I hate the way the cycle industry has treated its customer over the years. I suppose the motor industry is the same in that mechanics are made more challenging and everything is over-engineered to make you spend more money within that industry.
'Sorry mate, this has been machined so you can only run with this that' or 'You'll need a special tool for that, and that's £20'. Two years late, it's obsolete.
Here's an example; I've recently bought a second-hand CX bike. It came with a SRAM Force Chainset containing a 40T ring. As I am planning to use this bike on the road as well as off the road, I bought a SRAM Force 50T ring.
So, I've got the bike up on the workstand and have observed that the chainring bolts have allen key fittings on both sides; one side is 4mm, the other side requires a 5mm key and loosen when both allen keys are turned in opposing directions. I loosen off 4 of the bolts to find the 5mm side bolts have separate spacers so at this point I have 12 pieces of metal in my hand. I then turn to the bolt that attaches to the inside of the crank arm. This requires a TORX tool.
So, to recap, I need 3 tools, 2 hands and end up with 13 pieces of metal in my hand just to change a chainring.
This is the shittest example ever. You require one extra tool and have three additional pieces of metal than the previous iteration. That doesn’t feel like it is the huge change in complexity you’re making it out to be.
I hate the way the cycle industry has treated its customer over the years. I suppose the motor industry is the same in that mechanics are made more challenging and everything is over-engineered to make you spend more money within that industry.
'Sorry mate, this has been machined so you can only run with this that' or 'You'll need a special tool for that, and that's £20'. Two years late, it's obsolete.
Here's an example; I've recently bought a second-hand CX bike. It came with a SRAM Force Chainset containing a 40T ring. As I am planning to use this bike on the road as well as off the road, I bought a SRAM Force 50T ring.
So, I've got the bike up on the workstand and have observed that the chainring bolts have allen key fittings on both sides; one side is 4mm, the other side requires a 5mm key and loosen when both allen keys are turned in opposing directions. I loosen off 4 of the bolts to find the 5mm side bolts have separate spacers so at this point I have 12 pieces of metal in my hand. I then turn to the bolt that attaches to the inside of the crank arm. This requires a TORX tool.
So, to recap, I need 3 tools, 2 hands and end up with 13 pieces of metal in my hand just to change a chainring.
The world's gone mad.