TPoseOnTantrum
Giga Poster
Give it an airtime hill and make the Brit thoosies happy, c’mon
The original proposal did feature banked airtime hills though.Give it an airtime hill and make the Brit thoosies happy, c’mon
Forgive me for continually posting random pictures, but here's an overlay of the two plans, which is probably the clearest look at how the development area has been extended:
As Nicky says, the "design development" line is interesting, and gives cause to believe layout changes. But even then, it is a broad term. It could just refer to the design of how the park's engineering team access the supports for maintenance purposes. It could be to add theming (something which was highly absent from the consultation).
Now, if this for a layout change, I have an idea for what it could be. And I don't expect it to be anything drastic.
Many people noted that the ride takes a lot of speed into the suspected splash zone area, and that that area could be quite trimmed. And even if not, it does have a lot of speed and doesn't do a lot.
I expect that the short layout is, in part, a creative choice. The ride very much looks designed to be big, fast-paced and hard hitting. Rather than creating a long, drawn out experience, it seems to be a "throw everything at you as quickly as possible" experience, designed so that when you hit the brakes, you're left stunned, and begging for more in a good way. You won't feel short changed, but you'll want to go round again.
So a potential adaptation to the layout would be as follows:
View attachment 16309
Now forgive the crude drawing, but let me explain what this would achieve:
-A straight section post-splashdown, to include one or two powerful airtime hills.
-A new turnaround, which could be dragged out for some sustained forces, or be quirky / different (like the other turnaround)
-Give more space pre-brake run for another airtime hill, rather than the airtime moment post-turnaround as currently suggested.
My particular thought on the final point is that they could create a 'double down' airtime moment which is similar to Loggers Leap's drop. This would be in the exact same position as Loggers drop, and serve as a reminder/Easter egg/reference/whatever you want to call it to the ride (something that Thorpe and John Burton, the likely Creative Lead of the project, love doing).
This would address the concern which a lot of people had about the ride's ending, whilst keeping in line with the (what I expect to be) feel of the ride. May not be everyone's cup of tea or what people want, but it's what I feel would be most likely. Equally, I think this is a sufficient change to improve the ride.
Obviously, this is all speculation. But I don't see anything more significant than this.
1. Merlin don't demolish stuff unless they need to. They keep things for as long as physically possible. If something can be left SBNO they will. Look at Thorpe and Loggers and Slammer as examples. Towers only removed the likes of Submission and Ripsaw because they would be too obvious if left standing.
They won't decide to just remove bits of Loggers they don't need to. They will remove what needs to be removed and nothing else. Perhaps a cynical, somewhat narrow-minded, view here, but I can't see that happening.
Regardless of if it's an Intamin or Mack the main brakes are contactless so don't wear, so that makes no differenceI'm trying to rationalise why they could have made it longer as unfortunately I seriously doubt they've listened to enthusiasts and whopped on a few bunny hops for our pleasure.
There could be an engineering reason, if the ride has too much speed going into the brakes the extra cost of maintaining those brakes (which will undoubtedly wear faster than they would if the train hit them slower) over the planned lifespan of the ride is greater than the cost of extra track and the associated works, that would justify extending the ride to bleed off some more speed. Trims come with an ongoing running and maintenance cost so an extension could feasibly be preferable.
This is all wild speculation however with absolutely no data to back it.
Heat stress is probably the most likely impact on the fins themselves. Equal and opposite reaction says all the mounts for those fins (on the track and train) will be working harder if the train is hitting the brakes faster, which in turn could mean shorter lifespans.Magnetic, no? They will still deteriorate over time regardless. I'm not sure of the physics regarding how speed would affect this, but they will need periodic replacement.
No they don't, in comparison to old school physical brake pads anyhowMagnetic, no? They will still deteriorate over time regardless. I'm not sure of the physics regarding how speed would affect this, but they will need periodic replacement.
That's what I'm thinking about. The actual real world implications of this I don't know however. Happy to be proven wrong of course but logic states the greater a force applied to something the quicker it's going to wear out. The difference in heat is probably so marginal though, and I'd like to see real data on the relationship between speed and eddy currents, but the idea that they don't wear out is nonsense, there's still a 'pull' force being applied to those brakes as the magnetic field strives to bring the train and brake fins together, and that stress is ultimately going to be felt on the mounting brackets and fixings. Both on the brake run and train itself.Heat stress is probably the most likely impact on the fins themselves. Equal and opposite reaction says all the mounts for those fins (on the track and train) will be working harder if the train is hitting the brakes faster, which in turn could mean shorter lifespans.
In terms of heat - the energy balance itself wouldn't be too hard to do if you had enough data for the trains and fins (weight, materials, etc), but even without any numbers it's pretty easy to see the effect of speed on the energy dissipated.That's what I'm thinking about. The actual real world implications of this I don't know however. Happy to be proven wrong of course but logic states the greater a force applied to something the quicker it's going to wear out. The difference in heat is probably so marginal though, and I'd like to see real data on the relationship between speed and eddy currents, but the idea that they don't wear out is nonsense, there's still a 'pull' force being applied to those brakes as the magnetic field strives to bring the train and brake fins together, and that stress is ultimately going to be felt on the mounting brackets and fixings. Both on the brake run and train itself.