The Stylish and Versatile All-New Ford C-Max Range

- Exciting, all-new two-model C-MAX range makes global debut at Frankfurt Motor Show
- New C-MAX is the first product from Ford’s new global C-segment platform
- Distinctive new designs show how compact multi-activity vehicles can be stylish and desirable
- 7-seat Grand C-MAX introduces extra space and flexibility to C-MAX line-up, with twin sliding doors and innovative seating concepts
- 5-seat model combines a sleeker, more sporting design with traditional C-MAX virtues of room and practicality
- Powertrain options include new high-efficiency, low-CO2 Ford EcoBoost petrol engines
- New technologies for Ford of Europe include semi-automatic parallel parking, blind spot detection and power operation for the rear tailgate
- Both models available in major European markets by late 2010
- Grand C-MAX confirmed for launch in North America in late 2011
An all-new, two-model Ford C-MAX range makes its global debut at this year’s Frankfurt Motor Show. The exciting new C-MAX family brings new levels of style and desirability to the compact multi-activity vehicle (MAV) market, with a bold and dynamic new look which extends Ford’s acclaimed ‘kinetic design’ language.
For the first time, Ford’s MAV customers will have the choice of a 5-seat C-MAX or the new 7-seat Grand C-MAX, which features twin sliding doors and innovative seat design to provide outstanding space and flexibility.
The all-new Ford C-MAX range introduces a number of advanced new technologies to the compact MAV class focused on enhanced comfort, safety and sustainability, including the availability of new and powerful yet highly fuel-efficient low-CO2 Ford EcoBoost petrol engines.
The new C-MAX models are also the first products to be launched from Ford’s new, global C-segment vehicle platform, and are previewed at Frankfurt in pre-production form prior to their European sales launch in late 2010.
The new Ford C-MAX range demonstrates that compact MAVs can be stylish and desirable while still delivering outstanding space and functionality.











