Most electric aircraft stories are about batteries. This one is mostly about the sun. In a flight test posted by Stefan Langer, alongside owner Igor Volkov, the pair put the Pipistrel Taurus Electro through a day of soaring and then look closely at how it gets recharged. The Taurus is unusual before it even leaves the ground: it seats two people side by side rather than in the usual tandem layout, spans 15 metres, and carries two batteries of 6.7 kilowatt-hours each, for a little over 13 kilowatt-hours in total. Langer says it is certified as an ultralight rather than a glider, which changes who is allowed to fly it and where, but also makes it simpler to own and to maintain. He notes a quoted glide ratio of 41 to 1 from the manufacturer's own figures, decent for a glider built around ease of use rather than outright competition performance.
Electric flight is a niche inside a niche, and the Taurus shows why charging access, not range, is often the real limit. Langer points out that the aircraft uses a proprietary charging connector, so a pilot cannot simply fly to another airfield and plug into whatever happens to be there. That is the aviation version of a problem EV drivers know well: a good machine is only as useful as the network around it. The difference is that there is no public charging network for gliders at all, which is where the second half of the video becomes the interesting part, because the owner has built his own. For anyone weighing an electric aircraft, the takeaway mirrors the car world: budget for the charging solution as seriously as for the machine, because the infrastructure is not waiting at the destination. Langer also flags that the ultralight classification varies by country, so the same aircraft can carry a higher permitted takeoff weight in Germany than in France, which affects how it can be loaded.
On the hardware, Langer says the main Pipistrel charger is a large unit that can take the batteries from about 30 percent to full in roughly an hour at somewhere around 10 to 11 kilowatts, while a smaller portable charger is slower and still too bulky to stow on board. The flight itself was not an easy soaring day, with wind and low cloud pushing the pair to lean on the motor more than they wanted, and they climbed to around 2,500 metres before finding a usable thermal. Even so, Langer rates the glider as easy and safe to fly, with a roomy side-by-side cabin, retractable gear with two main wheels that make ground handling simple, a whole-aircraft ballistic parachute and car-style seatbelts that come with the ultralight rules. The standout, by his account, is owner Igor Volkov's solar trailer: rows of panels feeding Victron charging equipment that he says can put out up to 10 kilowatts, enough to recharge the glider and an electric car from sunlight alone, which makes the whole operation close to self-sufficient on a sunny day.
Bottom line: the Taurus Electro is a charming and genuinely usable electric glider, but the video quietly makes the case that the aircraft is the easy half of the purchase. The proprietary charger and the inability to top up at an unfamiliar airfield tie your range to wherever your own equipment lives. The owner's solar setup is the part worth copying: if you can make your own fuel from the sun, an electric glider stops being a curiosity and becomes a genuinely green way to fly. For now, that independence takes real money and real effort to build, and that is the catch behind the clean-energy headline.
Commentary on a third-party video. Figures and claims are as presented in the source and have not been independently verified. Spotted an error? Tell us and we will correct it.