Seven decades of mechanical purpose

Rooted in Nakajima Aircraft Company design principles, early automotive engineers treated weight discipline and aerodynamic efficiency as foundational requirements rather than styling afterthoughts.

This aircraft-grade structural approach directly informed the development of horizontally opposed Boxer engines and low-center-of-gravity cabin frames.

Engineering breakthroughs through the decades

1972 Leone 4WD

1989 Legacy Speed Record

1996 Ring-Shaped Reinforcement

Introduction of mass-produced four-wheel-drive passenger vehicles designed for severe weather equilibrium.

Endurance testing at the Phoenix International Raceway validating long-term high-speed chassis stability.

Patented passenger safety frame architecture engineered to absorb and deflect severe multi-directional crash forces.

Three consecutive World Rally Championship Manufacturers titles proved the extreme durability of Symmetrical All-Wheel Drive across gravel, ice, and tarmac.

Beginning with early stereo camera research in 1989, Subaru engineers pursued optical recognition as a primary safety layer. By utilizing dual color cameras acting much like human eyes, the system measures depth and distance with exceptional precision.

Today, EyeSight integrates pre-collision braking and adaptive cruise control directly into the vehicle's core safety architecture, protecting families and commuters across diverse global driving environments.