How this Tiny Motor is More POWERFUL than Your Car

OVERDRIVE2 minutes read

Koenigsegg's Quark motor, inspired by elementary particles, is a lightweight and powerful electric motor designed for their hypercars, boasting impressive horsepower and torque. The motor aims to enhance acceleration and performance, potentially extending its application beyond automotive use.

Insights

  • Koenigsegg's Quark electric motor, inspired by the concept of quarks, is a lightweight powerhouse boasting 330 horsepower, utilizing innovative technology to outshine competitors like Tesla in terms of weight and performance.
  • The integration of the Quark motor in Koenigsegg's vehicles, such as the Gemera and Terrier, showcases a strategic approach that combines electric and internal combustion engines to deliver exceptional acceleration, power, and torque, hinting at broader applications beyond the automotive sector.

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Recent questions

  • What is the Koenigsegg Quark motor?

    A powerful electric motor by Koenigsegg producing 330 horsepower.

  • How does the Koenigsegg Quark motor compare to Tesla motors?

    The Quark motor is significantly lighter and offers comparable power to Tesla's motors.

  • What is the purpose of the Koenigsegg Quark motor in the Gemera?

    To provide instant acceleration and top-end power in the Gemera.

  • What is the Koenigsegg Terrier?

    A vehicle housing two Quark motors and a unique inverter named David.

  • What technology is used in the Koenigsegg Quark motor?

    Air core technology and alloy steel for lightweight design.

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Summary

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Koenigsegg's Quark Motor: Lightweight Powerhouse Technology

  • Koenigsegg has developed an electric motor named Quark, producing 330 horsepower, weighing less than 85 kilos, and created by Swedish hypercar makers.
  • The Quark motor is based on the concept of quarks, elementary particles that form protons and neutrons, and combines radial and axial flux methods for efficient functioning.
  • The motor's lightweight design, using air core technology and alloy steel, results in a weight of 30 kilos, significantly lighter than Tesla's motors.
  • Koenigsegg's Quark motor boasts 330 brake horsepower and 443 newton meters of torque, comparable to Tesla's powerful motors used in the Model S Plaid.
  • The Quark motor is intended to complement an internal combustion engine in the Koenigsegg Gemera, providing instant acceleration and top-end power.
  • Koenigsegg's Terrier, housing two Quark motors and a unique inverter named David, offers 660 brake horsepower, torque vectoring capabilities, and potential applications beyond automotive use.
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