Kig Seg's Dark Matter Electric Motor: Setting New Standards in Power Density

🚀The Dark Matter electric motor from Kig Seg is smaller, lighter, and more efficient than any other electric motor in the market.

💪Despite its compact size, the Dark Matter motor delivers an impressive 800 horsepower and 922 lb-ft of torque.

🌀The motor features a unique six-phase configuration, allowing for higher current distribution and preventing heat buildup.

🔋Operating at 800 volts, the Dark Matter motor requires 750 amps of current to achieve its peak power output.

🔬The Dark Matter motor utilizes a radial-axial flux hybrid design, combining the benefits of both configurations for increased power and efficiency.

How does the Dark Matter electric motor compare to other electric motors?

—The Dark Matter motor stands out for its compact size, high power output, and efficiency. It surpasses other motors in terms of power density and cooling capabilities.

What is the significance of the six-phase design?

—The six-phase design allows for more efficient current distribution, reducing heat buildup and improving overall motor performance.

What is the voltage and current requirement of the Dark Matter motor?

—The Dark Matter motor operates at 800 volts and requires 750 amps of current to achieve its peak power output.

How does the Dark Matter motor achieve its high power density?

—The Dark Matter motor utilizes a radial-axial flux hybrid design, maximizing the surface area for magnetic force and increasing power output without increasing size.

Can the Dark Matter motor be integrated into other vehicles?

—Yes, Kig Seg plans to integrate the Dark Matter motor into their upcoming vehicles, offering the benefits of its compact size and high power output.

00:00Kig Seg is known for pushing the limits of hypercars and has now developed a smaller, lighter, and more efficient electric motor called the Dark Matter.

01:25The Dark Matter motor weighs less than 40 kg and delivers an impressive 800 horsepower and 922 lb-ft of torque.

02:15The motor features a unique six-phase configuration, allowing for more efficient current distribution and preventing heat buildup.

03:55Operating at 800 volts, the Dark Matter motor requires 750 amps of current to achieve its peak power output.

05:40The Dark Matter motor utilizes a radial-axial flux hybrid design, combining the benefits of both configurations for increased power and efficiency.

07:30Kig Seg plans to integrate the Dark Matter motor into their upcoming vehicles, offering the benefits of its compact size and high power output.

08:00The Dark Matter motor, along with the advanced Lightspeed turbulant transmission, has transformed the powertrain of Kig Seg's Gamera hypercar.

08:40The integration of the Dark Matter motor and the tiny friendly giant (TFG) engine has made the powertrain lighter, more compact, and highly agile.