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Citroen C5 Hdi 115 2014 Vs Audi Q5 Premium 2014

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Compare the Citroen C5 HDi 115 2014 and the Audi Q5 Premium 2014 to find out which one is the better choice. Explore their features, performance, and more to make an informed decision.

Feature Citroen C5 Hdi 115 2014 Audi Q5 Premium 2014
Engine 2.0L Inline-4 Diesel 2.0L Inline-4 Turbocharged Petrol
Horsepower 115 hp 211 hp
Torque 270 Nm 350 Nm
Transmission 6-speed Manual 8-speed Automatic
Drive Type Front-Wheel Drive All-Wheel Drive
Fuel Efficiency 5.1 L/100km 8.4 L/100km
Acceleration (0-100 km/h) 12.5 seconds 7.1 seconds
Top Speed 190 km/h 222 km/h
Seating Capacity 5 5
Cargo Space 439 liters 540 liters
Length 4770 mm 4629 mm
Width 1860 mm 1898 mm
Height 1456 mm 1655 mm
Curb Weight 1515 kg 1825 kg
Ground Clearance 140 mm 200 mm
Front Suspension MacPherson Strut Double Wishbone
Rear Suspension Independent Multi-link Independent Multi-link
Brakes (Front/Rear) Ventilated Discs/Solid Discs Ventilated Discs/Ventilated Discs
Safety Features Airbags, ABS, ESP, Traction Control Airbags, ABS, ESP, Traction Control

Engine

The Citroen C5 Hdi 115 2014 is equipped with a 2.0L Inline-4 Diesel engine, while the Audi Q5 Premium 2014 features a 2.0L Inline-4 Turbocharged Petrol engine. The Citroen offers a more fuel-efficient option for those seeking better mileage, while the Audi provides more power and performance with its turbocharged petrol engine.

Horsepower and Torque

The Citroen C5 Hdi 115 has a horsepower of 115 hp and torque of 270 Nm. In comparison, the Audi Q5 Premium boasts a higher horsepower of 211 hp and torque of 350 Nm. This indicates that the Audi offers more power and acceleration capabilities on the road.

Transmission and Drive Type

The Citroen C5 Hdi 115 comes with a 6-speed manual transmission and front-wheel drive, while the Audi Q5 Premium is equipped with an 8-speed automatic transmission and all-wheel drive. The Audi provides a smoother and more convenient driving experience with its automatic transmission and all-wheel drive system, especially in challenging road conditions.

Fuel Efficiency

The Citroen C5 Hdi 115 offers better fuel efficiency with a consumption rate of 5.1 L/100km, making it a more economical choice for daily commuting and long trips. On the other hand, the Audi Q5 Premium consumes more fuel with a rate of 8.4 L/100km, which may result in higher fuel costs for the owner.

Acceleration and Top Speed

The Audi Q5 Premium outperforms the Citroen C5 Hdi 115 in terms of acceleration and top speed. The Audi accelerates from 0 to 100 km/h in 7.1 seconds, while the Citroen takes 12.5 seconds. Additionally, the Audi has a higher top speed of 222 km/h compared to the Citroen’s 190 km/h, providing a more exhilarating driving experience.

Space and Dimensions

Both vehicles have a seating capacity of 5 and offer ample space for passengers. However, the Audi Q5 Premium has a larger cargo space of 540 liters, whereas the Citroen C5 Hdi 115 provides 439 liters of cargo capacity. In terms of dimensions, the Citroen is slightly longer at 4770 mm, while the Audi is wider at 1898 mm and taller at 1655 mm.

Weight and Ground Clearance

The Citroen C5 Hdi 115 has a curb weight of 1515 kg, lighter than the Audi Q5 Premium’s 1825 kg. This weight difference may contribute to better fuel efficiency and handling in the Citroen. The Audi also offers a higher ground clearance of 200 mm compared to the Citroen’s 140 mm, making it more suitable for off-road driving conditions.

Suspension and Brakes

Both vehicles feature independent multi-link rear suspensions, providing a comfortable and stable ride. The Citroen C5 Hdi 115 comes with MacPherson Strut front suspension, while the Audi Q5 Premium is equipped with a double wishbone front suspension. In terms of brakes, both vehicles have ventilated discs, ensuring efficient braking performance for enhanced safety on the road.

Safety Features

Both the Citroen C5 Hdi 115 and Audi Q5 Premium are equipped with essential safety features such as airbags, ABS (Anti-lock Braking System), ESP (Electronic Stability Program), and traction control. These features contribute to the overall safety of the vehicles by providing protection and stability in various driving situations.

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