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Sebart MythoS - Acrobatics
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Sebart MythoS

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description Sebart MythoS Overview

The Sebart MythoS is a remote-controlled aerobatic airplane produced by the Italian manufacturer Sebart. It is specifically engineered to serve as a high-performance platform for precision aerobatics and 3D flight maneuvers. The aircraft features a lightweight construction and a design tailored for advanced RC pilots participating in aerobatic competitions. It caters to the hobbyist and competitive RC aviation market seeking specialized, highly maneuverable model aircraft.

help Sebart MythoS FAQ

Is the Sebart MythoS suitable for beginner RC pilots?

No, the MythoS is engineered specifically as a high-performance platform for precision aerobatics and 3D flight maneuvers such as hovering, torque rolls, and blenders. Its lightweight construction and highly responsive controls are designed for experienced pilots who already have proficiency with low-rate aerobatic aircraft and want to progress to advanced 3D flying.

Who manufactures the Sebart MythoS?

The MythoS is produced by Sebart, an Italian company founded by champion RC aerobatic pilot Sebastiano Silvestri. Sebart is well established in the RC aerobatic community for manufacturing competition-grade aircraft designed for both F3A pattern flying and freestyle 3D maneuvers.

What construction materials does the Sebart MythoS use?

The MythoS features a lightweight balsa and plywood airframe covered with heat-shrink film, which is a traditional construction approach for high-performance RC aerobatic aircraft. This build method keeps the airframe light enough for extreme 3D maneuvers like hovering while maintaining the structural rigidity needed for high-speed precision passes.

What type of power system does the Sebart MythoS use?

The MythoS is designed around electric power, using outrunner brushless motors paired with lithium polymer (LiPo) batteries and electronic speed controllers. The electric setup provides the instant torque and consistent power delivery needed for sustained 3D hovering and precision aerobatic sequences.

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