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Dark Matter Motor

Revolutionizing electric propulsion with unparalleled power density.

Dark Matter Motor

Photography courtesy of Koenigsegg

Overview

The Dark Matter Motor from Koenigsegg represents a groundbreaking advancement in electric motor technology, designed specifically for high-performance automotive applications. With a focus on maximizing efficiency and power output, this motor employs a unique axial flux architecture that allows for substantial torque generation while maintaining a compact form factor. Its innovative design includes advanced cooling capabilities which significantly enhance thermal management, extending operational limits even under high-demand situations typical in supercar environments. At the core of the Dark Matter Motor is cutting-edge magnet technology, featuring rare-earth magnets optimized for high-performance characteristics. This configuration not only boosts magnetic efficiency but also reduces the overall weight of the motor, contributing to a more balanced vehicle dynamics. Furthermore, the integration of smart electronics enables precision control and improved responsiveness, bridging the gap between traditional ICE performance and the instant torque delivery of electric motors. Market context shows a rapid shift towards electrification in the automotive industry, with consumers and manufacturers demanding higher performance from electric drivetrains. As part of this movement, the Dark Matter Motor provides automotive OEMs with a competitive edge, aligning with sustainability goals without compromising on performance metrics, thus appealing to both eco-conscious consumers and traditional performance enthusiasts. By utilizing robust engineering principles and material science innovations, Koenigsegg positions the Dark Matter Motor as a leading solution in the premium electric vehicle segment, elevating brands that adopt this technology into a new era of automotive performance.

Key Differentiators

  • Axial flux design for superior power density and torque output
  • Advanced thermal management and cooling system
  • Integration of rare-earth permanent magnets for weight efficiency
  • Smart electronics for enhanced motor control and responsiveness
  • Lightweight construction contributing to improved vehicle dynamics

Materials & Procurement Intelligence

Key materials used in this component, with supply chain risk and sourcing notes.

Aluminum

Low Risk

Housing and structural components

Materials Library

Procurement note: Widely available, low supply risk

Rare Earth Magnets

High Risk

Magnetic cores for efficiency

Materials Library

Procurement note: Supply chain volatility due to geopolitical factors

Copper

Medium Risk

Wiring and windings

Materials Library

Procurement note: Stable supply, subject to price fluctuations

Composites

Medium Risk

Insulation and lightweight components

Materials Library

Procurement note: Emerging suppliers, medium supply risk

High-Temperature Insulation

Medium Risk

Thermal barriers

Materials Library

Procurement note: Niche suppliers, moderate supply risk

Alloy Steel

Low Risk

Shaft and load-bearing components

Materials Library

Procurement note: Standardized, low supply risk

Key Specifications

Power Output300 kW
Peak Torque600 Nm
Efficiency97%
Weight50 kg
Operational Voltage400 V
Cooling TypeLiquid-cooled
Dimensions400 mm x 300 mm x 200 mm
Control TypeVector control
Maximum RPM20,000 RPM
Magnet MaterialNdFeB (Neodymium Iron Boron)
Mounting TypeAxial
CertificationIATF 16949

Supplied By

K

Koenigsegg

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Procurement Summary

Typical Lead Time

8-16 weeks typical lead time from order confirmation to delivery

Minimum Order Qty

Minimum order quantity of 5 motors for initial production runs

Cost Indicator

Premium cost tier due to advanced technology and materials

Supply Risk

High dependency on rare-earth materials introduces medium to high supply risks.

Certifications

ISO 9001
ISO 14001
IATF 16949

Applicable Standards

ISO 26262
SAE J1772
SAE J2464

Material Price Trends

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Trayce Verified

Unverified — no published review

Data confidence: UNKNOWN

Trayce Verified applies only to the dimensions shown as independently sourced below. It is separate from paid Enhanced Profiles and does not guarantee capacity, lead time or supplier suitability.

Last reviewed: UnknownProfile source citations: 0
  • Company identity

    Unknown — not reviewed

  • Manufacturing location

    Unknown — not reviewed

  • Certifications

    Unknown — not reviewed

  • Programme relationships

    Unknown — not reviewed

Source counts describe profile citations, not independently verified checks. Certification review applies to the recorded dimension; individual certificates, capacity and lead times are not verified by this panel.

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