I was the only one in it (thank goodness) and I was okay. I probably could have used a couple of stitches on my forehead and I did have a minor concussion. But, everything considered, I was lucky.
Unfortunately, the p500 was totaled. Initially, I thought that I could replace the bent ROPS sections but once I got the plastics off and took a closer look, the frame was bent as was just about every piece that connects to the ROPS. When I let the insurance company know that, they met me at my local dealer and we started going through everything there. After taking a damage inventory and pricing it out, repairs were more than it was worth. I was sad to see it go.
My key take-away's from this incident:
- Honda ROPS system is very robust and is tied into much of the machine. Very good protection. (The cut on my head was from the visor snapping off my helmet and hitting my face, not from an issue with the Honda)
- The 500 is set up the way it is for a reason. From the factory it's pretty safe. But if you go taller (lift, tires, etc) you need to go wider. Not a Honda thing; it's a physics thing.
- The suspension options may ride better but they don't add much (if any) travel. Better ride leads to moving quicker over the rough stuff. But just because you don't feel the rough stuff doesn't mean it isn't as big as before. You are using more travel but not feeling it. Unfortunately, when you run out of travel, no matter what shocks you have, the result can be the same.
- Here is what happened to me: I had just put the skid plates and shocks on about 5 days before my trip to the UP of Michigan. Prior to that, I had taken the P500 through rough stuff but had to go slow in order to keep my teeth and functioning kidneys. Once I got up there, I realized the machine had a new identity. It was suddenly more capable, confidence inspiring, and fun. And it really did soak up the bumps very well.
- Prior to riding with the new shocks, I tied a strip of rubber around each shock shaft to measure the amount of travel I was utilizing. (Same concept as the O ring on a mountain bike shock. As travel is utilized, it slides the rubber piece to the point of greatest compression)
- On the trail, I was moving at a whopping 17 mph and coming into a right hand curve. I took the curve tight and hit a decent sized rock with the inside front tire and a rut with the outside front tire. This was enough to tip the machine and before it hit the ground, I had slammed the drivers side of the ROPS into a tree.
- After getting it back to camp and shaking some of the cobwebs out, I started to try to figure out what happened. I looked at the shocks and saw that the right front shock had been fully compressed and all the others were nowhere close.
- My assumption is, I bottomed the shock out when I hit the rock and because I ran out of travel, it just pushed it over like nothing.
- My overall conclusion was that I had gone past the limitations of the machine. It isn't a long travel woods ripper. And although that isn't how I typically ride, the smoothness of the ride made it feel as if the machine was more capable than it was.
- I take full responsibility because I did a few things wrong.
- I didn't widen the stance when I went to taller tires. I never rode it with stock tires so I never new what it was supposed to feel like.
- The 26 inch tires I put on were very stiff for that light of a machine. So not only was it taller, it was less flexible/forgiving.
- I allowed the suspension to inflate my abilities and the abilities of the machine instead of just enjoying the better ride at my typical, leisurely pace.
Well that ended up being a lot longer than I had anticipated. But, I hope it helps someone avoid the same mistakes I made.
*** Speed measurement was taken with a handheld GPS. I found the spot on the where I tipped and then looked at my "Tracks" on the GPS with speed readings. I like to look at my ride data so I typically have all my nerdy gadgets with me.