The Arc Vector Electric Motorcycle and Its Revolutionary Carbon Fiber Design

Published on January 06, 2026 | Translated from Spanish
Arc Vector electric motorcycle with carbon fiber monocoque chassis showing details of 3D printed swingarms and structural integration of the motor and battery

The Arc Vector Electric Motorcycle and Its Revolutionary Carbon Fiber Design

The Arc Vector represents a milestone in electric motorcycle engineering thanks to its innovative monocoque chassis made entirely of carbon fiber. This unique structure integrates both the propulsion system and the batteries within its main architecture, eliminating superfluous components and optimizing every structural element 🏍️⚡.

Revolutionary Architecture in Composite Materials

The choice of carbon as a structural material allows for perfect distribution of dynamic loads, while the 3D printed swingarms complement this configuration with customized geometries. This synergy between advanced materials and digital manufacturing techniques results in a motorcycle that combines minimum weight with maximum torsional rigidity, surpassing the limitations of conventional designs.

Key advantages of the integrated system:
  • 40% reduction in total weight compared to traditional aluminum structures
  • Elimination of joints and additional supports that create weak points
  • Aerodynamic optimization by keeping all components within the structural profile
"The total integration of the powertrain within the chassis is not just a matter of design, but a fundamental redefinition of how we conceive electric motorcycles" - ARC Chief Engineer

Benefits of the Holistic Design

By incorporating the motor and batteries directly into the main structure, the Vector achieves unprecedented energy efficiency. Vibrations are minimized by eliminating conventional mechanical transmissions, while air resistance decreases significantly thanks to the continuous profile of the monocoque. The three-dimensional swingarms allow for millimeter adjustments in suspension kinematics, adapting instantly to different road surfaces.

Improved performance features:
  • 0-100 km/h acceleration in 2.7 seconds thanks to the reduction of unsprung mass
  • Extended range through optimization of energy flow between battery and motor
  • Immediate directional response with enhanced tactile feedback for the rider

Innovation in Manufacturing Processes

The manufacturing of the Vector combines cutting-edge technologies with principles of sustainable engineering. The monocoque chassis production process reduces material waste by 60% compared to traditional methods, while 3D printing of structural components enables rapid iterations and specific customizations without additional tooling costs. This approach not only benefits the vehicle's final performance but also sets new standards in sustainable automotive production 🌱🔧.