Thanks, JoeBen. In my 20-plus years working in aerospace, I cannot think of a more impactful moment than the FAA's publication of the powered lift SFAR last month. This is the first time since the 1940s that the FAA has created operational rules allowing a new class of civil aircraft to enter service. This is a huge step forward for our industry, and I share JoeBen's gratitude to the FAA for delivering ahead of schedule. The rule includes provisions that confirm we have taken the right approach to the design of our aircraft and in our work to prepare for operations. On pilot training, the SFAR includes a clear pathway for us to train pilots using the high-fidelity flight simulators we are qualifying alongside CAE and a single set of pilot controls. The rule also confirms our expectation that the energy reserves required in service will be equivalent to helicopter operations under VFR rules today. Most importantly, the SFAR includes flexible pathways for us to work with the FAA and optimize our approach to operations as we continue working towards commercial launch in the U.S. The FAA's continued leadership results in a smoother path to international operations in many of our key markets as evidenced during the week-long technology familiarization session we hosted in Marina with aviation regulators from the U.K., Japan, and Australia alongside staff from the FAA. Over the course of the week, dozens of regulatory representatives from these countries witnessed flight test, observed our system-level testing, and discussed the approach that Joby and the FAA are taking to certify our aircraft, particularly in novel technology areas. This is a formal part of the process to validate our FAA type certificate once received into each of these markets to enable commercial operations. It's an important step as we continue to support the harmonization of international certification approaches to aircraft like ours. This, in turn, expedites our path to operations around the world. As JoeBen mentioned, we also made important progress this quarter with regulators in Korea and in the UAE, where the GCAA accepted all of our qualification plans. These plans cover not only approval of the design of our aircraft, but also the approach we will take to the pilot training, maintenance and commercial operations in Dubai. This is a big win for the team as we work towards starting commercial service in Dubai as soon as the end of 2025. In the U.S., we continue to make great progress on our tax certification program with the FAA. On the Joby side, we submitted more Stage 4 documents than in any prior quarter and in more unique system areas. These include key test and qualification plans related to the propeller system, electric motor, flight controls, batteries, and the main airframe structure. We also reached closure with the FAA on key issue papers related to the batteries and electrical systems on our aircraft, cementing for us and the broader industry, the certification path for some of the unique aspects of battery electric aircraft. On the FAA side, we had more of our test plans accepted than during any prior quarter, moving us from 14% to 21% complete on Stage 4, reflecting a continued lean in by the FAA. These figures also reflect an updated and more streamlined path to certification that aligns with our latest FAA discussions for test plans, which we'll continue to iterate on as we proceed through Stage 4. Hand-in-hand with certification is our increasing focus on building conforming parts. We have now reached a point where 35% of the composite components being manufactured today at Joby are for FAA conforming builds intended for use on TIA aircraft and in for credit testing and related activities. And on that note, I am very excited to share that the team has completed the build of our first major subassembly intended to be used in for credit testing. The tail assembly in question is now in the process of FAA conformity inspection preparation and will begin the testing regime laid out in our approved static tail test plan shortly thereafter. Alongside our progress on certification and testing, we've continued to mature and develop our flight testing. Over the last month, we've been flying nearly simultaneously on two different continents. In California, we've been flying regularly in support of our certification program, including flying our second production prototype through transition, accumulating valuable data on handling qualities and system performance and maturing or will become FAA flight test plans. And at the same time, we completed a number of exhibition flights in Japan. We're now looking forward to doing the same in Korea, showcasing our aircraft's revolutionary capabilities and strengthening our relationships in key markets. We're seeing the same increasing maturity in our manufacturing. Our fleet has continued to grow with our fourth aircraft nearing completion and set to join our flight test program soon. With each completed aircraft, we continue to improve our efficiency and production cycle-time across many aspects of the process. These learnings are only possible because we're building aircraft and going through improvement cycles across every aspect of production, assembly, and integration. For this aircraft, the fourth to come off our production line and through a continuous improvement culture, we introduced new processes for final integration that sell many subassemblies built in stand-alone work cells and then installed onto the aircraft as completed systems. This approach has improved the efficiency of final integration by more than 30%. And by the way, the fixtures for these new processes were designed and provided to us by our incredible partner at Toyota, just one of many examples of their invaluable support of our mission. Since we first formed our manufacturing partnership with Toyota in 2019, we have worked side-by-side on projects like the design of our manufacturing facility in Marina, including the expansion that will double our manufacturing space at the airport and the facility we're bringing online in Ohio. Toyota has also helped us to implement aspects of the Toyota production system and the mindset of Kaizen or continuous improvement through our manufacturing lines and our manufacturing culture. Our Toyota colleagues, embedded across Joby's manufacturing teams and supporting from Japan, provide us with the resources and the knowledge to more quickly mature our production process. As just one example, we have doubled our battery module production rate and significantly increased our yield in the past six months on key processes through a joint effort with Toyota in identifying bottlenecks and improving line layout and efficiency. The deep partnership between Joby and Toyota is all about building on each other's strength through continuous reviews of areas of new opportunities. During our recent visit to Japan, I was honored to tour Toyota's motor and powertrain test site and spent several hours discussing new areas for potential collaboration with Hiroki Nakajima, their group CTO. I am looking forward to working ever more closely with the Toyota team as we move through certification, scale up our manufacturing and prepare for commercial service. And on that note, Eric, over to you.