We Built the Best Power Tool Battery for the "Worst" Brand
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What if the brand known for leaving battery tech behind kept up, or even made some of the best today? Would the tools they already offered become even better? Today we make the battery Makita LXT owners wish they did to see just how much the teal brand left on the table by not going down the road of 21700 battery cells like DeWALT, Milwaukee, Ridgid and so many other have.
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As always, the creator of this channel works in product development for Astro Tools, who don't make cordless tool batteries but always consider multiple sources when looking at a tool!
This is EXACTLY the kind of experimentation that I like to see from you guys.Great job!.
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I have Makita battery packs that are around 10 years old and are just now dying off. I appreciate a tool that is somewhat dialed back and favors longevity. I would consider myself an above average weekend warrior, not a full time contractor so take my testimony for what it is.
Yea this is kind of like asking why your car does not have the performance it can have after some modifications. Sure it is faster, but also more expensive, and things may fail sooner. Building the ultimate tool on an unlimited budget is not that hard, keeping it reasonably priced and reliable is a lot harder.
@zorktxandnand3774 I hear what youre saying but I'm still gonna put a turbo on it.
Yeah agree, those batteries I bought for my first Makita drill about 12 years ago now, still work. Granted they may have lost some capacity over my new ones, but not to the point where I noticed which one is on any give tool.
@zorktxandnand3774 I personally can't use "Makita" and "reasonably priced" in the same sentence together, but I've had no reason to look at their lineup in a _very long_ time and have no idea of their current pricing, so what do I know?🤷
Makita is reasonably priced compared to other top brands the difference for me is repairability after the warranty is up. Milwaukee and the others made by the same Chinese company are mostly throw away tools since all the electronics are one piece and cost as much as the tool.
I build tool batteries for fun all the time for my landscaping business. Love molicel, however the 30t is my go-to, especially when needing every possible bean. Nickel copper sandwich connections will fix any overheating issues. Loving the next level science in your latest content 💪. I don't believe I have ever posted a comment on a video before but this one deserved it!
If you can afford it, the P45B test's better than the 30T in every way: max and continues discharge rate, capacity, lower internal resistance (lower temps), and even cycle life. Mad props to you for using the copper nickel sandwich method. what spot welder do you use?
@@rockenroosterthey have exactly the same temps on discharge and this same cont rating, but obviously molicels have larger capacity. They are also like 3-4 times more expensive lol
@@rockenrooster guess I should have said for a more readily available cell? I haven't come across any p42b cells yet and you are correct over the entire voltage of the cell from what I've read. Reads like the 30t is better with less sag at full charge or am I mistaken? Had a kweld but currently using a diy truck battery setup that is just as hilarious as it is effective
@@riba2233 Dang that sucks, where I live 30T's are just 30% cheaper so the P45B's are actually a better value for me ($7 vs $10 each).
@@richardfrancisco2439 For me the P45B is more readily available than the 30T. There are no P42B cells only P42A.
3/4 of my battery packs are self made super packs now. Definitely worth the effort on all brands. My Makita, DeWalt and Milwaukee all work way better than stock.
Have you toyed around with a superpack at 24v? 6S2P configuration with P45B molicels? Be interesting to see how that performs.
Have you killed any tools yet?
@@brandonsheaffer5035 The more cells in parallel, the higher you're able to keep the voltage. The higher you're able to keep the voltage the lower the amp draw the tool needs. The lower the amp draw the less heat put into the tool. I find my tools run nearly half as cool with self-made packs versus OEM packs.
@@sixtyfiveford what was the cost to build the packs?
@@brandonsheaffer5035 The larger battery case is usually $15. I then harvest cells from used packs, so the cost $15. Take 3 2.0 ah packs and make them into a 6.0ah pack. Or on my channel I've taken 2 4.0ah packs and just bonded them together into 8.0ah packs that last forever.
I definitely laughed when I saw the can of beans on the graph
I'm amazed the BMS inside these packs isn't the "evil" type that bricks itself once you disconnect the cells!
Dont give them ideas!
Only tards like FutureMotion and some auto manufacturers do that to their customers lol For now...
they are working on that, some of the fancier tools for dewalt and milwaukee don't work without their battery packs
Any reason you didn’t use one of those adapters to use different brand batteries with different tools? If nothing else, that could be a video on its own, testing to see if there’s any power loss or boost from swapping them around. Keep up the great videos y’all!
I would love to see that test.
@@dinen5557they just made a video about that...
As a battery pack rebuild hobbyist (my wife doesn't understand) this is one of the coolest videos I've seen anyone do on the subject. I have rebuilt multiple M12 3-cell packs, but I think it's time to graduate to rebuilding my 4.0 M18s. The Molicel P45B and P28B are truly the business! Thanks for the great work!
Have you considered trying to overvolt some by running 6 P45B in series?
@@benperkins2929 I might give that a whirl via an adapter to some Kobalt batteries I have. I think it would be too difficult using the stock battery enclosures.
This is an awesome episode. I love you show us what we could get if they would update the batteries. Keep up the amazing work!
You guys go the extra mile to not only make great videos, honest tool reviews, real world comparisons, but you make simple improvements that produce great results! And it seems that tool companies are watching. Great job! Im waiting to see the dewalt flexvolt grinder tested!
I have a 3.0 Makita battery I bought new in 2008 that still holds a good charge and that I still use. It's 15 years old now, lol.
Considering how much hay Ryobi seems to make keepin' on w nicad era battery compatibility but now doing the 21700 thing (hey, I switched from 14.4 Makita partly for that reason) this makes sense. I also love that the spot welder is a SeeSii.
Wow so glad you are doing custom makita batteries! I have made something similar with xgt ones, they have better pcbs abd build quality in general and I used cells that are even more powerful than original xgt ones. I have also used P45B in one pack, they are crazy. Just like P28B 18650s that are even more powerful and have more capacity than 25S. Speaking of which, they are used in metabo hpt's 2.5ah multivolt packs, and their equivalent vtc5a from murata/sony is used in xgt 2.5 so you basically made that pack :) Interesting to see that grinder gets so much more power from upgraded pack, I assumed lxt tools would be limited internally since makita doesn't make powerful 18v packs. Also in eu xgt tax is much much lower, with most tools only being just slightly more costly compared to lxt, but batteries are much costlier, that is why I made my own :D
Interesting thinking! Perhaps Makita believes that the tool should live longer than the battery. Thank you for your research into their batteries. I have used Makita since I was 12 years old with the old dog leg batteries which were the latest and greatest. Can't wait to experiment with what you have studied!
what diy pack did you use? in this video he show the diy pack have bigger pcb, different case but the one that he used is the old 21700 diy pack type
As a contractor I can say that my Makita 5ah batteries work all day, every day. I haven't touched my milwaukee super sawzall, or mag 77 since i bought brushless makita tools. I also run Milwaukee m12 drivers and a drill as they fit in my belt perfectly, but I'm makita all the way otherwise. Also, like infants, you can only drop densely weighted electronics so many times before things start to go wrong.
As an owner of of a large inventory of LXT tools, this is VERY informative. Thank you!!!
I own Makita tools, because my father had Makita tools. He built the house I grew up in with a Makita 7.2 NiCD screw gun. My Grandfather used Makita. That being said, I'm pretty sure I'm the average Makita customer. I don't care what Team Red or Team Yellow are doing. They do everything I need and will for the next 20 years.
Agreed. There's no need for these "teams" to exist. I have both Milwaukee and Dewalt tools, and will likely buy Makita if needed.
Exactly this team blue yellow teal is bullshit. My grandfather had been a contractor since the 80’s. He used Makita cordless drills. Black and decker corded drills. Milwaukee sawzalls and a skil saw worm drive saw. For almost anything. He didn’t care about the color or name. He only cared who made the tool well. I think the only thing he retired from that list was the Makita drills before getting new ones.
Makita just doesn't make as good of tools as other brands. And they charge more than milwaukee in most cases but are nowhere near the quality. They have to use 2 18v batteries to make the same power than M18 and 20v tools do. Kinda sad actually.
@@brody2642same, we bounce back and forth between yellow and red. When ever I need a new tool I look and see who makes the best of that specific tool and buy it. If I’m buying a tool with a cord then it doesn’t matter who makes it to me.
@@justinrisley8466 Their tools work just fine and are completely reliable. I literally have a two boxes of dead Milwaukees and Dewalts as work. I'd argue their tool's quality is probably better the red ryobi's or yellow black and deckers. That's why Makita is still one of two independant tool manufacturer's left (The other being Hilti) What Makita doesn't do is bother with the one upmanship. My impact drives every fastener I put on it, my saw cuts everything I put it to. Are they the most powerful? No. But they'll work perfectly the next 25 years.
This is one of your best videos ever. Stepping outside the box is super interesting and just plain cool. Thanks for the video!
i always like makita LXT, its cheap to build, and using sony VTC 6A 3000mah cell battery for me is enough for just home user
As a battery nerd, it hurt me to see you use those sad thin nickel strips on the tool battery at first, but got SO happy to see you DOUBLE STACK the 0.25mm strips using P45B's with a much better spot welder. My only compliant is not using the P28B's for the 18650 version as those blow the 25S's out of the water. The only thing better you could have done is either do the "copper nickel sandwich" method or TRIPLE STACK lol. This video also proves that it's not only about the battery cells inside, but the entire circuit design. The lower the resistance, the better. That's why they use monster thick copper strips (nickel plated i think), thicker wires inside the tool, and add extra contact points (see FLEX stacked batteries, Ridgid max output, etc). I myself redid an ancient Ridgid 3.0ah with P28A's, except I had a cheap spot welder and only 0.10mm of pure nickel. So I triple stacked it to get the most out of it with what i had. Ended up with a nice old/new 5.6ah pack for less than a new 4ah battery, cells and tools included. Freaking amazing video!
Hand down the most honest and up front channel around. Excellent work.
Really awesome episode and great content as always. Keep up the great work guys!
Amen, brother! Thanks! Majority of my tools are LXT.... XGT is like changing to another brand.... I can't justify it. Great experiment...
I have various makita lxt tools and 4 and 5ah battery packs. Really glad you’ve made this video because a few have started to go so I’ll be able to rebuild/ upgrade them.
I have noticed that makita batteries, even though lower A/H, will last longer through the same job compared to Milwaukee with higher A/H comparable tools. And you really can't beat makitas charge time. I wish the rest of the industry would help develop battery technology. We've hit a point where all the tools are strong enough for their given applications and very close, but what matters is how many time you have to stop and charge or switch batteries and the extra fatigue from carrying bigger and heavier batteries to avoid that.
I think your on the money, can't imagine someone carries the 60v flex volt around for fun, at some lugging around an extention cord will be lighter
well said. agree the overall quality of makita batteries/charge times is significantly better than other brands. i just wish makita made a small lighter batter with a bit more punch
I run Dewalt Flexvolt and makita LXT every day. Flexvolt isn't so bad to lug around, it has the beans.
Makita also can't make 15 cell batteries because of how they do cell balancing during charging. That kept them above the competition on charge speed for a long time. They've kept the same platform since 2005 though, so that is very impressive even if we're stuck with 18650s now. I'd also be pretty careful with those Aliexpress circuit boards. There is a reason why they're half the size. Do they even do cell balancing?
They can do 15, or 20 or whatever, they just don't want to. Once you connect 3 cells in parallel with fixed connection, they become one big cell and it is balanced the same way. btw old lxt packs didn't even have balancing at all, they relied on Sony's excellent manufacturing tolerance and made sure that all cells have the same capacity so they don't go out of balance. Also yeah lxt casing from ali are not that good, but they do have models with larger pcbs with balancing, and xgt ones are much better all in all, I use them a lot. Edit - I like how the comment with misinformation gets most upvotes, you guys really believe anything right?
Yeah +1 on what Riba said, cells are (and should be) balanced in parallel so total number doesn't matter unless you change the number of groups in series
These cheap BMS might be less robust than makita but they're a lot less finicky. I've never had any issues with them so far. Like the other guy said, cell balancing works the same, 1P, 2P, 3P, dosent matter. The reason why Makita never upgraded their LXT is because they wanted you to spend extra on their new XGT line and get rid of your old LXT's.
Great episode! I've been wanting to swap the 3ah cells in my high output milwaukee battery's for the new molicel p45b, mainly wanting to see slightly longer runtime, and also swap some Nee p28b cells into a dead 4.0 M12 battery great info on this video!
Those two are the best ones yeah :)
I've done this. Honestly the molicels don't last under the demand. 6-12 months and they have lost much of their capacity. If you are looking for maximum power, the Samsung 20S is what you're looking for. It's awesome. Nothing touches it.
Happy Friday Friend! Have a great weekend and thank you for the video!
Holy shit!!!!!! very nice. This is one of my favorite channels. You guys are the truth.
I saw these diy kits and got really curious, so glad you did a video on them!!
I can't understand why this channel doesn't have millions of subscribers?? I wont purchase a tool now till I come here first to see TTC's choices and tests on tools... Thanks Guys for all your hard work informing the masses...
I’ve spent so much money on cordless impact tools because of this channel.
@@09corvettezr1 LOL The same...
Awesome job man keep up the great videos thanks for sharing
Cheers guys, I really wanted you to test this 3/4 Makita impact.
The LXT line can definitely use the larger cells... with the caviate that might not work with the 18v x2 or some other rare cases; but it would be great for long run tools like the lights and fans. Don't know if I'd like the extra lbs of batteries on the end of a drill, but saws and grinders would be okay. they could also do a redesign of future tools to accept all the larger packs for the x2 line up. my only thought of a non marketing reason for this not to have been done yet is the charger. It might not be rated for more than an hour of rapid charging. Charger has 2~way communications, it could put the battery in fault mode if it doesn't charge up as expected (like taking 2hrs vs 45mins to charge).
Awesome video! If used one of those battery adapters to run a M18 high output on my Makita tools how close can I get to the results of the crazy homebuilt Makita battery? Keep up the great content.
Also dewalt batteries on the Makita? Basically what batteries SHOULD I buy with a battery adapter to make up for the poor battery options for my makita tools.
Absolutely. Fantastic. Video. Thank you my good man
I made a pair of 9.0Ah Makita batteries several years ago by 3D printing a spacer to allow for a triple stack of 15 Samsung 30q 18650’s (just made the battery about 20mm taller). They are great! Use them all the time especially with the 18x2 (36v) chainsaw, the extra capacity makes a huge difference to the usefulness and there is definitely more amperage available with less voltage sag. Really wish Makita would make official 9Ah batteries.
But what about XGT line? It is no ethic to slow downa XGT adoption and decreasing makita revenue.
I found this interesting and very funny at the same time because we LXT users know that we can get after-market 9.0Ah batteries for years. And for less than any battery that size by any manufacturer. The big mystery is why Makita themselves never offer their battery in this format. 😕
Love this content , just got some of the same new cells and had the same voltage drop issues
They questioned it and sought out a proper Diag and correction of issues. That's good.. Beats it becoming a pile of busted parts
Thank you for the great video. You can‘t replace „the problem cells“, you always have to change all cells of the pack. Best Spotwelder is Kweld!
Well done. Great to see some hard torquing journalism. And a sprinkle of tinkering in between :)
Thanks for this video! I miss our Lear Jet 8. My dad had one in 1970; sadly it died shortly after he did several years later. We used it in the living room, versus a portable.
Great video! But the question is, how is the quality on the bms in those Chinese battery kits?
Love your channel! keep it up! do you have a link for the diy makita battery kit? I can only find one for the 18650's not the 21700 like used in your video. Thanks!
Been waiting for this for months. Good stuff
It's interesting to see the different curves on that 15 second run right at the very end, the 3/4 Makita still has quite a steep curve indicating it is still making more torque, whereas the Milwaukee has started flatten out quite a lot. Would of been interesting to see if it flattened out at the 20s mark. It wouldn't surprise me if the Makita made more power than the Milwaukee after 20 seconds.
powering a tool with a dc power supply and giving it all the amps would be interesting
kzhead.info/sun/lNSMeqePbImklq8/bejne.html&ab_channel=TorqueTestChannel Pretty much did in this video
Intersting, but you may as well just use mains powered tools.
I believe metabo or hitachi has something like that. They might be able to use a heavy duty truck jumper pack with 24v and 2000cca to power the tool and make it “cordless”
Of course it works. But what about the unseen cost of possibly burning up a lot of older tools with these extra amps? Not sure if the tool protection circuitry was all that great when a lot of their 18v stuff came out. In my opinion, it would be a HUGE mistake for Makita to risk burning up trusted tools with a higher output battery. But that'd make a good video to test tool protection when Clyde Simpleton sits on the same lug nut for several minutes uninterrupted. haha! Makita has probably done the best job of drawing the line, albeit due to their own shortsightedness in sizing tools based on the 5ah pack footprint. They saw that they were close to the limit on 18v and the advantages of higher tool voltage. But they continue to produce new tools in both 18v and 40v platforms that are adequate to suit their customer's needs. I know the channel is all about the beans, but the vast majority of users just don't need all those beans. There is a market for beans, of course. But Makita and Milwaukee both cash in on platform tool variety. It's hard to switch, or add another platform to your inventory for 100 ft/lbs that you probably already have in your shop with air tools for that rare occasion that you need it. My analogy on this subject: Just because the speedometer goes to 120mph doesn't mean you should DRIVE at 120mph. The real elephant in the room is where does Milwaukee go with 18v? My opinion is that they have already gotten 99.5% of the juice out of the 18v lemon. And they did some unbelievable engineering in the process. But MX Fuel is too big for handheld tools and a bridge too far for most users. They are already going where they scoffed at Makita for: Dual pack tools. Now what Milwaukee? For the record, I'm happily, and heavily invested in BOTH Milwaukee and Makita's 18v platforms. They do what I need them to do, and they do it well. There are very few of them that get taxed heavily. And those are mostly M12 tools that I reach for most due to their lighter weight and small tool box footprint. I can just carry more of them. So it'd take one amazing, must have for me to even think about going to a 3rd high power platform. Don't get me wrong, this is a great video! Well done on the battery packs and the showing the evidence. Anyway, keep up the great content.
I think Makita are going to be vindicated when different battery form factors and chemistries come out. In a recent patent they show a battery concept with stacked cells, so it may be on the horizon. However I totally agree with you about most people not needing max beans. Hot rods and muscle cars exist with max speed, but they are loud and shake all over; and massive trucks exist for load and towing capacity, but most people own a sedan or a small SUV to get done 99% of anything they need to do. Makita have given users the fast and strong line in XGT, and for those that have the Hot rod and truck in the driveway in addition to the family vehicle, that's there for them. Makita is the family vehicle though. Our dads had it, and many guys grandfathers had it as well. It's reliable, comfortable, and user friendly. There's a reason Makita is the only company that owns itself as well as makes all its tools for itself, yet they cooperate with other brands for consumable and blade tech like Starlock and XLock. New attachment standards take time, but Makita is often on the forefront of it.
I think these fears are unfounded. I run big Flexvolt batteries on my pre Flexvolt Dewalt tools all the time, and I absolutely thrash my tools. No issues, just more balls and more runtime.
I'm all-Makita LXT. Frankly, if they made the batteries too chunky to fit in my x2 tools, no big deal. Just extend the ConnectX line to break out an x2 tool into x2 big-LXTs on a belt clip or something. The landscape tools already need a ConnectX to be usable anyway.
I'm just waiting for a 40v to LXT belt converter to come out, but I suspect it won't. The PDC01 is awesome, but it would be nice to have a single battery XGT adapter with a cord and a slim dummy battery for the LXT tools like the 18Vx2 connectx adapter, but that may cannibalism sales from XGT. The other way would be difficult: 2 lxts to a 40v adapter. It would have to be on some sort of swivel base I feel to accommodate the various ways a 40v battery slots into certain tools, or have 2 batteries on a belt clip and a cord. They've come out with extension leads o get the weight off the tool, but not many guys use them. If they made the extension lead for an LXT to XGT adapter, it would make me get into XGT tools, and the batteries would then follow as I'd be justified to getting the kits and batteries. This would be an effective "baton pass" where at a certain point both LXT and XGT have an overlap.
Damn I love you guys!! Now this is just DOPE!
Test the high output XGT batteries (ones which model number end in "F" like 5ah and 8 ah) vs regular ones 🙏🙏 I notice a big difference.
Yes! More of this! 🤘🏽 Hell, I'd buy myself one or two "Beans" in red. The margins some brands have on them is criminal.
makita has a mac charge/discharge cycle limiter as well, in japan they have a tool available that looks kind of like a charger that reads the chip in each battery and will tell you how many cycles its experienced
could you do a video on how you built that 9Ah battery? and/or link to where you bought the batteries?
If you know you know, this can be very dangerous so don't do it if you don't have any experience
18650 battery store (it's literally the website name) and use your Makita old cell pack as reference to how to assemble it
This was a GREAT episode!
Excellent job. I was working on a Makita Beast also, you beat me to it! I am jealous of that spot welder...👍
Let us know if you need to borrow it!
@@TorqueTestChannel You guys should grab some nice FPV drone lipos and make a really powerful external battery just to see how far some of these tools can go with max amps. I can easily pull 150-200amp burst and 100amp constant at 18-20v.
Great video and DIY battery pack! You can always count on Bush's Batteries to bring the beans!
They listened with a small blower 40V XGT - 18V LXT, so maybe they will also listen with batteries ... Great channel, always great content, cheers!
Maybe Makita can keep it simple and just offer their current batteries alongside some new pouch cell batteries. This seems like a logical next step for the LXT battery line. Great episode! Lots of good info and a witty script. Especially interesting to me as I own/use a lot of DeWalt 20v and Makita LXT tools.
Pouch cell seems like the best move if they want to keep their height at that 5Ah pack size
Makes you wonder if you can see gains from a STOCK battery just by upgrading its nickel strips to reduce voltage drop.
I just did a mental inventory of my Makita LXT tools. None of them really need The Beans otherwise I would really like build that kit, too.
Mine neither, and where I would they are 36v tools that do plenty fine with the two 5ahs, which is in reality 10ah if it were 18v. I do think Makita will be vindicated with XGT, and i saw a patent this morning where it seems they are coming out with a 40v adapter to charge on 18v battery chargers.
Pouch Cells (aka stacked lithium) would be a good alternative, since they would allow makita to keep the formfactor and 18x2 compatibility. And while the max output of round cells has gotten better pouch cells can drive much higher currents (I've got som with a 93c discharge rate pushing almost 100A out of an 1Ah cell -> ~450A from a 5 Ah cell). That would be mone ten enough. And active balancing would allow for really fast charge rates. The only drawbacks would be a little bit lower life expectanca and maby lower energy densiti meaning reduced total capacity.
No need for puch when there are more powerful 18650's compared to ones they use (as demonstrated in this video, and even more powerful ones exist). But many tools are limited internally so it wouldn't help much.
Also, durability/safety. Dewalt is only lightly stepping their toes in this water and many of the others are staying away for a reason. The cylindrical cells have proven themselves to be exceptionally safe even when badly treated by all kinds of manual-labor gorillas. A fat pouch in a thin plastic case is a ticking timebomb in comparison.
@@bnasty267 As someone who has slammed non-cased pouch batteries at 80mph into concrete and the battery is now a third the thickness it was before I started with no fire. I'm pretty confident pouch cells will be fine for construction use. Pouch cells normally fail from excessive load, overcharging or overheating. Tools have over current cut offs and the batteries have thermal cut offs so everything should be safe.
Yeah I had the same thought, its like Makita gave up on updating the 18v battery's. Would have been nice if they went the FV route making a 20/40 FV pack.
I've been using the lxt platform since 2007 and because of this very problem I'm now moving over to milwaukee
I like the warning on the Samsung 25S: "Do not carry, handle, or install"
Simply a display battery of course :D
Two points.. please put insulation strips on the positive side. With the connector heating up it can melt the jacket and touch the live case. Then you have a fire.. Remember the bms is also a limiting factor. At some point it wont matter how powerful the cells are tbe bms will be the bottleneck
I thought the 10ga wire was gonna be an issue. Even at 10C there will be 90 amps coming out of that pack, I can guarantee that wire will be getting warm. Milwaukee 12ah packs will toast the terminals in the 9" cut off saw, that tool will pull more than 100amps.
I was wondering about the BMS limitations too. Would be interesting to test different ones with identical cells to compare performance.
I don't think there's any bms on that 21700 battery kit. No balance connections and looks like the output is connected straight to the batteries. Perfect house/shop burner if you ask me.
And parallel strips mean nothing. Its all about series connections. Think about how DC current runs through a battery
@@ericklein5097 wrong each parallel bank adds to the potential discharge amps. So one bank 25a second 50a and so forth
25r's used to be the standard in vape stuff a few years ago but the sony vtc6 was the better choice with 3000mah and 30 amp discharge per cell. But they were more expensive at the time. Now in my ebikes, I use low discharge cells like 7 amp ones but add many in parallel.
Great work!
This video is amazing. Great stuff
I just did a project like this yesterday and today, no torque numbers, but I had knockoff milwaukee batteries that no longer charged, so I put molicel p28a 18650s in them. I now know I might want to get thicker plates than the ones that came with the seesii spot welder I got...
Awesome content!!
Keep in mind a higher output battery will have a negative impact on tool durability. It's entirely possible Makita has already performed such an investigation and is unwilling to accept the shortened life that will lead to more warranty claims as well as altered customer perception of the tool's reliability. As we all know, on average, the Japanese put a high importance on reliability.
Great video bud!
Great Video! Thank you. What's a good source to buy those batteries? I want to make my own to replace some knockoffs I got on ebay without knowing. Do you have product or site link?
Loving the can o beans icon!
Can not wait for Ridgid 12A battery release !
Brilliant. I want dual 9ah for my makita cooler now.
coolest video from this channel in a while.
You guys could have done what I did and easier. Get a battery adapter. I run my Makita tools off of Core Bosch batteries and Metabo multivolt’s
Hope I can answer this for you, XGT began development around 2015. Makita wanted to keep lxt to be slim and light weight for the mid tier demands and lower job demands, know xgt would hand that and everything above. It’s part of the Japanese culture/mindset to have a specific tool for specific job instead of an all encompassing tool. This explains why you will find some of Makita tools “under power” for the American mindset. It’s not that they can’t but a motor capable of doing it like Milwaukee, Makita’s philosophy and global users don’t see the point.
Those Molicel P28A & P42As are HOT cells for sure. I've considered doing this exact thing before for curiosity's sake...But just didn't see the point in spending that kind of money to find out. Happy to see it here! SUper interesting
I think the molicels (even the 21700 42As) aren't nearly as good as the Sony VTC5s. I really wish I would have stocked up on them.
@@take1one Spec sheets would say otherwise, but ok. Can't deny a Sony, LG, or Samsung.
@@J.Wick. yeah I agree and I bought the molicels. The A's then the updated B's. But I would take a Sony at double the price any day. That's for my application and just my opinion.
@@take1one The P45B is the undisputed king of 21700's right now, verified by Mooch. Also Sony VTC5's are 18650 not 21700 so you should be comparing it to the P28B which handily beats the VTC5 too in all aspects: max and continuous discharge rate, capacity, lower internal resistance (lower temps), cycle life, and is cheaper than the entire line of VTC series batteries.
@@take1one yeah yeah, understand. I'm not debating battery brand supremacy lol.. I've better things to do as deep you I'm sure. If that works for you, rock on. I'll have to check them out. Being Sony, I would expect nothing but the best, but they're priced like a Sony as well. Cheers. 🫡
Have you tried adapters. It would be interesting to see the same tool (makita) with other brand packs
Makes me wonder if the battery pack being limited in raw output is calibrated to the cooling of the tool . EX the tool can crank 600W of output with the modded battery pack, but can the tool COOL itself for 600W or will that release the magic smoke quicker via overheating? It would be cool to see temperature somehow incorperated into these tests so you know that the tool is able to adequately cool itself at the performance given
You guys are kicking 🐐 Great stuff
Now I'd love to see you guy to run the SeeSii tools you have on these modded battery packs.
You should test the sisi tools with this beast. I'm sure they would love a taste of them extra beans as well!
Good science guys... Love it.
Great video & especially testing methodology. 👍 I’ve been building 18650 Molicel & Samsung cell packs for my Milwaukee M18’s for years and LOVE the extra beans they provide over stock Milwaukee packs. I’ve been building pouch LiPo cells for over 15 years for our RC planes & in the last 8 years, our racing drones, so am planning to do the same to all my Milwaukee tools if I can ever find the time. Talk about spicey! LiPo is just a little too dangerous for most people however.
I would buy this battery from you guys!
Do you guys know which battery packs are interchangeable between product brands? I have invested in Porter cable and sometimes I see a tool made from a different brand but ask myself if my battery packs would work in it?
You guys should look into what people are doing for electric skateboard batteries haha, we've been rocking molicel 21700's for quite awhile with stuff like braided copper series connections, and pushing some serious power out of these cells.
Do you have any testing of the Makita battery packs that can run power tools? They make a PDC01 that takes 4 18V batteries and a PDC1200 which is a 1200WAH battery and pack combo.
Would be curious to know what is considered the best concept, pros vs cons of multivolt batteries, dual battery setups etc, including system cost, longevity, performance... The Makita dual battery system seems interesting as it allows users to continue using their 18v batteries while moving up to a 36v system, but then Makita also has a 40v system in direct competition with their own 36v system, and you do not need 2 batteries to run it. The Metabo HTP/Hikoki multivolt system allows you to use 18v and 36v tools with the same battery, but what is the trade off? They do not appear to have a high Ah battery?
hikoki did a makita and boxed themselves in on a few tools but have recently made some high output batterys
Love the beans icon on the chart
how well do the diferent batteries perform and work with a battery adapter on
The Samsung 25s cells would be nice in a 2.5ah pack for Makita. Gives some more beans to the ratchet
I love hacking batteries (so long as safety precautions are made), I made an M12 battery that uses a lipo battery from an RC car, between the 5x higher current output combined with the 14.8v it is roudy
This is awesome. Now I want to see tricked out battery chargers.
@torquetestchannel what sight are you getting the batteries and kit from?
I posed this questions to you several months ago since 21700s are so spicy, glad to see some positive results. So when it comes to LXT batteries dying I've heard of 2 solutions and have successfully done the easy one myself. The easy way, how I saved a 2 AH pack, is use two pieces of 16 gage wire and jump start it with another pack for about 10 seconds, then put it on the charger immediately. If it works it should just start charging. The 2nd was is a battery reviver I've seen online that trickle charges a battery over a couple days, the rate of success is supposed to be higher with that but it's a couple hundred dollars so you better already have like 10 batteries to even justify buying it
We tried a bench power supply to trickle charge it, and it does charge just never powers tools anymore despite being 20.5V internally.
@@TorqueTestChannel if you remove the Star battery protection it will work again, but it comes at the risk of overvoltage
I'd like to see you test the cat graphene battery's. Interested how well they preform.