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VerdeGo Becomes eVTOL Propulsion Provider

Florida-based VerdeGo Aero has refocused its efforts from developing its PAT200 tandem tiltwing eVTOL aircraft towards developing powertrain and controls solutions. The company announced on Aug. 1 that it was launching its Integrated Distributed Electric Propulsion (IDEP) systems to be a supplier for other eVTOL developers. VerdeGo President Erik Lindbergh said that “As our customers focus on designing, developing, and producing more than 20,000 aircraft by 2035, VerdeGo will be helping them open up this $30B+ transportation market”. In the press release, the company said: More than 100 aircraft companies around the world are now competing for a share of the Urban Air Mobility ‘Flying car’ market. Many of these new aircraft concepts were inspired by small-scale consumer drone designs. There are critical differences in propulsion systems, aircraft control, and safety that make developing a 2,000+ lb [1 t] aircraft far more challenging than a lightweight drone. VerdeGo Aero’s IDEP systems “are designed as end-to-end solutions with integrated hardware and software to provide energy, redundancy, power distribution, propulsion, and attitude control for a wide array of vertical takeoff (VTOL) and distributed electric propulsion (DEP) aircraft platforms.” The first generation IDEP systems are sized for 2–3 seat (200–350 hp/150–260 kW) and 5–7 seat (500–800 hp/375–600 kW) aircraft and contain hybrid generators to enable eVTOL “to be viable with technologies available today.” As battery technologies mature, VerdeGo’s modular IDEP systems will also be configured with rechargeable battery packs providing the primary power.

VerdeGo Green Team

VerdeGo Green Team Erik Lindbergh, grandson of famed aviators Charles and Anne Morrow Lindbergh, has founded VerdeGo Aero, “an innovative new aerospace company with a mission to provide the upcoming multi-billion-dollar urban transportation market with a safe, clean, and quiet hybrid-electric vertical takeoff and landing (eVTOL) aircraft that can fly piloted or autonomously.” The new company, with Lindbergh as president, taps electric aircraft industry pioneers Dr. Pat Anderson as Chief Technology Officer, and Eric Bartsch as Chief Operating Officer; VerdeGo’s headquarters is at the Embry-Riddle Aeronautical University MicaPlex in Daytona Beach, Florida. Each principal has more than a decade of past experience with green aviation. The VerdeGo PAT200 is a two-seat, hybrid-electric VTOL aircraft designed for commercial use in short-range urban transportation networks. The PAT200 has eight electric propulsion pods on a dual-tiltwing platform — the propellers on the rear wing are pushers that tilt down for vertical flight, while the propellers on the canard are tractors, tilting up for VTOL mode.

VerdeGo Aero PAT200

Personal Air Taxi 200 (PAT200) VerdeGo Aero Daytona Beach, Florida, USA verdegoaero.com VerdeGo Aero is based at the MicaPlex Aerospace Innovation Complex in the Embry-Riddle Research Park in Daytona, FL. The company is developing a quiet, 2-seat, hybrid-electric VTOL aircraft designed for commercial use in short-range urban transportation networks. The PAT200 has 8 electric propulsion pods on a dual-tilt wing platform. The propellers on the rear wing are pushers and tilt down for vertical flight, while the propellers on the canard are tractors, tilting up for VTOL mode. VerdeGo Aero has multiple patents pending on unique aspects of its eVTOL aircraft, and envisions numerous applications, from urban air mobility to disaster relief and cargo delivery. Multiple prototypes were developed but the company announced on Aug. 1, 2018 that it was shifting its immediate focus from developing the PAT200 to becoming a supplier to the multi-billion dollar eVTOL market. The development of the VerdeGo Aero PAT200 is now on hold. Trifan 600 Characteristics (Dec 2017) Passengers 2 Useful load 227 kg 500 lb Typical Flight 30-60 km 20-40 mi Max Cruise Speed 240 kph 150 mph Configuration Dual tilt-wing Propulsion 8 electric motors driving independent rotors Energy Storage Onboard generator – liquid fuel Capable of multiple revenue flights between refueling stops Resources Search eVTOL news posts VerdeGo Aero website VerdeGo Aero Technical Spec Sheet VerdeGo Aero Facebook page Article: Verdego Aero VTOL: An Interview with Eric Bartsch, Impakter, Feb. 28, 2018 Press release: Lindbergh builds dream team, Dec. 6, 2017 YouTube Video: VerdeGo Aero 7, Powering Imagination, Oct 23, 2017 Tags: VerdeGo, Vectored Thrust, Scaled Prototype, 2 Passengers, Electric Hybrid, Autonomous

Autonomous

Autonomous All eVTOL aircraft that can operate without a pilot Aergility ATLIS AeroMobil 5.0 AgustaWestland Project Zero (defunct) Airbus CityAirbus AirisOne AirspaceX MOBi Aston Martin Volante Astro AA360 (Passenger Drone) Aurora eVTOL Aurora LightningStrike (defunct) AutoFlightX BAT600 Autonomous Flight Y6S Axix SkyRider SuvA Bartini Flying Car Bell Air Taxi Boeing Cargo Aerial Vehicle Cartivator SkyDrive Davinci ZeroG DeLorean Aerospace DR-7 Digi Robotics DroFire Digi Robotics Droxi Dufour aEro 2 EHang 184 EHang 216 EVA X01 Hoversurf Drone Taxi R-1 Hoversurf Formula Jetoptera J2000 Jetpack Aviation Joby Aviation Lotus (defunct) Joby Aviation S2 (defunct) KARI Optionally Piloted PAV Kenyan Passenger Drone Kitty Hawk Cora Lilium Jet Neoptera eOpter PAV-X PAV-X Ultralight Piasecki eVTOL Pipistrel (unnamed) Pop.Up Next PteroDynamics Transwing Rolls-Royce EVTOL Sabrewing Draco-2 UAS Samad Starling Jet Sikorsky VERT SKYLYS Aircraft AO VerdeGo Aero PAT200 Vertiia Vimana AAV Vision VTOL Volocopter 2X Volocopter VC200 VRCO NeoXCraft VTOL Aviation Abhiyaan Zee Aero Z-P2 Zenith Altitude EOPA View all pages with the tag “Autonomous”

Electric Hybrid

Electric Hybrid All eVTOL aircraft that utilize both electricity and fossil fuels Aergility ATLIS aeroG Aviation aG-4 Assen A1 Aston Martin Volante Aurora LightningStrike (defunct) AutoFlightX BAT600 Axix SkyRider SuvA Bell Air Taxi Davinci ZeroG Dufour aEro 2 Flexcraft Jetoptera J2000 Joby Aviation Lotus (defunct) Moller Skycar M200 Moller Skycar M400 PAV-X PAV-X Ultralight Ray VTOL Aircraft Rolls-Royce EVTOL Sabrewing Draco-2 UAS Samad Starling Jet Terrafugia TF-2 Lift + Push Terrafugia TF-2 Tiltrotor Terrafugia TF-X VerdeGo Aero PAT200 Vickers WAVE eVTOL Vimana AAV VTOL Aviation Abhiyaan Workhorse SureFly XTI Aircraft TriFan 600 View all pages with the tag “Electric Hybrid”

2 Passengers

2 Passengers All eVTOL aircraft that carry two passengers A³ Vahana Astro AA360 (Passenger Drone) Aurora eVTOL AutoFlightX BAT600 Autonomous Flight Y6S Avianovations Hepard Bartini Flying Car Bell Air Taxi Dekatone Flying Car DeLorean Aerospace DR-7 Digi Robotics Droxi Dufour aEro 2 EAC Whisper EHang 216 EVA X01 JAXA Hornisse Jetoptera J2000 Joby S2 (defunct) Kármán XK-1 Kitty Hawk Cora Lilium Jet Moller Skycar M200 Pop.Up Next Sikorsky Firefly (defunct) Tier 1 Robinson R44 VerdeGo Aero PAT200 Vertiia Vision VTOL Volocopter VC200 VRCO NeoXCraft Workhorse SureFly Zenith Altitude EOPA View all pages with the tag “2 Passengers”

Scaled Prototype

Scaled Prototype All eVTOL aircraft that have been tested at a smaller scale Aergility ATLIS Airbus CityAirbus AirspaceX MOBi Alauda Airspeeder Aurora eVTOL Aurora LightningStrike (defunct) Bartini Flying Car Bay Zoltán Flike Boeing Cargo Aerial Vehicle Cartivator SkyDrive Davinci ZeroG DeLorean Aerospace DR-7 Dufour aEro2 EAC Whisper Electric Jet EJ-1 HopFlyt Venturi JAXA Hornisse Jetoptera J2000 Joby Aviation Lotus (defunct) ManDrone Moller Skycar M200 PteroDynamics Transwing Ray Research Dart Flyer Ray VTOL Aircraft Samad Starling Jet Sikorsky Firefly (defunct) SKYLYS Aircraft AO Transcend Air Vy 400 Urban Aeronautics CityHawk VerdeGo Aero PAT200 Vertiia Vimana AAV View all pages with the tag “Scaled Prototype”

Vectored Thrust

Vectored Thrust An eVTOL aircraft that uses any of its thrusters for lift and cruise A³ Vahana aeroG Aviation aG-4 AgustaWestland Project Zero AirisOne AirspaceX MOBi Aston Martin Volante Aurora Flight Sciences LightningStrike (defunct) Autonomous Flight Y6S Bartini Flying Car Bell Air Taxi Carter Aviation CarterCopter DeLorean Aerospace DR-7 Digi Robotics DroFire Digi Robotics Droxi Dufour aEro2 EVA X01 HopFlyt Venturi JAXA Hornisse 2B Jetoptera J2000 Joby Aviation Lotus (defunct) Joby Aviation S2 (defunct) Joby Aviation S4 Karem Butterfly KARI PAV Lilium Jet Moller Skycar M200 Moller Skycar M400 Neoptera eOpter Opener BlackFly Piasecki eVTOL Pipistrel (unnamed) PteroDynamics Transwing Rolls-Royce EVTOL Sabrewing Draco-2 Sikorsky VERT SKYLYS Aircraft AO Starling Jet Supervolant Pegasus Terrafugia TF-2 Tiltrotor Terrafugia TF-X Transcend Air Vy 400 VerdeGo Aero PAT200 Vertiia Vickers WAVE eVTOL Vimana (unnamed) Vision VTOL VTOL Aviation Abhiyaan XTI Aircraft Trifan 600 Zenith Altitude EOPA Not what you’re looking for? Check out our listing of all eVTOL aircraft!

Turning Volts to VTOL

Turning Volts to VTOL The motors that propel and control electric vertical flight pose design, integration and certification challenges. By Frank Colucci Vertiflite, Jan/Feb, 2018 The AHS website on manned electric vertical take-off and landing (eVTOL) aircraft — www.eVTOL.news — catalogs more than 40 separate aircraft designs currently under development around the world. Nearly all of them leverage the promise of distributed electric propulsion (DEP) — using multiple electric motors, each one spinning a simple propeller, to generate thrust with the goal of making a new generation of aircraft that is efficient, quiet and safe. Eighteen brushless DC motors driving fixed-pitch propellers arrayed on a lattice ring powered the Volocopter VC200 air taxi during demonstrations this past September in Dubai. Thirty-six motors turning fans in a ducted wing and canard powered the electric Lilium Jet flown last April near Munich. The hybrid-electric VerdeGo Personal Air Taxi 200 — still in design — uses eight motors to drive cyclic pitch prop-rotors on tilting fore and aft wings; the Daytona Beach, Florida, developer expects to fly a sub-scale demonstrator with commercial motors in 2018. But currently available electric motors are proving inadequate for the needs of eVTOL propulsion, and innovators are having to design their own. According to research engineer Dr. Steven Daniel at the Embry-Riddle Aeronautical University Eagle Flight Research Center, “Off-the-shelf motors are generally okay for non-optimized designs. Unfortunately, if you’re talking about a VTOL where you’re trying to get the most endurance out of the batteries, you want an optimized design. It needs to be built at the systems level.” eVTOL systems integrating motors, rotors and controllers with power generation, storage and distribution also have to be certified safe by the US Federal Aviation Administration (FAA) and international regulators. The General Aviation Manufacturers Association (GAMA) formed the Electric Propulsion & Innovation Committee (EPIC) in 2016 to hammer out ground rules for fixed-wing and rotary-wing electric aircraft. The 47-member committee brings together manufacturers and government agencies to talk about electric flight regulations. “The new, simplified Part 23 regulations allow us to certify all-electric [fixed-wing] aircraft up to 19 passengers, 19,000 lb [8,600 kg],” said GAMA vice president of global innovation and policy Greg Bowles. , “There is ongoing work with the FAA and other key authorities to determine if we can apply Part 23 regulations to eVTOL aircraft with specific VTOL issues addressed with standards dedicated to VTOL differences. Optimally, within the GAMA EPIC, we are working to develop a globally coordinated path for the certification of eVTOL very quickly.” DEP provides new alternatives to traditional helicopters (see “Lift Where You Need It,” Vertiflite, Nov/Dec 2016). However, innovative eVTOL configurations without helicopter autorotation raise new safety issues for certification. The Airbus Helicopters CityAirbus eVTOL uses four pairs of motors driving four pairs of ducted propellers. The Workhorse SureFly hybrid electric octocopter unveiled at the Paris Air Show last June has eight motor and propellers paired on four lifting booms for redundancy.  and adds a vehicle parachute for emergency landings, as do …