The Complete Handbook of Bicycle Headset Bearings

It's a solid reference and I've used it a few times already for bearing sizes on customer bikes. The troubleshooting chapter saved me on a creaking Cane Creek that had me stumped. My only real gripe is that some sections get very deep into the weeds - I don't need three pages on press-fit tolerance theory to swap a bearing. A bit more time on quick identification charts and less on the physics would have made it a five-star book for me.

This is the book I wish existed ten years ago. I've been building frames for a living since 2014 and I've always just ordered whatever the customer spec'd, without really understanding what I was specifying. This handbook changed that. The section on how stack height and cup angle interact is worth the price alone, and the commercial chapter gave me a framework for actually stocking the right parts. It's already got coffee stains on it, which is the highest compliment I can give a shop reference.

I run a mobile repair service and headset bearings are the one thing I always seemed to get wrong - wrong size, wrong angle, or just installing it badly. This book fixed all of that. The installation chapter is the clearest I've ever read, particularly on getting the crown race seated properly without damaging it. I've stopped carrying five different types of bearing 'just in case' and now carry the three that actually fit the bikes I work on. Huge time saver.

Very well organized, and I appreciate that it's written for people who actually turn wrenches rather than just read about them. The comparison of ZS versus EC standards was the clearest I've seen, and the glossary is genuinely useful when I'm on the phone with a supplier. I knocked off a star because I felt the troubleshooting chapter could have used more photos or diagrams - some of the text descriptions of bearing wear are hard to visualize without seeing the part.

Good content, but it feels a bit like reading a textbook in places. I got what I needed - which was the difference between the bearing standards and how to measure stack height - but I did have to work for it. The FAQ chapter helped, and I've bookmarked the glossary. If you're a professional mechanic, it's probably a five-star book. I'm a keen amateur and I found some sections heavier going than I'd have liked.

I bought this because I was tired of throwing money at headset problems on my mountain bike. The diagnosis section correctly identified that my notchiness was a seized upper bearing due to water ingress, not a loose headset, which saved me from replacing the whole thing. However, I felt there was a bit too much emphasis on commercial applications for my liking - whole sections on private labelling and business strategy aren't relevant to me. The parts that matter are excellent, the rest I skimmed.

As someone who restores older road bikes, the sections on loose-ball and caged bearings were exactly what I needed. It's rare to find a modern book that doesn't just dismiss these as obsolete. The detail on cup angles for vintage French and Italian frames was spot on. I'd have liked more on sourcing oddball sizes, but the chapter on suppliers gave me a good starting point. A very useful addition to the workshop shelf.

It's a competent book and I don't regret buying it, but I can't say I was blown away. The material is accurate and the sections on installation are clear. My reservation is that a lot of the early chapters rehash information that's freely available on manufacturer websites, and I didn't find the 'business opportunities' chapter as concrete as I'd hoped - it's more general advice than specific plans. It's a good reference to have, but I expected more depth in the commercial side.