Question about XP and Cyber Monday

[Risa]

Hello, RPG Maker Web.

Just some friendly questions about your recent Cyber Monday deals.

Last Monday I tried to purchase RPG Maker XP as part of the sale, however it was unfortunately out of stock.

I tried again over the next few days, but it seemed to continously be either out of stock or giving me an error of some kind.

So I was just wondering a few things, whatever the answer I'd just like to know.

Are the Cyber Monday deals still going on? It seems a little late for that, though the store is still advertising it as being up.

Which leads me to ask, how much was RPG Maker XP if so? I can hardly imagine it being $100 before the sale, but maybe I'm wrong.

Seeing as it says 75% off and it's now $24.99 in the cart. (It's nice to be able to put it in my cart now!)

If it's not, I'll likely purchase it at that price (the $25) sooner or later anyway. I was just curious.

Thank you.

 

[Shaz]

It is strange that it was showing as out of stock, and I think someone is looking into that.

$24.99 is the full price, not the 75% off price.  I think you needed to enter a coupon code to have the discount applied, and IIRC if you had different products that had different discounts, you had to purchase them separately - one per discount amount, so the correct discount would be applied.

If it's showing as $24.99 in your cart now, it's probably because the sale is over.  I can check if there's still a way to get the discount.

 

[Risa]

Oh, that price makes more sense. It's very reassuring to hear it's so low-priced, as I don't think I'd pay for it if it were so expensive compared to the other makers.

Yes, when I previously tried placing it in the cart, it would take me to the cart page and say something like "RPG Maker XP 1.0? (1) is out of stock." In green, I think. I also thought it strange, being a digital product and all.

I'm willing to pay the current price, but if you were able to get the discount, I'd be very grateful. Thank you, Shaz.

I am editing this as the problem has been solved.