..the Bosch IDH182 hybrid impact driver/wrench. It seems like the Bosch has some compromises I wouldn't care for.
I just took all the relevant posts from another thread and copied them here. Tried to keep the conversation as intact as possible while still being relevant. Rather than add more Bosch info to the Milwaukee thread I'm going to continue here. Nobody on this website has OCD right?
That Bosch Hybrid is a handy design and sometimes think I would like to have seen a Milwaukee wrench with such a feature. Nobody else does it so must be Bosch patent? IMO if there is any "compromising" to be found with the tool I would say it would that the max torque rating is a bit low for a direct comparison to "some" 1/2" sq. anvil drive compact wrenches but is still right in line with most all of the 18v impact 1/4' hex drivers on the market. And 3 power modes are great to have. And I have seen enough videos that prove many impact drivers can do wheel lugnut removal in different situations
Here is one of the reviews I read that made me think this wasn't for me.
https://www.hingmy.com/site/article.php?Bosch-IDH182-Review
My main concern was when he said it needed an adapter for "short bits". But I see later he qualified that by saying bits 1" or shorter. That's not a concern for me. If I can use 2" or longer power groove bits I'm fine with that.
He also mentions some issues with the compression ring retention. In this review he only seems to be comparing it to the tradeoffs of a pin retention system but in another review I feel like the author specifically said he felt the compression ring on this Bosch wasn't as good as similar retention systems on other cordless impact wrenches. Unfortunately I cannot find that review.
So I would appreciate your comments on socket retention and also what the author says about the trigger and having the same torque in all three speeds.
I understand needing the 1/2" anvil so there's enough meat around the 1/4" hex receiver and then not really having the power of a 1/2" impact. Only I can figure out if that will work for me.
Otherwise, he darn near describes me as the ideal user. I seem to switch between hex bits and socket adapters with my driver quite often but don't do a lot of heavy automotive work. It would be nice if it would remove lugs on our side by side but not as much of a concern if it won't remove lugs from our Tundra.
Well I will just weigh in quickly on this
IMO best I can tell most people don't often use short bits directly in the chuck. and I assume we are simply talking 1 inch bits with a small line on them here. I personally do use some that way to countersink sheetrock screws using my 2462 impact driver but pretty much is the only time. Other than that one application I always use a bit holder or 2" or longer bits.
Pin retention on a driver like this I would prefer the ring for fast and easy tool less socket changes over a pin style. Locking style pins are the norm for overhead use and most mechanics probably wouldn't want one. You have to insert something like small screwdriver. needle nose plier point or even a piece of metal rod to depress the pin enough to remove the socket. I have a ball pin retention half inch impact, Milwaukee's 2665B its a modified pin more tapered at the end and supposedly tool less removal but with most impact sockets I find have to manually release it unless I want to fight it with long enough IMO PITA. Maybe hog rings can vary in tightness of fit I really couldn't say, all of mine seem to be the same.
Triggers feel is kind of relative and you really will have try it to know for sure. I could say the some of my current Milwaukee's don't have as fine a trigger finesse as some of my older Makita tools but overall it really doesn't bother me and unless the tool is VS only having the different electronic RPM/torque modes should help compensate for a certain lack of fine gradual ramp up IMO
Now as for the torque question the Bosch website does shows different torque/rpm/bpm for each mode and I'm believing most all of these electronic switched tools all operate in same way sans mechanical gear reduction like a drill? And if someone knows more about that hopefully they will say.
Torque 0-1,650 / 0-900 / 0-400
RPM 0-2,800 / 0-2,000 / 0-1,300
BPM 0-3,200 / 0-2,600 / 0-1,100
Obviously it is a fairly expensive setup so could understand apprehension from a review where they seemingly find fault. I read the whole piece it was a good overall review but felt some of the critcism of it was simply nitpicking. I don't think there is perfect tool each has ups and downs
I've only put one socket on mine so far. There was nothing thrilling to report, it just worked.
The M12 (fuel and non fluel) you can just put the bit into the driver. With both my Bosch 18v (IDS181 I think, and this) you need to pull the ring in order to seat the bit. I mean it's not a big deal but messes with my muscle memory.
I have found so far driving screws, even 6" ledger lok I have found max power is too much. I have basically kept it on lowest power since. lowest power gives you pretty great trigger control. not like an air wrench but it's not an on/off either.
COP Tool also included the Bosch Socket Ready Impact in a recent comparison review both written and video It is fairly recent less than 6 months old but this is the first time I became aware of it. Maybe it's been seen by some others already but just thought I share it
http://www.coptool.com/brushless-18...-2016-bosch-vs-dewalt-vs-makita-vs-milwaukee/
An employer provided one of these impact drills and I did like the combo chuck feature. The tool did seem underpowered compared to the 18V Fuel Milwaukee 1/4 hex impact drills.
I hadn't seen that. Thanks for posting.
From the short video shots it looked like they only tested tightening power. I would've been curious to see loosening tested as well.
Otherwise, it appears all three of the other brushless drivers are more powerful than the Bosch, even when compared with an adapter. And they'd also be shorter with an adapter and socket vs the Bosch with just a socket.
So unless the Bosch has some serious power biased towards breaking bolts it seems like the only advantage is not having to keep track of and breaking adapters.
It is getting the point that some of these impact drivers are so powerful that they will often break 1/4 hex socket adapters and snap screws off when they start to bind up.
Have to wonder if with all the latest torque increases for tools of this nature have they reached their peak
Overall Bosch does have great tools though and some cool features other don't have like their wireless charging system
I hadn't seen that. Thanks for posting.
From the short video shots it looked like they only tested tightening power. I would've been curious to see loosening tested as well.
Otherwise, it appears all three of the other brushless drivers are more powerful than the Bosch, even when compared with an adapter. And they'd also be shorter with an adapter and socket vs the Bosch with just a socket.
So unless the Bosch has some serious power biased towards breaking bolts it seems like the only advantage is not having to keep track of and breaking adapters.
It is getting the point that some of these impact drivers are so powerful that they will often break 1/4 hex socket adapters and snap screws off when they start to bind up.
Have to wonder if with all the latest torque increases for tools of this nature have they reached their peak
Overall Bosch does have great tools though and some cool features other don't have like their wireless charging system
The Bosch impact wrench/driver doesn't like the Dewalt bit holders with the sliding sleeve, or the 1/4" nut driver. In both cases they are just too short to really lock the notch, so they either get stuck or sit loose. Seem fine with the Milwaukee impact bits I have or dewalt 2" bits.
so I compared the 2453-20 Milwaukee Fuel, the Bosch 25618, and the IDH182. While the first two have less than an inch depth (both about 0.8") the IDH182 has almost 1/4" more depth at 1.071" due to the anvil and ring. They probably designed the anvil to be the same depth and then with the addition of the ring it's just too deep for some inserts to grab and lock. Couldn't really capture it great in a photo but I tried.
In the case of this Dewalt 1/4" nut driver it has a thicker part under the body (about 0.29" compared to the 1/4" shafts at about 0.245") that catches in the ring and sometimes comes off like normal and other times I have to pull it off with a vice grip.
So basically I will try to use mine with my Milwaukee impact bits instead of my Dewalt impact bits as those are the two I had available to try.
Regarding the 'bit holder' for these drivers; Milwaukee one has a nasty habit of grabbing the 1" insert bit and not letting it go when you want to change bits, while the Dewalt is kind of the opposite it will let go of the bit and leave it in a screw head somewhat often.
Attachments
Last edited:

