Stephen Burns
Analyst · Maxim Group. Please proceed with your question
Thank you, Duane and good morning everyone. We had an exciting and a productive fourth quarter and a yearend closing and we’re happy to share those details with you. Additionally, we have announced some significant milestones and exciting projects and we are eager to present those to you as well. Workhorse is a technology company focused on providing sustainable and cost effective solutions to the commercial transportation sector. As an American original equipment manufacturer, we design and build high performance battery-electric vehicles including trucks and aircraft. We also develop cloud-based, real-time telematics performance monitoring systems that are fully integrated with our vehicles and enable fleet operators to optimize energy and route efficiency. All Workhorse vehicles are designed to make the movement of people and goods more efficient and less harmful to the environment. Although we operate as a single unit through our subsidiaries, we approach our development through two divisions, automotive and aviation. Our automotive approach consists of high performance electric and range-extended electric fleet vehicles. First, in the automotive group, I’d like to talk to you about our medium-duty electric delivery vans. Our delivery vans are currently in production and they are in use on U.S. roads by our customers that include companies such as UPS, FedEx, Cintas and Alpha Baking. The real time wireless data from our in-house developed telematic system demonstrates our vehicles’ improved fuel economy by approximately 500%. This is compared to conventional gasoline base truck of the same size and duty cycle. In addition to improved fuel economy, we’re anticipating that the performance of our vehicles on route will reduce long-term vehicle maintenance expense by approximately 50% as compared to fossil fuel trucks. We conservatively estimate that our range-extended electric delivery vans will save our customers over $150,000 in fuel and maintenance savings per truck over the typical 20 year life of our truck. As you can imagine, with that level of economic return, coupled with dramatically reduced emissions, fleets are very interested in our vehicles. As time and on road customer miles continue to validate our vehicles, we feel that we will revolutionize the medium-duty delivery vehicle market in the United States and perhaps even beyond our borders. We believe we are the only medium-duty electric battery OEM in the United States. As such, we have a competitive advantage in the battery-electric delivery van space and that will position us well to achieve our goals of increased sales and production. We expect sales growth to come from our existing customer base and from new segments such as retailers, security services, utilities, municipalities and other specialty services. As we continue to increase sales and execute on our cost-down strategy we will be well positioned to achieve gross margin profitability in the delivery van platform. The success of our medium-duty total cost of ownership value equation to fleet buyers caused us to realize there may be strong demand for such an economic offering among buyers of high volume light-duty trucks. Along with our development in the United States postal service prototypes, we have initiated our pre-sales process of the light-duty work truck and today we received 2,150 layers of intent for a revolutionary W-15 electric pickup truck from fleets, with an expected MSRP of about $52,000. To our knowledge the W-15 represents the only plug-in full size range-extended pickup truck built from the ground up by an OEM in the United States. We plan on unveiling a working drivable concept version of the W-15 at the Advanced Clean Transportation Conference in Long Beach, California, May 1st through 4th of this year. We are also showing a 3D scale model of the W-15 along with more detailed specifications this week in our booth at the Work Truck Show in Indianapolis. With millions of pickup trucks sold per year, the U.S. pickup truck market is highly competitive, while being void of alternative fuel options, specifically battery electric. As well this segment does not see too many new entrants in this category. However, from our discussions with large fleet managers who buy pickup trucks, it has become clear to us that the timing is ideal for the introduction of a range extended electric pickup truck. We are designing our W-15 to be the most economical, the greenest, and the safest pickup truck on the market today. And we realize that for a small relatively new manufacturer to make such claims in a market as mature as United States pickup truck market may seem unusual. So, I'd like to spend a few moments to detail how we plan to accomplish our goals. With an expected 80-mile all electric range, the predicted W-15’s efficiency is 75-miles per gallon equivalent. The 80-mile electric range can cover the majority of our fleet customers’ average duty cycles, on rare days where additional ranges require, the on board BMW gasoline range extender automatically turn on and charge the battery pack. During all electric operation, there are no tailpipe emissions from the W-15 pickup truck. From a safety point of view, we have three distinct advantages. A large frontal crumple zone, a battery pack below the floor, which creates a low center, a very low center of gravity that still maintains the ground clearance associated with pickup trucks. We also have an automatic braking system in the event that W-15 detects the need or situation requiring brake assist functionality. We also are planning on having active lane centering. A specific point I'd like to address is the capital expenditures required to enter in production of a light-duty vehicle such as the W-15. We will assemble the vehicle in our existing 250,000 square foot factory in Union City. Workhorse owns this factory through [indiscernible]. The factory has the capability of producing up to 60,000 vehicles per year. We are leveraging our five years of medium-duty drive train development, our vehicle control software experience, our power electronic systems, and that should enable us to improve our speed to market as compared with typical ground up build. The battery packs are our proprietary design and are developed and built in our battery pack factory in Cincinnati, Ohio, which also serves as our corporate headquarters. The body of the W-15 will be primarily composite carbon fiber. These panels are lightweight and rust-resistant, and also enable us to get to market with a full-sized pickup truck in record time with minimal capital investment in tooling and pamper [ph]. We are in discussions with several outside companies to build the composite body panels for us, paint them and ship them to our Union City plants where we will assemble them into the W-15. This architecture eliminates extremely high cost of metal stamping machines and much of the welding associated with the manufacturer of conventional pickup truck bodies. Together by leveraging our medium-duty electric power train expertise, our chassis knowledge and our factory combined with our new composite carbon fiber body system, we believe we will begin production of the W-15 in late 2018. A lot of moving parts and logistics to make that timeframe happen, but we feel the timing is a reasonable goal. Even though we feel we will get to market in a very quick and cost-effective timeframe, the capital needs to get to production exceed our current resources. The good news is the U.S. pickup truck market represents the potential for significantly larger vehicle production volumes than the current delivery vans we produce today. The higher potential production volume combined with existing letters of intent by the W-15 for major fleets have given us many more options to secure the financial resources required to meet our business goals. We are exploring a number of financing options including strategic and non-dilutive capital. Finally, before we leave the topic of light-duty trucks, I want to speak briefly about our prototype award from the USPS, the United States Postal Service, on their NGDV project. NGDV stands for next generation delivery vehicle. Due to confidentiality and trade secrets, we don't want to do more here than just reiterate what's already been publicly stated by the USPS. Workhorse with our partner VT Hackney is one of five awardees for the United States Postal Service that they have selected to build prototype vehicles for the next generation delivery vehicle project. There are five - originally there were six. One company has withdrawn. This is a complete fleet replacement for the postal office and represents more than 160,000 vehicles. We are on track to deliver the Workhorse/Hackney prototypes to the USPS by the September, 2017 deadline. The Postal Office has stated that they intend to test the prototypes for six months and then select a winning bid or bids following the testing process. It's important to note that we've designed the post office truck our post office truck such that it can be built on the same line as the W-15 in Union City. Let's move on to aviation. Our aviation sector has gained much attention of late with our HorseFly delivery aircraft. The HorseFly is a custom design, purpose-built, unmanned aerial vehicle that is fully integrated with our electric truck. We have a patent pending on this truck launched unmanned aerial delivery architecture and we believe we are the only company in the world with a working truck based aerial delivery system. The truck launched HorseFly delivery system is designed to work within the FAA’s current Rule 107 that permits commercial use of unmanned aerial systems in U.S. airspace under certain conditions. As recently as February, UPS conducted a successful real world test using our truck based HorseFly delivery system and it received worldwide news coverage. The knowledge we have gained in building electric delivery trucks for last mile delivery has led us to believe that a truck launched UAV Delivery system can significantly - can have significant cost savings in the parcel delivery ecosphere. As stated in UPS’ press release issued on February 21st, a reduction of just one mile per driver per day over one year across all their trucks can save UPS up to $50 million a year just from one mile. The release went on to add rural delivery routes are the most expensive to serve due to the time and vehicle expenses required to complete each delivery. In this test, the autonomous delivery vehicle made one delivery while the driver continued down the road to make another. This is a possible role UPS envisions for UAVs in the future. Next is our Manned Multicopter. It leverages our knowledge of high voltage battery packs, electric motor controls, range extended generators, and control system software to design a multicopter vehicle that can carry a pilot and a passenger or if you don't have a passenger, a 200-pound payload. Several companies are now developing similar aircraft. However, we believe that our range extended truck experience combined with our technical aviation development experience with the HorseFly, will give us a competitive advantage and speed to market with such an aircraft. In summary, as you can likely tell, we recognize there are several key factors towards success. To mention a few, they include innovation in adaptive technology, experience, and expertise. Our battery pack is key to the design development and manufacture of advanced electric vehicle power trains whether these are truck based or aerial vehicles. With some other EV companies purchase their battery packs and a plug and play pack, we design and build our own battery packs. This keeps the intellectual property related to the design and production of the pack in-house and it provides us with cost down capabilities and avoids issues that can happen if a battery power supplier fails. Another key factor for success is the vehicle control software development. Our power train encompasses the complete motor assemblies, computers and software required for both truck based and aerial vehicle electrification. We use off-the-shelf proven components when we can and we combine them with our proprietary software systems when necessary. Let me now turn it over to Julio, our CFO to take you through the financial results.