Air taxi StructuraL structure

Eine Hexacopter-Drohne in der Werkstatt
Eine Hexacopter-Drohne, ca. 3x3m
Fliegender Hexacopter-Prototyp

STABILITY, MANEUVERABILITY, PAYLOAD

Compared to conventional helicopter or quadcopter designs, a hexacopter has the advantage that higher flight stability and a higher effective payload can be achieved. This is advantageous for cargo drones or air taxis, for example.

ACE has developed a CFRP structure for such a hexacopter, which reduces the weight of the hexacopter and supports the six rotors.

thE component

Der Carbon-Trägerrahmen eines Hexacopters von unten

Six identical CFRP parts PRO HEXACOPTER
ensure a sturdy lightweight construction, which is economical to produce

high flight stability and payload thanks to six hexagonally arranged rotors

EVERYTHING FROM A SINGLE SOURCE: FLIGHT-READY STRUCTURAL STRUCTURE CALCULATED, ENGINEERED AND MANUFACTURED BY ACE

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1

Six identical CFRP parts PRO HEXACOPTER
ensure a sturdy lightweight construction, which is economical to produce

2

high flight stability and payload thanks to six hexagonally arranged rotors

3

EVERYTHING FROM A SINGLE SOURCE: FLIGHT-READY STRUCTURAL STRUCTURE CALCULATED, ENGINEERED AND MANUFACTURED BY ACE

Carbon-Trägerrahmen eines Hexacopters von oben
Der Carbon-Trägerrahmen eines Hexacopters von vorne
Der Carbon-Trägerrahmen eines Hexacopters von unten
Der Carbon-Trägerrahmen eines Hexacopters von oben
Carbon-Trägerrahmen eines Hexacopters von oben