one short test on a buddy’s small boat just to see how it handled spray and vibration. So this isn’t a lab test; it’s just normal use: night driving, a bit of rain, some washboard dirt roads, and one wiring mistake on my side that triggered the protection system. Enough to see how it behaves in real life, not just in the product description.

Overall, it does what it says: it centralizes your accessories into one box and cleans up the wiring. It’s not perfect, and a couple of things annoyed me (especially the instructions and the learning curve on the modes), but if you’re tired of drilling holes for individual switches, this is already a big step up. I’ll break down what actually works well and what’s just marketing fluff.

On price, the Auxbeam RA60 sits above a basic row of rocker switches but below some of the higher-end marine or off-road switch systems with full apps and CAN integration. So the real question is: do you get enough benefit over a cheap DIY panel to justify the extra cost? For me, with several accessories already and more planned, the answer is yes, mostly.

What you’re paying for here is integration and protection: one control box, one main feed, six managed outputs, and solid-state relays with built-in safety features. If you priced out six separate switches, a quality fuse block, relays, wiring, and then your time to design and wire it neatly, this unit starts to look like reasonable value. It also cleans up the install and makes it easier to add or change accessories later without redoing half your dash.

Compared to cheaper switch pods I’ve used, this Auxbeam feels more organized and slightly more robust. The RGB and mode options are a bonus, but the real value is not having to think about relay wiring and fuse placement for every single accessory. The included circuit breaker is another small saving versus buying one separately. On the flip side, if you only have one or two small lights to control, this is probably overkill. A couple of simple switches and inline fuses would be cheaper and good enough.

So in terms of value, I’d say it’s good value for money if you’re running at least 3–4 accessories and care about a clean, centralized setup. If you’re on a tight budget or only running one light bar, it might feel like you’re paying for features you’ll barely use. But for a growing build—truck, UTV, or small boat—this hits a nice middle ground between cheap DIY and very high-end systems.

Design-wise, the panel itself is compact and fairly low profile. It doesn’t scream “cheap eBay part” when you mount it. The buttons are laid out in two rows of three, so you don’t have to reach far or hunt for them in the dark. The RGB backlight is useful, not just a gimmick: you can match it to your dash color or just keep it white and dim it down at night. There’s also a one-tap backlight-off mode using the MODE button, which I actually use during daytime to keep things low-key.

The control box is a bit bulkier than it looks in pictures, but that’s normal given it houses the solid-state relays and protection circuitry. You need to plan where to put it. In my truck, it’s mounted near the battery on the inner fender. On my buddy’s small boat, we tucked it under the console. The included wiring harness is long enough for most typical installs, but if you’ve got a long vehicle or want the panel far from the battery, be ready to extend wires yourself. The plug-in connectors do make it easier to hook up the panel to the control box without guessing which wire is which.

The main downside in design for me is the documentation. The manual is usable but a bit vague for a first-timer. There’s not enough real-world examples, like “this is how you wire a light bar in toggle mode” or “this is how to use momentary mode for a horn or compressor.” I figured it out, but I’ve done 12V wiring before. If you’re a beginner, plan to watch a couple of YouTube videos or read some forums. Once you understand that each circuit is just a switched positive output, it’s straightforward, but the manual doesn’t explain it in plain language.

In daily use, the layout is practical. The panel doesn’t flex or creak, and the buttons are spaced enough that you don’t hit two at once with gloves. The RGB effect is more about visibility than style for me, and in that sense it does the job: you can quickly see what’s on. Overall, the design is functional, a bit utilitarian, and honestly that’s what I want in a switch panel. It’s not pretty for the sake of it, but it’s tidy and it cleans up the cabin look compared to a row of random rockers.

The panel is listed as aluminum, and in hand it does feel more solid than the usual all-plastic switch strips you see online. The faceplate has a bit of weight to it, and the buttons don’t wobble when you press them. They have that slightly rubberized, grippy feel, which helps if your hands are wet or you’re bouncing around off-road. It doesn’t feel fancy, just sturdy enough that you don’t worry about snapping something off.

The control box is more basic visually: regular black housing, sealed up enough for an IP65 rating. It’s not a tank, but it’s clearly built to sit in an engine bay or under a dash without falling apart after the first rain. The connectors for the panel harness and the accessory outputs feel decent. You still need to do your own crimping or use the screw terminals properly; it’s not a plug-and-play toy. The included circuit breaker is a nice touch. It’s not top-tier marine-grade hardware, but it’s a step up from throwing in a random fuse.

What I liked is that everything feels coherent: the panel, box, and harness are made to go together, not a mix of random parts. The stickers/icons are basic but usable. You get little pictograms for lights, fans, etc., so you’re not guessing which button does what. Print quality on the stickers is okay; they’re not luxury, but they stick and they’re readable in low light with the backlight on.

On the downside, I wouldn’t call this bulletproof. If you’re in hardcore marine conditions with saltwater hitting it daily, I’d still be careful. IP65 is splash and spray protection, not full immersion. The housing seams and connectors are fine for a truck or UTV, but I’d probably add some dielectric grease on the terminals and maybe a bit of extra loom if you’re in harsh climates. Still, for the price bracket and the use case (car, truck, ATV, basic boat use), the materials are pretty solid and don’t feel like a corner was cut everywhere just to save a dollar.

I’ve only had this panel for a few weeks, so I can’t pretend I’ve tested it for years, but I can at least talk about how it’s holding up so far and what I expect. During this period, it’s seen rain, some engine bay heat, and a bit of off-road vibration. No loose connections, no condensation inside the panel, and no random failures. The IP65 rating seems realistic for everyday use: it handled spray and some light water exposure on the boat test without any drama.

The buttons still feel tight after a couple hundred presses. No fading on the icons yet, and the RGB lighting hasn’t glitched. The control box mounting tabs haven’t cracked or flexed even with some bouncing on washboard roads. The wiring harness insulation looks thick enough that it’s not going to crack easily in the cold. That said, I’d still route the wires properly and use loom and grommets; the product is decent, but bad routing can ruin any setup.

What gives me some confidence is the built-in protection system. Knowing there’s over-current, over-voltage, reverse polarity, and thermal protection means the panel is less likely to die from one dumb mistake. I already had one wiring error that it survived. That doesn’t make it indestructible, but it’s better than a barebones switch that just cooks itself when something goes wrong.

There’s also a stated 2–3 year warranty window depending on which part of the listing you read (the text says 3 years, the EU spare part availability says 2). Either way, that’s decent for this kind of accessory. I can’t judge long-term durability yet, but based on the materials, protections, and early use, I’d say it’s pretty solid for typical truck/UTV/boat users. If you’re in extremely harsh marine or salty environments, I’d add extra protection and maybe check it more often, but for normal outdoor and automotive use, I don’t see any red flags so far.

Performance-wise, the key question is: can it actually handle the loads it claims without getting hot or acting weird? On my setup, I’m nowhere near the 60A limit. I’m probably pulling around 25–30A total when everything is on: two LED bars, two small work lights, a fan, and that little compressor in momentary mode. After running the lights and fan for about 30–40 minutes, the control box was warm to the touch but not concerning. No burning smell, no plastic softening, nothing like that.

I also tried simulating a heavier draw by running as many lights as I could at once and cycling them repeatedly. Again, the panel stayed responsive. The buttons register reliably; no missed presses, even with gloves. The solid-state relay design helps here: you don’t get the mechanical relay clicking or chattering, and switching feels instant. If you’re used to old-school relay setups, this feels a bit cleaner and more modern.

The operating temperature range listed is -40 to 221°F. I obviously didn’t test the extremes, but I did run it on a hot day under the hood where ambient near the engine was pretty toasty. No sign of thermal shutdown or random reset. The spec sheet says it will auto-cutoff at high temps, but I never hit that in normal use. For most users (off-road trips, summer highway driving, some winter cold), it should be fine. If you’re in extreme desert heat with everything on for hours, you might want to keep the control box in a slightly ventilated spot.

One thing to keep in mind: this is not meant to directly power huge stuff like a big winch. If you try to run something that draws close to or over the 60A limit on a single circuit, you’re using the wrong tool. For typical lights, fans, stereos, and smaller accessories, the performance is more than enough. It reacts quickly, doesn’t sag, and the voltage drop across the system didn’t cause any visible dimming on my LEDs compared to a direct relay setup.

Out of the box, you get the switch panel, the control box (this is where all the wiring really happens), a circuit breaker, some mounting hardware, a pack of stickers/icons, and a plastic cover. No app, no Bluetooth, which honestly I’m fine with. If you’re looking for phone control or fancy automation, this is the wrong product. This one is very much old-school: physical buttons, plug-in harness, and you’re done.

The control box is the main brain. All your accessories plug into that, not into the panel itself. It’s rated IP65, so it’s fine under the hood or in a relatively exposed spot, as long as you’re not fully submerging it. For a truck or side-by-side, that’s good enough. For a boat, I’d still mount it somewhere a bit protected, not right where waves hit. The panel itself feels compact and doesn’t take up much space on the dash, which is nice if your interior is already crowded.

The spec sheet says 12–24V, up to 60A, and a total power range of 720–1400W depending on voltage. In practice, that means you can run several LED light bars, a small fan, and a couple of minor accessories without worrying too much, as long as you don’t try to feed a huge winch or a big air compressor directly through it. This is for accessories, not high-draw recovery gear. It supports three modes per switch: toggle (on/off), momentary (only on while you hold), and pulsed/strobe. That’s more flexibility than basic rocker switches.

One thing to be clear about: there’s no app and no smart-home integration. The product page mentions RGB and modes, but everything is set manually on the panel. If you’re expecting to pair it with your phone or voice control, this isn’t it. Personally, I liked that it stays simple: less stuff to break, less pairing issues. But the manual could explain the mode setup a lot better; I had to play around with it for a bit to really understand how to program each gang.

In daily use, the effectiveness comes down to three things for me: does it reliably turn stuff on and off, are the modes actually useful, and does the protection system save your butt when you mess up. On the first part, no complaints: once wired, each of the six gangs worked as expected. I’ve got two light circuits in toggle mode, one small compressor in momentary, and a small LED strobe in the pulsed mode as a test. No random shutoffs, no flickering, and no weird lag between pressing the button and the accessory reacting.

The three modes are genuinely handy, not just a bullet point. Toggle is obvious. Momentary works well for anything where you only want power while pressing, like a horn or a short-use compressor. The pulsed/strobe mode is more niche. It’s decent for emergency lights or a warning strobe if you’re parked on a trail. The only thing that annoyed me is that changing modes the first time is not very intuitive from the manual; I had to experiment a bit. Once you’ve done it once or twice, it’s fine, but this could have been explained better.

The auto-dimming and RGB backlight are more about comfort. The panel does dim itself when it gets dark, which helps avoid a bright blob of light in your face at night. You can also kill the backlight with one tap on MODE, which I actually use a lot. RGB is fun, but in practice I just set it to a neutral color that matches my dash and left it there. It’s nice that you can do it, but it’s not the main selling point for me.

On the protection side, I accidentally wired one accessory with a short to ground while rushing, and the system tripped instead of letting smoke out of the wires. The solid-state relays and built-in protections (over-current, over-voltage, over-temp, reverse polarity) did their job. The unit just shut that circuit down, and after fixing the wiring, it came back to life with no obvious damage. That alone made me trust it more. So in terms of effectiveness, it’s not flashy, but it gets the job done and gives a bit of safety net if you’re not an electrical pro.