2009 Opel Astra
In 1991 Opel launched the new model Astra. It replaced the old Opel Kadett model. Opel, sold in Australia, had another name in the past – Holden. Nowadays it is also called Vauxhall in the UK. The latest model Astra has been in production since 2009. You can find more information about it in this article.
(*Holden
company was founded in 1856 as a saddlery
manufacturer but in 1908 it was transformed
into an
automotive company. Today,
Holden is a sub-brand of GM and sells GM models on the Australian market.)


Interior looks really brilliant. The new
steering-wheel is more stylish than the previous one. There are buttons on it
for cruise control, sound control, etc. The middle console has a lot of buttons
for the climate control, sound system, navigation system, etc. Astra offers
four levels of equipment without OPC version. The levels are Esenta, Enjoy,
Active and Cosmo. The tested Astra had Cosmo equipment. The most interesting
features here were the multimedia and the navigation system.


As usual the backseat is designed for two
passengers. The space is narrow and the back doors are short. If there is fifth
passenger who has to sit in the middle, the space on
backseat will be narrow. It would be a real punishment for all the passengers.
ISOFIX seats can be set as well.

The tested Opel Astra has a petrol engine 1.4L
with turbo charging. The power is 120 hp (88 kW), max torque 200 Nm @ 1850 –
4200 rpm. This engine has a power; the car is agile and easy to drive. The only
drawback is that the six-speed manual transmission is too tightened.
This is a list of engines and transmissions
available for Astra hatchback (on Bulgarian market).
Petrol engines:
1.4 100 hp / 74 kW @ 6000 rpm; max torque 130
Nm @ 4000 rpm; 5-speed manual transmission (MT);
1.4 120 hp / 88 kW @ 6000 rpm; max torque 200
Nm @ 1850 – 4200 rpm; 6-spped MT;
1.4 140 hp / 103 kW @ 6000 rpm; max torque 200
Nm @ 1850 – 4900 rpm; 6-spped automatic transmission (AT) or MT;
1.6 115 hp / 85 kW @ 4000 rpm; max torque 155
Nm @ 4000 rpm; 5-spped MT or 6-speed AT;
1.6 170 hp / 125 kW @ 4250 rpm; max torque 280
Nm @ 1650 – 4250 rpm; 6-spped MT or 6-speed AT
1.6 180 hp / 132 kW @ 5500 rpm; max torque 230
Nm @ 2200 rpm; 6-spped MT
Diesel engines:
1.7 110 hp / 81 kW @ 4000 rpm; max torque 280
Nm @ 1750 – 2500 rpm; 6-spped MT
1.7 130 hp / 96 kW @ 4000 rpm; max torque 300
Nm @ 2000 – 2500 rpm; 6-spped MT
2.0 165 hp / 121 kW @ 4000 rpm; max torque 250
Nm @ 1750 – 2500 rpm; 6-spped MT or 6-speed AT.
Some of the Opel s’ engines have EcoFLEX
technology. This technology is a combination of a few sub-technologies used for
petrol or diesel engines. The first one is VVT
(Variable Valve Timing) which changes phases of distribution of intake and
exhaust valves. This system optimizes the fuel burning. Another system manages the air flow in the intake
collector. When the engine works at low rpm (the car is not moving, but the
engine is working, for example) the speed of air flow is increased by a valve
in intake collector. When the engine works at high rpm the air flow passes
through the shortest loop with the largest diameter. This technology is used in
petrol and diesel engines as well. Turbocharge
with variable geometry is a turbine system which has adjustable vanes.
These vanes are managed by electromagnetic valve (in principle). When the
engine works at low rpm the exhaust gas flow is small so the vanes of the
turbocharger are slightly opened. When the engine works at high rpm the exhaust
gas flow is large and then the vanes are more opened. This helps us to use
turbocharge at low rpm and there is not turbo lag in comparison with the old
turbo system where the turbo is available above 2000 rpm of the engine (it
depends on the engine). Common Rail system for diesel engine is
available as well. Burning in closed
cycle – this is a diesel system which follows the pressure in the cylinder
by mounted sensors on the heating sparks. This helps for the precise control
over the injected fuel and it adjusts the process of burning in a closed
cycle. Thus the fuel consumption, CO2
and noises are decreased.

First option is for driving at
low beam lights from 30 to 55 km/h (~18 - 35 mph). The light beam illuminates
wider and lower than usually, depending on the speed and the street
illumination.
‘Extra-urban lights’ is used from
55 to 115 km/h (~35 – 71 mph). The light beam illuminates wider and higher than
usually. The range of the illumination is up to 70 m (~230 ft.) in front of the
car.
German engineers created a
‘highway lights’ system, available above 115 km/h (~71 mph). The light beam is
increased up to 140 m (~459 ft.). Here I have to mention that the light system
is created not to bedazzle the incoming traffic. If you think that that’s all
about the light system applied in 2009 Opel Astra – you are wrong.
‘Bad-weather lights’ is a system,
activated by a rain-sensor and it improves the lights at wet weather.
‘Higher high beam lights’ - due
to Bi-Xenon technology the high beam lights increase the illumination and its
range by 15%. The front lights can change angle up to 15 degrees in turns. This
system is activated depending on the angle of turning and the speed of the car.
The last light system, which can be very useful in the city, is a ‘static
lights for turn’. These lights can illuminate up to 90 degrees to the car.
ACC is Adaptive Cruise Control
system which works with Frontal Crash Assistant (FCA). It can activate the
brakes in a potential collusion (CIB). Actually, all of these systems work
together. You can set the speed and the computer will keep safety distance from
the front vehicle. If you catch up another vehicle too fast you will receive a
message on board computer and a sound warning. If you do not start to slow
down, CIB will activate the brakes and eventually stop the car. The FDI system
shows the distance in front of the vehicle and can calculate the time to the
collusion. Now I realize why we used to solve mathematical problems connected
with distance, velocity and time (as you know: S=V*t) at school. The greatest thing here is that you can drive
a car with equipment as a premium car like Mercedes S 500 , which
has similar safety system but at lower price – if you do not care about the
prestige.

The tested Astra was equipped
with RVC which is a rear view camera. But if you use the conventional way of parking - just like me – it will
take you time to get used to looking at the camera. If you are a person who
likes technologies Astra offers APA system. It is an Automatic Parking
Assistant. My opinion is that this system will slow you but if you have time
for APA – use it. While I was driving the car, I noticed something important.
When I pulled off at incline the HSA system (which is a Hill Assistant) kept
the brakes up to 2 seconds after the release of the pedal. This system is very
sensitive and it is not hard to notice it.
Opel Astra reached 95 % safety
for adult occupants at EuroNCAP tests, 84% for child occupants, 46% for
pedestrians and 71% for safety assist. The car is equipped with eight airbags.
Opel Astra has a lot of systems
supporting and protecting you while driving. The equipment of Astra is so huge
that you have the freedom to design your own car as you like. This
will help you to express yourself in the best possible way. There are a lot of
engines with different power. So, you have an option to choose the perfect one
for your needs. For people who like sport driving the sport flexible suspension
is available as well. The entertainment system will give you a real pleasure on
a long trip. You can put a stands for tablets on a driver and passenger backside
seats for backseat passengers’ entertainment. I noticed only one drawback - the
six-speed manual gearbox. It was too tightened and it was too hard for me to
shift the gears. Maybe one can adjust to
it. It just needs time. That is all
about 2009 Opel Astra model. Are you ready for next one?