Andre Stein
Analyst · Raymond James. Please proceed
Thanks, Edu. This quarter, we continue running simulations with conventional helicopters to validate and stress test our concept of operations for eVTOLs in a real urban-air environment and create awareness of what is to come. The most recent experience was in Chicago last December, where we connected a Vertiport in downtown to two Vertiports in the suburbs. The trip took an average of 15 minutes versus an estimate one to one and a half hour by car depending on traffic conditions, about an hour by train. This demonstrated the potential for urban mobility in large metropolitan regions, such as Chicago, the second most congested city in the West. With maybe Chicago and surrounding regions will require approximately 240 eVTOLs by the time the market matures in 2035. And that market will demand 20 Vertiports in over 150 different routes. We are very excited and happy about what it has achieved and to do it with important partners. This was the first urban air mobility simulation in west and it was powered by Blades with a total of 86 flights and 245 different partners to help us collect information to better understand the needs of those flying our partners and the communities when it comes to the use of eVTOLs for urban mobility. As an example, the simulation gave us a glimpse of the most popular routes and times for commuters, and should help operators optimize their fight schedule. On top of that, it gather important information about the entire passenger journey, from experience of purchasing tickets to flying, so there are lessons to be learned for an entire ecosystem that helping to define our eVTOL, our service and software portfolio. Now on to the next slide. As a reminder, we quick start the certification process of our eVTOLs wit Brazil's Aviation Authority, ANAC back in February, and now together with ANAC, have initiated the validation process for type certification with the FAA, which expect to be accepted shortly. At the same time, we're in discussions with EASA in Europe and other certification authorities. And it's important to highlight that you have the primary focus of ANAC, while the certification authorities in the U.S. and Europe will be addressing multiple programs simultaneously. As we noted before, ANAC has a long history of collaboration through bilateral agreements with the FAA, whereby the FAA accepts and validates the work done by ANAC, requiring validation and minimal additional effort by the FAA. We're validating now that this will also be the case with our eVTOL, and that is a major milestone for our certification strategy. We believe this puts Eve on a clear path to certification in multiple domains, especially when combined with our single design or fixed wing, and lift-plus cruise configuration. Lastly, Embraer's support is going to be vital in this regard as well. Embraer brings quite a bit off the table by having certified over 30 aircraft just in the last 25 years. They too, for example, received the simultaneous certification approval in Brazil, the U.S. and Europe, on schedule, we're seeing spikes in budget. Now onto the aircraft itself. We continue to make advancements in our design, and the program as it matures. We continue to follow our proven development practices, and into that, proof of concepts and other types of mechanisms. Validating subsystems to various test methodologies, progressing towards the commercial vehicle. By validating subsystems and airframe features incrementally that are able to ensure rigorous and meaningful testing in each phase optimizing costs and reducing the cost of delay of major chains in later phase of the program. This is a very flexible approach that reduce the development costs of the entire design progress. We can vary components or update their design and configurations as our engineers in that fight alternative solutions. And new solutions on this side that can be incorporated without a major redesign of the entire aircraft. In this approach, we are performing a myriad of tasks and our proof of concepts into the models, rigs, flight simulators and mock-ups. And DNA is to drive for economic solution with the most affordable operation and maintenance profile, which you believe will be achieved through our simple lift-plus cruise design. We have also targeted some partners that are compatible with the highest industry standards at the same thresholds we applied for larger jets, which is to say that there are designer aircraft to meet the highest possible safety standards. Likely, we concluded Phase 1 of our urban air traffic management software package and deployed it to support our Chicago simulation in September. As Jerry mentioned earlier, Eve has now signed LOI for urban air traffic management of several clients. And this business may precede our aircraft deliver revenues, because it will be agnostic solution for the entire airspace. Now on Slide 7, we can see our industrialization strategy is also maturing. As mentioned previously, we partnered with Porsche Consulting to help optimize our eVTOL supply chain, global manufacturing and logistical strategy. We are combining our [indiscernible] and automotive expertise to define an implementation plan that considers all aspects of industrial operations, logistics supply chain, and part distribution to optimize efficiency and productivity. The study addressed scalability and distributed production to meet demand. As the urban air mobility market evolves, it can help us validate that the first production site will be in Brazil. This will help us maximize synergies with Embraer and also maximize the manufacturing learning curve of eVTOL. Is it possible to add subsequent production facilities in other parts of the world to maximize efficiency and logistics? Now, I will turn it back over to Edu to talk a bit about our financial position. Edu?