Volta Volare’ at EAS VI

Dean Sigler Electric Powerplants, Sustainable Aviation Leave a Comment

Action at the sixth annual Electric Aircraft Symposium did not stop at the end of each day’s presentations, but carried into the evening hours on Friday, April 27.  Three theme dinners allowed additional speakers to present materials on motors, aerodynamics, or energy. Paul Peterson, the founder and CEO of Volta Volare’, introduced the dinner crowd to his Volta Volare’ GT4 high-performance, hybrid aircraft, which joins Pipistrel’s Pantera and John McGinnis’ Synergy in the realm of fast, roomy airplanes that will have operating costs far below those of similar traditional airplanes. When your editor saw news about Peterson’s creation in Popular Science, he asked Dr. Seeley if CAFE could invite him to the EAS, which received an immediate, positive response, and Peterson unveiled his airplane to an appreciative and knowledgeable audience. The GT4 is a four/five seat canard, currently flying and originally designed with a Continental TSIO550 engine in mind, but re-engineered from the firewall aft to house the hybrid EViation …

A Dream Nearing Realization

Dean Sigler Electric Powerplants, Sustainable Aviation, Uncategorized Leave a Comment

Certain objects stir deep feelings upon first viewing.  DESiE is one such object. Its name alphabetizes its description, as translated and explained by one of its creators, Wolfgang Liehmann.   D = doppelsitziges = double-seated E = Enten = duck/canard = tail first S = Segelflugzeug = sailplane i = mit integriertem = with integrated E = Elektroantrieb = electrically-powered engine This two-seater, electrically-powered, canard sailplane has been a labor of love, taking 13 years to reach its current stage, and projected to take another three before its first real flight.  In the meantime, diligent toil and breaks for X-Plane simulated flying are leading toward an aircraft that Wolfgang says, “Shows very satisfying behavior with respect to stall and glide properties.”  Starting in 1993, the DESiE team found that motors of that time were not as powerful as they are now.  Wolfgang’s approach to solving that problem is indicative of the cleverness of the overall design.  He used six brushless DC …