Safety

 

The Antares is an entirely new design, and thus it was possible to prioritize safety during all phases of the design process. Passive as well as active safety systems are key components of the integrated concept.

The Cockpit

 

The Cockpit

With know-how and materials developed in the FIA Formula 1, and based on research by TÜV Rheinland, the Antares cockpit was designed to incorporate a survival zone. The front fuselage is divided into two entities. The nosecone is designed to function as a crash element. It absorbs a great deal of energy in the event of impact. To integrate this element, the fuselage has been elongated approximately 10 cm (4”) compared to normal fuselage designs. This was achieved without causing aerodynamic drawbacks. The survival space adjoining the crash element has been reinforced with especially dimensioned stringers and spars to be able to withstand even high velocity impacts, and lead the crash energy into the structure behind the pilot.
 
The Landing Gear

The high landing gear both realizes an optimal angle of attack while on the runway, and maximizes the amount of anergy which can be absorbed during a crash.

In addition to providing comfortable suspension, the Antares landing gear has been designed to containin energy absorption elements (to be introduced in the series and retrofitted in existing aircraft in the immediate future). These elements regulate impact forces by controlled deformation. This is an important protection device against spinal injuries, the common result of a stalled landing.

 
Active Safety

It is a lot better to avoid getting into trouble in the first place than to have a lot of features which reduce the penalties of being in trouble. With this in mind, the entire layout of Antares was developed:

Antares: A new level of safety