MarcusMaximus
Active Member
Speaking as an ice-fisherman, I will say that on some larger lakes, the access point may be a paved boat launch, but by far most of the lakes I drive onto have pretty treacherous access points. They're typically a short, steep hill with badly rutted, bumpy tracks. The shore is a combination of roots, sand and rocks buried in snow. The way down onto the ice is a somewhat scary descent, but the way back off the ice is worse as you often have to take a run at it to ensure enough momentum to make it to the top of the hill. Then there's the navigating backwards downhill when you don't make it. I won't even get into what it's like in the spring when it starts melting along the shoreline...
The rough part of the access is usually quite short: 20-30 metres. However, for that stretch there's a tremendous amount of each wheel going up over rocks, roots and bumps in the snow/ice and dropping back down the other side, it's an incredibly bumpy ride, often with bangs from the underside of the vehicle. When I saw the photo I suspected immediately that the battery pack dropped hard onto a rock while getting onto the lake.
What's new to me is that I thought there was a titanium plate protecting the underside of the battery. It now sounds more like that simply protects the front underside of the battery but not the whole underside. That would offer adequate protection when hitting an object on a paved roadway because the object would hit the front edge and either be crushed or pushed aside, but not when off-roading and the vehicle is frequently dropping down onto rocks in the trail/streambed as the wheels go over uneven terrain. Is this correct?
Makes sense. No Tesla vehicles to date are designed to handle off-roading. I’m hopeful that the Y will at least partially address that.