In an era where innovation is reshaping transportation, Samson Sky has emerged as a trailblazer with its Switchblade Flying Car, a vehicle that seamlessly blends the thrill of flight with the practicality of road travel. Following its historic first flight in November 2023, Samson Sky has unveiled a pivotal partnership with Beyond Motors, a Slovenian leader in electric motor technology, to power the Switchblade’s groundbreaking hybrid-electric Skybrid™ system.
08
Mar
Mar
Electric motors are the beating heart of eVTOLs. Unlike the roaring engines of old-school helicopters, these motors hum with electricity, converting stored energy from batteries into the mechanical power needed to lift off, cruise, and land. But here’s the catch: eVTOLs demand a lot from their motors.
12
Feb
Feb
But while the concept is thrilling, the real challenge lies in propulsion: how do you power an aircraft that needs to take off like a helicopter and cruise like an airplane efficiently, quietly, and safely?
06
Dec
Dec
Samson Sky, pioneers of the Switchblade Flying Car, have developed an exclusive hybrid electric propulsion system, marking a significant technological milestone for flying vehicles. The Switchblade, which had its much-anticipated first flight in November 2023, is powered by their unique Skybrid Technology™ a hybrid system that combines internal combustion with electric propulsion for both driving and flight.
27
Nov
Nov
The development and operation of electric aircraft is a complex process that depends on many factors. While the environmental promise of zero-emission flight is appealing, the practical challenges are significant. The costs of this type of aircraft can be considered in several main categories, ranging from research and development to certification processes. In this expanded exploration, we will delve deeper into these aspects, examining each component of cost, the challenges faced by the industry, and the potential benefits that could reshape the future of aviation.
22
Aug
Aug
Electric propulsion systems are changing the fundamentals of aircraft design, enabling engineers to rethink traditional configurations and aesthetics. Unlike gas turbines, which are bulky and require centralized placement, electric motors are small, lightweight, and can be distributed across the aircraft’s structure. This allows for designs where propulsion units are integrated into the wings or fuselage, creating a more unified and aerodynamically efficient structure.
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