IXTAbox: Aerodynamic Excellence Redefined

Proven Superiority Over Roof Boxes

Research conducted by Marcus Sandberg at Chalmers University of Technology shows that:

  • Roof boxes increase air resistance by 38-43% (estimated 30-50% in practice depending on the size of the roof box and the car)
  • Optimally positioned IXTAbox, box narrower than a car, and the bottom of the box above the base plate reduces air resistance and improves range by up to 5%.
  • A non-optimally placed IXTAbox increases air resistance between 3-15% depending on the size and vertical placement of the IXTAbox.

Traditional roof boxes create significant air resistance and high fuel costs due to their poor aerodynamics. The IXTAbox's innovative rear-mounted design changes the car's aerodynamic profile, reducing air resistance and improving the vehicle's range.

Read the Master Thesis

How IXTAbox Works

Drag is the air resistance that pushes against a moving object, reducing efficiency. IXTAbox’s design minimises drag by:

  • Streamlined Shape: Extending the car's natural aerodynamic slope.
  • Diffuser Wing: Reduces airflow between the car and the box.
  • Optimal Placement: Positioned at or above the underside of the car creates maximum aerodynamic benefits.

Designed for the Future

As electric vehicles (EVs) grow in popularity, aerodynamics play a critical role in extending range. IXTAbox is designed to meet modern demands for functionality and sustainability by:

  • Maximising Efficiency: A perfect solution for EV owners who want to transport equipment without sacrificing range.
  • Expanding Practicality: The IXTAbox enables smaller vehicles to carry more, while maintaining environmentally friendly performance.

Choose IXTAbox for Your Next Adventure

Join the growing number of drivers choosing IXTAbox for its superior aerodynamics, fuel efficiency, and practicality. Explore the innovative design that’s changing the way we travel.