John William Sheridan
Analyst · Stifel
Yes. Jeff, you were good enough to let us know about that question earlier on the subsidy, which we appreciate. So we did follow up with both our partners in Japan and government -- or in China. Japan wouldn't do as much good. Our partners in China, as well as government officials in China. And we got strong assurances back that there's absolute certainty in the minds of the people that answered our questions that, that subsidy will be extended. So take that for what it's worth. If next time, you're over there, again, I think you'll get the sense is that the government preoccupation and the pressure on government with the particulate air pollution is just getting even more intense. So the government is really under pressure to do something. 0 emission public transit is a natural thing they're pushing. So we think that it will stay. Just to link to your question a bit more specifically, then, our partner with Azure is not that heavily driven in the short term by the subsidy anyways. Their whole view is to build the capability systemically, first, their own capability with bus module assembly, and then a broader partnering with a bus partner, coach manufacturer in China with some third-party support from the Shandong Institute of Technology, who has a lot of technology expertise in the area, to get going with reference buses, small fleets and to gradually move forward. So for them, that's a couple-year journey. And the subsidies in their initial low volumes won't be that critical to them. What they're trying to do, more broadly, and obviously we're working closely with them, is to think about their cost, the supply chain requirement, the assembly cost requirements, to get a fuel cell bus in China with initial volumes that would be around $600,000 or $700,000 a bus. And then they're very competitive with battery electric buses. So that's where they're trying to go. It's going to be a while. And coming back to your point about the initial 2 modules, just view that is part of the support we're giving them for their lab testing, for the work they're doing, for their initial assembly setup-type work. Those 2 bus modules aren't going to be in buses on the road in the near term.
Jeffrey D. Osborne - Stifel, Nicolaus & Co., Inc., Research Division: Okay, good to hear. And then the $600,000 to $700,000 selling price, I assume that would be the complete bus itself. To my understanding, it's roughly half of what a fuel cell bus would sell in Western Europe or North America. A, is that correct? And then, b, with the development efforts that you have with Azure, is there any know-how that you can leverage to drive down the cost in other more Western markets?