I haven't written on this board, but have been folllowing this thread with interest. I've got some comments to add. But first a suggestion. Please tell me you own, bought or plan to buy a safety door for your machine. Not a tempered glass door, but at least 1/2" polycarbonate or 3/4" if you can get it. From experience, please don't operate your new set-up without it.
I'm confused by your list of resons to buy a CC vs. Fecon Bullhog. You'll be able to tell that I am a Fecon fan and I couldn't disagree with you more. We've been running two Fecon heads for over a decade with no problems other than operator irresponsibility. How many guys did you talk to who have owned a CC for a decade? The oldest one is about a year or two old?
You say; Better mount for cutters? Really? A Fecon hammer ($75 plus about $15 for nut and bolt) is cross mounted with a 500-600 ft. lb. torque requirement. Huge bolt and huge lock nut. I can change a hammer simply and easily. The CC uses two smaller allen head bolts face loaded and are recessed into a countersunk area. How does that area look after it has been run in fine dust? Plugged with debris that has to get picked out? How much torque do they require? I'm asking because I don't know. You torque them with a little allen wrench? I'd feel better about torqueing on a big old bolt/nut rather than fiddle with a small allen bolts.
No door to contend with? We don't run doors at all, but I've seen guys use them to make fine product. The ability to have the door open or closed is a major deal to most guys. Fine if the customer wants it chopped up, open if they want production. At least you have a choice.
The CC uses a cutting bar or anvil behind the drum to cut against. Fecon uses welded steel arranged perpendicular like a comb. On the CC the anvil appears to be largly unsupported from the back. It looks like a cutting edge from a Fisher snowplow. When those cutter blocks are thrashing, how is that flat piece of steel supposed to last without getting rolled over, dented, bent, etc. by the force of larger wood passing through there? I can't understand their thinking.
The CC has a bolted push bar. Lame. Can't accept the front/side/up/down loads that a welded Fecon bar can accept. That bar will get ripped off.
Dangling rakes. Fecon can add those if you want. And looking at the gauge of the CC rakes, They don't look too impressive.
Pressure gauge extra? Add it to the Fecon, not a big deal. I think they are about $500. Plus you can hear the engine of your machine bog, who cares what the pressure is? If you need a gauge to tell you your engine is bogging, then you shouldn't be operating. Plus you should also be looking at your worksite, not the gauge.
The motor comment also confuses me. I just don't understand it for two reasons. First, Fecon uses a fixed displacement bent-axis piston motor. The reason is torque. You can get more torque from a piston motor than a gear motor. It's like comparing performance of a Hyundai vs a BMW. There is no comparison between the two. Anyone arguing that the motor on a CC is better than a Fecon is lying to you. I see the CC has an optional piston motor. Did you get it?
And why would you rather replace the motor as opposed to replacing belt/pulleys? You'd rather spend thousands on a motor rather than several hundred on belt/pulleys? If you bought a Fecon with a 63 cc motor, which is the way they set them up for skid steers now, you'd only have to replace the pulleys/belt if you decide to replace your 4810 with something larger.
As you can tell, I am a big Fecon fan. Besides, can someone pipe in and tell a bad experience with a Fecon head?