Which has more leg room, Ford Edge or Nissan Rogue?
In a direct space comparison, the Ford Edge generally offers more leg room than the Nissan Rogue, especially for rear-seat passengers. The exact figures vary by model year and trim, but the Edge’s midsize footprint typically translates to more generous leg room overall.
Head-to-head legroom data
Legroom is measured in inches and varies between front seating and the second row. The figures below reflect recent model years (roughly 2020–2025) and may differ slightly by trim or optional seating configurations.
Front legroom
These numbers illustrate how much space is available for the driver and front passenger. They can influence comfort for taller occupants during longer drives.
- Ford Edge front legroom: approximately 42.6 inches
- Nissan Rogue front legroom: approximately 41.6 inches
In front seating, the Edge typically offers more space than the Rogue, supporting a more comfortable seating position for taller drivers and passengers.
Rear legroom (second row)
Rear legroom matters for adult passengers riding in the back, especially on longer trips or when the vehicle is used as a family hauler.
- Ford Edge rear legroom: approximately 39.2 inches
- Nissan Rogue rear legroom: approximately 38.5 inches
For second-row occupants, the Edge generally provides a touch more leg room than the Rogue, contributing to a more comfortable rear seating experience in most configurations.
What this means in practice
For buyers prioritizing leg room, the Edge’s larger overall footprint tends to translate into more space both in the front and in the back. The Rogue remains a strong, compact-SUV choice with solid leg room for its class, but it does not typically match the Edge for maximum leg room across recent model years.
Summary
Across recent Ford Edge and Nissan Rogue models, the Edge tends to offer more front and rear leg room than the Rogue. If leg room is a primary factor in your vehicle choice, the Edge is the more spacious option, while the Rogue remains a compact-SUV that balances space with maneuverability and efficiency.
