[Laughter] [Music] Cadillac EV toll General Motors has announced its first foray into designing a concept electric aircraft aiming to revolutionize Urban Mobility with userfriendly on personal Luxury Transportation for Discerning consumers with the Cadillac e tool this Innovative approach includes both autonomous ground vehicles and EV tol aircraft encapsulating the company's vision for a multimodal future Cadillac's EV tol concept is a spacious luxury aircraft designed for one passenger featuring a distinctive vertical fuselage that sets it apart from the conventional horizontal designs commonly seen in aviation this unique shape is implemented by a large front window that offers
breathtaking views for the passenger Cadillac has hinted at a lavish interior promising a premium experience the aircraft showcases an eye-catching design with four propellers arranged across two levels two at the bottom front edge of the fuselage and two at the top rear edge this configuration not only enhances its Aesthetics but also its performance General Motors is emphasizing the capabilities of its new ultium batteries which are composed of high nickel and low Cobalt requiring less wiring than traditional cylindrical battery packs the Cadillac Evo aircraft will be powered by a 90 kilowatt ultium battery enabling it to
travel efficiently to and from Urban vertiport with an estimated maximum speed of 56 mph Ki opav developed by the Korea Aerospace Research Institute in dejon the optionally piloted person air vehicle is a fullscale technology demonstrator prototype of a remotely controlled passenger electric vertical takeoff and Landing aircraft that is quieter and safer than a helicopter leveraging car's expertise in VTO UAV development the opav has undergone multiple test flights both in private and publicly the aircraft features four tilt propellers and four VTO only propellers mounted at the ends of Booms that are perpendicular to its high mounted
main Wing eight electric motors power the propellers and the main Wing is equipped with both aerons and flaps the opav is powered by lithium iion battery packs and both its interior and exterior are constructed from carbon fiber composite material optimizing strength while minimizing weight the aircraft has a conventional tail design fixed tricycle landing gear and resembles a small general aviation aircraft Beta Technologies Alia 250 inspired by Nature the Alia is a streamlined Innovative platform that opens up new possibilities for transportation designed with the fundamental principles of physics in mind the aircraft focuses on delivering the
safest and most efficient flight experience possible powered by beta's patented electric propulsion systems the Alia produces zero operational emissions offering a clean and sustainable solution for modern Aviation with a wingspan of 50 ft the Alia 250 is engineered to carry five passengers plus a pilot or up to 1,400 of payload its design philosophy is centered on Simplicity fewer components mean fewer things that can go wrong which enhances safety and efficiency its lightweight structure combined with energy-dense batteries and electric motors Max maximizes range and performance offering a maximum range of 250 nautical miles the aircraft's aerodynamic
design features a twin tail assembly supported by angled trusses elegantly arched wings and tapered wing tips all working together to minimize drag and increase stability particularly at low speeds the use of fixed vertical propellers simplifies manufacturing reduces maintenance costs improves safety and streams line certification helping bring the aircraft to Market faster the Alia 250 is built for a variety of missions from cargo transport and medical organ transfers to passenger travel all with true point-to-point capability its design not only promises to revolutionize sustainable Aviation but also offers versatile solutions for critical Transportation needs Ace Trinity the
Trinity is a long range electric vertical takeoff and Landing aircraft designed to accommodate four to seven passengers it features a baggage compartment in the tail section and a distinctive forward entry canopy that opens to a spacious cabin the seating can be configured for four to six passengers with space for a wheelchair and a future extended version will seat seven inside the aircraft can be fitted with Cutting Edge augmented reality entertainment systems and a refrigerated mini bar or converted for Air Cargo operations the aircraft boasts tandem wings with winglets for increased range and the front Wings
can rotate upward to enable Landing in confined spaces the stability of the ace VTO Trinity is fine-tuned to ensure a smooth ride promising not to spill your Martini it has retractable quadricycle strut landing gear and will be flown via a low earth orbit satellite-based blockchain and an AI powered flight management system featur featuring a virtual reality pilot interface this Advanced setup allows for remote operation from anywhere on the globe with minimal Hardware the Trinity is designed for a wide variety of missions including air taxi service personal and corporate travel tourism emergency medical transport Air Cargo
and Military applications Elroy air sharel the Elroy Air Cargo is an unmanned cargo aircraft designed to replace inefficient land delivery routes with autonomous aerial Solutions developed by the American startup Elroy air this hybrid electric V pre-production cargo drone is the standout of this Innovation equipped with one high Wing supported by four booms it carries a total of 12 propellers powered by 12 electric motors eight stationary propellers for vertical takeoff and landing and four dedicated to forward flight the vertical takeoff and Landing propellers are mounted on the undersides of the booms allowing for exceptional maneuverability even
in challenging weather conditions like Gusty winds it can carry cargo weighing between 300 and 500 lb over a range of 300 mil its fuselage is a Sleek rectangular design with a high wing teail and fixed quadricycle wielded landing gear this extended landing gear straddles the cargo pod a lightweight aerodynamic container that ground Personnel can load quickly and efficiently the Drone can autonomously land drop off cargo pick up a new load and take off again in a matter of minutes without any operator interaction thanks to its extended landing gear the Drone can be easily positioned over
the cargo pod and manually moved around a hanger or landing area if needed the chaperal offers A major advantage in Middle mile cargo delivery bypassing the need for ground vehicles or airports and can transport Goods to loading docks five times faster than conventional methods streamlining logistics for a variety of Industries lamosa Lio connect V2 the limo connect V2 is a cuttingedge passenger EV tool concept designed by a montreal-based technology startup lamosa this Innovative aircraft features four tilt propellers mounted on the front of a high main Wing enhancing its versatility and performance the main Wing incorporates
a redesigned control surface system with large Fowler flaps allowing for improved takeoff and Landing capabilities from short runways complemented by winglets for aerodynamic efficiency for vertical takeoff and Landing the limo connect V2 includes two dedicated VTO propellers mounted on booms at the rear of the main Wing as well as two additional VTO propellers on the vtail the entire aircraft is powered by Advanced battery packs and is equipped with fixed tricycle wheeled landing gear designed to accommodate one pilot and six passengers this aircraft aims to incorporate autonomous piloting capabilities in the future with an estimated Cruise
speed of 200 mph and a range of 150 miles the limo connect V2 is expected to achieve a flight time of around 1 hour and has a maximum payload capacity of 1,100 lb the cabin is designed with large windows that provide spectac ular forward left and right visibility all beneath a solid roof for added Comfort the fuselage is constructed from carbon fiber composite ensuring a high strength to weight ratio Additionally the aircraft is equipped with two doors on each side of the fuselage and rear baggage compartment doors enhancing accessibility and convenience for passengers and their
belongings Volant Aerotech ve 25x 1 developed by Volant Aerotech a Shanghai based EV toil startup the v25 X1 is a full-scale passenger EV tool technology demonstrator designed to validate the aircraft's aerodynamics systems and configuration this passenger electric vertical takeoff and Landing aircraft can seat five passengers and features eight vertical takeoff and Landing propellers for Lift along with two tail-mounted Pusher propellers for forward flight and a fixed skid landing gear its design prioritizes safety and efficiency reducing complexity to minimize weight while enhancing overall safety with its redundant propeller system the eight VTO propellers and two Pusher
propellers provide built-in redundancy further increasing the aircraft's reliability with a longer range than many multicopter designs the v25 X1 is engineered for both performance and cost Effectiveness it generally has fewer Parts than conventional planes which helps lower production and maintenance costs this translates to a more affordable purchase price longer service life and reduced operating costs ultimately making passenger travel more economical D4 Aerospace AO 3 the AO 3 is a hybrid electric tilt wi vertical takeoff and Landing aircraft designed to carry up to eight passengers developed by duor Aerospace this Innovative aircraft combines the versatility of
a helicopter with the speed and efficiency of an airplane making it ideal for both current helicopter operations and Future air Mobility needs as a tilt wi design the AO 3 can take off and land vertically like a helicopter while cruising with the Energy Efficiency and speed of a fixed wi airplane the aircraft features a single high tilt Wing equipped with six electric propellers each powered by individ idual electric motors this configuration significantly extends the a3's range while allowing it to land almost anywhere with an open space the spacious cabin can be customized for various passenger
arrangements and at the rear an H tail houses two stationary propellers further enhancing stability during vertical flight it is equipped with retractable tricycle landing gear ensuring smooth and flexible Landings with a cruise speed of 2117 mph and a hybrid electric range of 634 M the AO3 can remain Airborne for up to 3 hours its maximum payload is 1,653 lb and it has a maximum takeoff weight of 6,173 lb the AO 3 is designed for a wide range of applications including Urban and Regional Air Mobility private air transportation Medical Transport between hospitals Emergency Medical Services and
cargo transport this blend of cuttingedge technology and thoughtful design ensures the AO3 will be a key player in both today's and tomorrow's Advanced Air Mobility markets
