165W GaN Charger · Powered by QuadRail™
165W. Four ports. Nothing waits its turn.
Here's the part the box never tells you. Plug a laptop into a 140W brick and the laptop takes almost all of it. Your phone gets scraps. Your watch gets nothing.
So you stand there waiting for the laptop to finish before the phone can even start. We got tired of it, so we built the charger that fixes it.
Voloshi is 165W across three USB-C and a USB-A, on four independent QuadRail™ power rails. Everything charges at once, at full speed. And the plug folds dead flat.
“After a month of living with the Voloshi, even the 240W bricks on my bench look like toys.”
No prices here — just a limited 50% OFF special. Code XKSSAKC50 auto-applies at checkout.
The comparison that actually matters
Wattage on the box is one number shared by every port. What decides whether your phone charges tonight is how that number gets divided — and that is a hardware decision, not a spec.
Big number. Everything else is a compromise.
Why: one shared power rail. Every port drinks from the same pool, so the hungriest device wins and the rest get whatever survives.
More power. Way less brick.
Why it takes the crown: QuadRail™. Each port runs on its own regulated power rail instead of a shared pool, so your laptop physically cannot drain what your phone is using. That single hardware change is the whole difference — and it is why 165W here does more for you than 140W does anywhere else.
Where the power goes
Charging everything at once
Size in your bag
Under real load
Ports
Why Voloshi takes the crown
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Real people, real bags
Bought the 140W thinking bigger is better. Then I figured out my laptop was eating basically all of it and my phone was just sitting there dying. Now everything charges at the same time and I stopped thinking about it.
I fly twice a month for work and I used to pack two chargers plus a backup, which is insane when you say it out loud. This one thing replaced all three and it lives in the front pocket of my backpack.
Laptop on C1, phone on C2, watch on the USB-A. All three going at once and the brick barely gets warm. My old one you could have cooked on.
The real test was the nightstand. Phone, watch and earbuds all plugged into one thing overnight. I wake up and everything is at 100. Every single morning.
I've killed three cheap chargers in two years. Two months in, this one hasn't gotten hot, hasn't buzzed, hasn't done anything weird. Boring. Which is exactly what I want out of a charger.
Ordered it Tuesday, had it Thursday. Opened the box expecting something the size of my old brick and it's genuinely tiny. The folding plug is what sold me — it slides into my bag flat like a deck of cards.
This is it in my hand for scale. That's a 165W charger. My laptop's stock one is almost twice the size and does one device. Took four wall warts off my power strip at home too.
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The hardware
Keep scrolling — it comes apart.
Founder's note
Voloshi started because of a hotel room in Denver and a 140W brick that made us choose.
Our team travels constantly. We had bought the big brick for the reason everyone buys it — bigger number, better charger. Then we learned how it actually works. Plug a laptop into a single-rail charger and the laptop negotiates for nearly the entire budget. Your phone gets scraps. Your watch gets nothing. Laptop first. Stand around. Wait. Then start the phone.
So we went shopping for the obvious fix: a 165W charger with four ports that could run everything at once. They exist. They also cost north of $150. We wanted to know why, so we bought several and took them apart on a bench.
Here is what we found, and it is the reason this category is priced the way it is. Splitting real power across four ports is not a firmware setting — it is more hardware. Independent regulation for each port means more silicon, not less. Higher-grade GaN transistors that switch efficiently enough to stay cool in a body this small cost multiples of the commodity parts in a cheap brick. You need a bigger transformer and more copper to carry 165W without sagging, and a real heat spreader so the thing does not throttle twenty minutes in. Then you pay again for the safety engineering and testing that keeps it from becoming a recall statistic.
Every corner a cheap charger cuts is one of those. That is why a no-name brick can print a bigger number than we do and sell for a fraction — the number is a claim, and nothing behind it is built to honour it with four cables plugged in.
It took us fourteen months and eleven prototypes to get there. The first four ran too hot. The next three held temperature but browned out the fourth port under load. Prototype nine finally did what we set out to do: a MacBook Pro and an iPhone charging at full speed, simultaneously, off one plug you can fold flat and put in a pocket.
We named that system QuadRail™, and it is the only reason this page exists. We did not find a way to make premium charging hardware cheap — we found a way to sell it without a retailer's margin stacked on top. One product, direct to you, no middle.
Every other charger in this class shares one power rail between its ports. QuadRail gives each port its own. Three things follow from that, and together they are the whole product.
Each port draws from its own regulated supply instead of a shared pool. Your laptop can take everything its rail allows and still not touch a single watt allocated to your phone. This is the part that ends the queue — it is physical separation, not a scheduling trick.
Devices do not draw evenly — a phone pulls hard at 20% and tapers near full. QuadRail re-negotiates continuously, so as one device fills, its unused headroom is handed to whatever still needs it. Nothing sits idle holding power it has stopped using.
We specified 165W precisely because 140W is not enough to do this. A 100W laptop plus a fast-charging phone plus accessories needs headroom above the laptop's own draw — otherwise splitting the power just means everyone charges slowly. The extra 25W is what makes simultaneous mean full speed.
Is this you?
Four kinds of people keep buying this thing. One of them is going to hit a little close to home.
The carry-on traveler
You've dialed in the packing cubes, the toiletries, the shoes. Then you drop in a laptop brick the size of a bar of soap, a phone cube, and a backup in case one of them's the wrong one. Voloshi turns all three into one flat plug with four ports. Everything charges overnight, together, and you get the space back.
The remote worker
There's one free outlet behind the counter and something's already half-blocking it. A fat brick doesn't fit, won't stay in, and covers whatever's next to it. Voloshi sits flat without a fight — and with 165W across four ports, your laptop, phone, earbuds and the coworker whose phone is dying all run off the same plug.
The one-bagger
You already cut the duplicate cables and the just-in-case stuff. Three power supplies for four devices is the last piece of dead weight in there, and it's been bugging you for a while. This is the rare buy that takes two things out of the bag instead of adding one more.
The one who's just over it
Six outlets, four usable, because two of them are buried under something wide. You're not going anywhere — you're just sick of looking at it. One Voloshi takes four wall warts off the strip, and folded flat it stops the whole thing from looking like a construction site.
Why people switch
This is the whole thing. Four ports, 165W, and your laptop stops eating the entire budget. Plug everything in at once, go to bed, wake up to full batteries across the board.
165W is more than the 140W brick you're carrying now. You're not trading power for size — you're getting both, which is the part that surprises people.
Not to a little bump. Flat. Nothing snags on a cable loop, nothing shreds a jacket lining, nothing jabs you through the side of the bag.
PD 3.1 and Quick Charge 3.0 on board, so it negotiates the right speed per device instead of dribbling 5W into everything. Laptop gets laptop speed. Phone gets phone speed. Same time.
Thermal cutoff, over-voltage, over-current and short-circuit protection, plus a flame-retardant V-0 housing and a heat spreader bonded to the GaN stage. For context: regulators pulled over 120,000 unbranded USB-C chargers off the market for overheating. Those are the protections they skipped.
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Before you ask
Stop waiting your turn
The 50% launch offer is live — code XKSSAKC50 auto-applies at checkout. Free shipping, and 30 days to find out whether that 140W brick ever comes out of the drawer again.
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