u/Dry_Schedule_7520

I've tried a lot of combination wrenches over the years, but I keep coming back to the FACOM 440. It has a slight rise and a 15° offset—a combination that gives excellent clearance while keeping the profile low. It's one of those designs that just feels right to use.

Only problem... my 21 mm has apparently gone missing. If anyone finds it, let me know. 😄

I started collecting these because I wanted to figure out what made them so appealing. They're fun to own and interesting to look at... but I still haven't found many situations where I'd actually reach for them. 😄

Has anyone here had better luck with these?

Found this display in a Japanese used tool shop. I could've spent an hour just looking at the wall.

The balanced weight lets you spin it faster and more smoothly.

Fun fact: EIGHT TOOL CO., LTD. is a renowned Japanese manufacturer specializing in hex wrenches.

75° offset, deep-head design, and a lockable ratcheting mechanism. One of those specialty tools that can save the day when a socket or standard wrench won't fit.

Inside a well-known tool shop in Japan. Honestly, it’s paradise for tool lovers—I always lose track of time in places like this.

KTC says this line was built around feedback from working pros, and I believe it.

Not as rigid as NEPROS or standard KTC — lighter, with a bit more give. The geometry is thoughtful too: the box end has an unusual bend placement, and the open end actually has a cant to it, which is rare. After trying a lot of tools, that feel just works for me.

Drive Size: 3/8 in.
Claw Type: Single-pawl
Tooth Count: 24
Ratchet Feed Angle: 15°

Length: 170 mm (6.69 in.)
Head Width: 26.8 mm (1.06 in.)
Head Thickness: 18.7 mm (0.74 in.)
Weight: 177 g (6.24 oz)

Back Drag: 3.2 cN·m

A well-used MITOLOY ratchet from 1974.
Simple 24-tooth, single-pawl design.
A bit of slop and not particularly smooth—but no skipping, and it still engages reliably.

Simple, no-frills design—built to do the job.

Starting the repair.
It’s fun thinking about the previous owner while working on this.

I've been testing screwdrivers across different standards — ANSI, ISO, DIN, and JIS. The subtle differences matter more than I expected, especially with JIS screws.

One comparison led to another, and somehow it came to this.

My wife saw the pile and laughed. Turns out she's the standard I'm most compatible with.