Capture one of the most extraordinary hypercars ever created with the Koenigsegg One:1 Silver Metallic with Black Stripes from Tarmac Works.
Part of the Global64 Series, this limited-edition 1/64 scale collectible recreates the dramatic aerodynamic design of the Koenigsegg One:1 in a striking silver metallic finish accented by contrasting black stripes.
With its low profile, prominent rear wing, sculpted aerodynamic bodywork, real rubber tires, and detailed interior and exterior, this miniature represents an exceptional addition to a collection of modern hypercars, exotic automobiles, or Koenigsegg models.
Features
- Brand new 1/64 scale diecast model.
- Koenigsegg One:1 hypercar.
- Silver metallic finish with black stripes.
- Tarmac Works Global64 Series.
- Limited edition.
- Real rubber tires.
- True-to-scale detail.
- Detailed interior and exterior.
- Officially licensed product.
- Diecast metal construction with some plastic parts.
- No opening features.
- Comes in a blister pack.
- Manufacturer's original unopened packaging.
- Approximately 2.875 inches long.
About the Koenigsegg One:1
The Koenigsegg One:1 was developed as an extreme evolution of the Swedish manufacturer's already remarkable hypercar engineering.
Its unusual name refers to one of the car's defining engineering achievements: an approximately 1:1 relationship between metric horsepower and kilograms of curb weight.
The One:1 combined enormous power with sophisticated aerodynamics, lightweight construction, and advanced engineering designed to produce extraordinary performance both in a straight line and on a circuit.
Did You Know?
The Koenigsegg One:1 was named for its remarkable power-to-weight ratio—approximately 1,360 PS and 1,360 kilograms.
Koenigsegg described the One:1 as a “megacar” rather than simply a supercar or hypercar because its output corresponds to approximately one megawatt of power.
Only a tiny number of One:1 examples were produced, helping make the full-size automobile one of the rarest and most recognizable modern Koenigsegg models.