These impact rated adapters will allow you to use your impact wrench with Phillips and Torx driving bits.
A cordless tool kit offers value – but as a homeowner – the surplus of power tools may not be necessary, and that’s where power tool accessories create versatility for a single drill.
When choosing a drill driver for home improvement projects, I prefer a quieter standard drill driver compared to the loud jackhammer sounding impact driver. But what about the occasional fastener that a standard cordless drill driver can’t handle?
- There’s always the choice of buying a cordless tool kit and using the impact driver for difficult fasteners, but theres always the question of “how often do I need to drive a difficult fastener?”.
- Even though I don’t like the excessive noise of an impact driver for small building projects; when doing automotive maintenance and repairs, a ½” square impact wrench is a much needed tool to tackle tightly fastened bolts and nuts that are hard to get too with a breaker bar. The same ½” square impact wrench can also serve as a converted impact driver for building fasteners.
How it Works
Convert a ½” square impact driver to a ¼” hex power bit driver to insert Phillips and Torx head fasteners.
For lag bolts, use the impact wrench as normal with impact ready sockets.
Unlike the Milwaukee adapter, the DeWalt adapter didn’t break or cause any other concerns during our comparison test and has continued to function without issue; giving it a place in my impact wrench case as a valuable accessory when needed.
Note: The DeWALT Rapid Load adapter has been discontinued and is no longer listed on the DeWALT website. However, this adapter is still available to buy online.
My tool collection consists of many brands, with Milwaukee being part of the collection, and I was excited to see Milwaukee Tool have an adapter in this category, but there was something wrong from the beginning.
Inserting and removing bits was difficult with the Milwaukee Shockwave adapter, and after a handful of tests, the locking mechanism failed, which leads us to believe the scenarios may be related, but no other products were purchased for further testing.
Note: The Wera Adaptors are not impact rated, and we’ve yet to purchase any Wera products for hands-on testing, but many reviews mention success using the Wera Adaptor with impact wrenches.
Impact Wrench Adapters – What to Expect
If the compact design of an impact driver is important, using an impact wrench with an adapter may not be a suitable alternative.
A ½” square impact wrench with an adapter is 1.6″ (40mm) longer, on average, compared to an ¼” impact driver.
**Tool lengths will vary between manufacturers.
Complaint – “The ¼” hex quick-load mechanism is too deep, and a short driver bit is hard to remove”.
My Response – The DeWALT and Milwaukee adapters work best with longer, e.g. DeWALT 2″ Power Bits, as shown in the beginning of this article.
A shorter, e.g. DeWALT Insert Bit has very little tip exposed and is difficult grab hold of and remove.
Complaint – “Adapter is difficult to remove from impact tool compared to normal sockets”.
My Response – For safety, impact sockets require depressing the spring-loaded lock pin, for both attaching and removal. A screwdriver, torx, etc. will work to depress the ball spring.
Standard sockets don’t have the thru hole and just pressure fit, so they can slide on/off with greater ease.
Complaint – “Excessive wobble exists from the adapters on the ½” anvil connection”.
My Response – This issue is true and I’m not sure why the engineers chose to design the seat this way.
The picture below shows the design of a IR (Ingersoll Rand) impact socket (seat is flat), where the locking pin pushes tight against the back wall of the pinhole, allowing zero movement.
Both DeWALT and Milwaukee (right) copied the tapered seat design of a standard socket, thus allowing the adapters to sit further back on the ½” anvil. This makes the pin sit more forward or center of the thru hole (allowing 1-2mm of loose travel).
Note: The wobble only exists in static mode and has no effect on driving a fastener once pressure is applied.