
Bold crossover styling
Chevrolet's new multi-purpose vehicle has a bold look, with its low roofline and crossover-inspired silhouette..
Fully loaded with convenient hi-tech features
The Orlando is equipped with cruise control, auto climate control, auto on/off headlamps, rain-sensing auto wipers, auto-dimming rearview mirror, power folding side mirrors, programmable vehicle settings and more...

7-seater versatility and flexible cargo space
Numerous seating configurations are possible with either the second or third rows folded independently. Its load area is among the largest in the segment, with 1,594 liters available when both rows of seats are folded.
Power and Fuel Efficiency
The Chevy Orlando is powered by a fuel efficient 4-cylinder 1.8-litre DOHC Dual-CVVT gasoline engine mated to an advanced 6-speed automatic transmission with manual mode. To further enhance fuel economy and response, an electric power steering system is utilized to minimize ancillary load on the engine
Theater-style seating arrangements
The Orlando’s 2nd and 3rd row are strategically raised to provide occupants a better view both of the front and sides without compromising headroom.

Digital Connectivity
The Orlando has MP3 playback capability with USB and AUX inputs for convenient connectivity to digital music devices.
Optitron Gauges on Dual cockpit design
Optitron Gauges with cool start-up sweep function accentuate the Corvette-inspired dual cockpit interior design. The ambient blue lighting evokes performance and class right from the driver standpoint.
Ample Storage space.
The Orlando has a range of compartments of different shapes and sizes and in different locations. There is even a compartment hidden behind the audio system fascia for MP3/music devices.

ABS, Engine Drag Control and Traction Control Systems
These enable the Chevy Orlando to sense wheel slip and automatically adjust to prevent the vehicle from sliding out of control.

Crash Sensor Technology
The Chevy Orlando has Advance Technology Sensors that unlock the doors automatically upon detection of an impact.