I would recommend the HO ones. They have physically bigger cells than the regular XC batteries.So would you not recommend the High Output versions of the M18 batteries? The writeup sounds like they are the ones to buy
I would recommend the HO ones. They have physically bigger cells than the regular XC batteries.So would you not recommend the High Output versions of the M18 batteries? The writeup sounds like they are the ones to buy
typically a good sale price is 10-12bucks per AH but the "high output" are worth abit more.I just bought a High Output 8 AH and High Output 3 AH M18 batteries for $199. Seemed like a good deal.
So why do OEM's charge so much? (no pun intended)Most aftermarket batteries seem to be made with horrible cells. The cells themselves, commonly 18650 can be in the $7 range for Samsung, Panasonic, etc and they will outperform the brand name cells. You just have to be willing to break the pack open, desolder and solder. I know this isn't for everyone, I'm just saying that a superior battery pack can be had for a fraction of the cost of a crappy generic pack.
red tax or yellow tax?So why do OEM's charge so much? (no pun intended)
M12 can be surprisingly good. The M12 shop vac impresses me (not the "dustbuster" which was horrible).Original M12 batts working great for just over a couple years now, have 2x 2A and 1x 4A.
Went with M12 due to price point and wanted tools to last long time. Didn't need M18. I looked at M12 as an 'ecosystem' that I got myself into.
It's largely smoke and mirrors but gray market/secondary market OR promotions make it affordable. Considering what I get from OEM batts vs what I pay, it's a bargain honestlySo why do OEM's charge so much? (no pun intended)
I wish they would standardize these things. Much like AAA, AA, C, and D cells. If they did companies like Duracell and Eveready could really clean up......I know nothing of Ryobi. Is there a Mil => Ryobi adapter?......
Because you pay them what they charge. 😁So why do OEM's charge so much? (no pun intended)
That is what they figure for LiIon batteries in cell phones. Obviously not all uses of LiIon batteries are the same.No way in heck are you getting 1000 charge cycles with any cordless battery. I kinda hate my Makita charger since it fast charges the batteries from flat to full in like 35 minutes and i have two batteries so i never needed to fast charge yet it has no slow charge option. The batteries get pretty hot to the touch so i make it a habit to only charge to 3 or the 4 lights and unplug it.
So why do OEM's charge so much? (no pun intended)
This all sounds like a market opening for a top notch AM batteryThe tools are the razor handles, and the batteries are the blades. Or the printers and the inks.
This all sounds like a market opening for a top notch AM battery
No way in heck are you getting 1000 charge cycles with any cordless battery. I kinda hate my Makita charger since it fast charges the batteries from flat to full in like 35 minutes and i have two batteries so i never needed to fast charge yet it has no slow charge option. The batteries get pretty hot to the touch so i make it a habit to only charge to 3 or the 4 lights and unplug it.
And yet in this thread we've got Trav stating he's got a set of 14 year old Makita batteries that still work. If they're in regular use he could easily have 1000 cycles.I think that's overly optimistic as well. I'm betting less than half of that. Even then the last 50 or so cycles are not going to take the tool very far. Especially if used daily by tradesmen on the job. And I also agree that fast charging is the best way to ruin the service life of ANY battery.