EARTH DREAMS TECHNOLOGY
INTRODUCTION
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DESIGNED FOR EUROPE: BUILT IN EUROPE
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HONDA HISTORY OF DIESEL ENGINES
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EARTH DREAMS TECHNOLOGY
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THE NEW CIVIC 1.6-LITRE I-DTEC: IN DETAIL
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HONDA GENUINE ACCESSORIES
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TECHNICAL SPECIFICATION
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www.hondanews.eu
INTRODUCTION
The 1.6-litre i-DTEC diesel engine is the latest addition to Civic line-up combining the practical
solutions and spacious interior of the Civic together with the first engine for Europe from Honda’s new
Earth Dreams Technology series. The new 1.6-litre diesel engine combines competitive power (120
PS) and 300 Nm of torque with CO2 emissions of just 94 g/km, offering an impressive balance between
fuel economy and performance.
The 9th generation Civic which was first launched at the 2011 Frankfurt Motor Show offering a more
refined, more efficient and more dynamic Civic than ever before with an evolutionary approach to the
exterior and interior design.
Rising fuel prices in Europe combined with increasingly stringent environmental performance targets
have led Honda to work towards introducing Earth Dreams Technology, a new generation of power
trains that realise advanced driving performance combined with low emissions at an affordable cost.
The trend for diesel engines has grown in Europe and they now represent 58% of the C segment
market. In addition, engines emitting less than 120gCO2/km now represent 45% of the C segment
market. The new Civic 1.6-litre i-DTEC addresses both these trends and with CO₂ emissions of below
94g/km, the new Civic 1.6-litre i-DTEC qualifies for many tax incentives.
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DESIGNED FOR EUROPE: BUILT IN EUROPE
The new 1.6-litre i-DTEC engine has been specifically designed for the European market, to meet
growing customer demand for low emission diesel engines. The new engine will be exclusively built for
the European market at Honda’s European manufacturing facility in Swindon, UK. Demonstrating the
importance of this new diesel engine to Honda’s sales plans in Europe, a new purpose-built diesel
engine production line has been installed at Honda of the UK Manufacturing (HUM). This new line is
capable of producing up to 500 diesel engines in 1 day. Operating on a 2 shift pattern this equates to 1
engine every 138 seconds. The new line will produce both the new 1.6-litre i-DTEC and the existing
2.2-litre i-DTEC engines.
The 1.6-litre i-DTEC diesel engine will also be applied to the new CR-V (also built at HUM) later in
2013, and the Earth Dreams Technology philosophy will be applied to all of Honda’s future power
trains.
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HONDA HISTORY- ALL IN-HOUSE DIESEL ENGINES
2003- 2.2-litre i-CTDi engine introduced
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Aluminium cylinder block created using manufacturing technologies unique to Honda
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‘Engine of the Year 2005’ awarded for being fuel efficient and quiet
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Powered Accord 2003, FR-V, CR-V, and Civic
2006- Civic 2.2-litre i-CTDi set the benchmark in C-sector for outstanding performance.
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First C-Sector car to take less than 9 seconds to reach 100 km/h from a standing start
2006- 2.2-litre i-DTEC engine introduced
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New cleaner diesel engine employing a NOx catalytic converter
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Max power: 150 ps @ 4000 rpm
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Max torque: 350 Nm @ 2000 rpm
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Powered the Accord, CR-V, and Civic (2012 model)
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180PS introduced in Type S Accord
Euro5 emissions standards.
2013- Civic 1.6-litre i-DTEC introduced
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Civic 1.6-litre i-DTEC set the benchmark for high performance, low emissions in its class
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Max power 120 PS @ 4000 rpm
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Max torque 300NM @ 2000 rpm
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94 g/km CO2
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3.6 l/100km /78.5 mpg
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EARTH DREAMS TECHNOLOGY
Philosophy
“The key focus of our Earth Dreams Technology philosophy is to balance environmental efficiency with
the dynamic performance expected of a Honda,” says Suehiro Hasshi, Large Project Leader for Civic
1.6-litre i-DTEC. “It is important that our cars are fun to drive.”
Honda’s new Earth Dreams Technology powertrain series debuts in Europe with the launch of the 1.6litre i-DTEC diesel engine which will also be applied to the new CR-V in 2013 and the Earth Dreams
Technology philosophy will be applied to all of Honda’s future power trains.
“This is a new approach from the ground up,” Tetsuya Miyake, Chief Engineer for 1.6-litre i-DTEC
says. “There were no benchmarks for us because those targets would have been too low. We were
determined to establish a benchmark of our own that our competitors would have to follow.”
High performance, Low Emissions
“Developing this car has been all about smart, pure engineering,” says Suehiro Hasshi, Large Project
Leader for Civic 1.6-litre i-DTEC. “Our motivation has been to make many small detail improvements
that, together, make a major difference. That is the challenge and the beauty of the Earth Dreams
Technology philosophy.”
Rather than develop a specific, eco-focussed derivative, Honda is offering the 1.6-litre i-DTEC as an
extension of the existing Civic line-up. “We didn’t want to create a special version and sacrifice some of
the driving dynamics,” says Tetsuya Miyake. “We wanted to create a fun-to-drive car with the correct
balance of attributes. The whole development team worked together to give the engine an appropriate
stage on which to perform. This is a ‘total car’.”
This holistic approach extends to aerodynamic and suspension revisions to optimise the Civic with the
new 1.6-litre i-DTEC. “By reducing the mass of the new engine we have been able to create a very
agile, light-footed car without compromising the Civic’s comfortable ride quality.”
Subtle revisions to the exterior styling have reduced aerodynamic drag and improved high-speed
stability. In addition, the new Civic 1.6-litre i-DTEC features the same shutter grille system that is fitted
to the Civic 2.2-litre i-DTEC model, which improves the car’s aerodynamic efficiency.
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THE NEW CIVIC 1.6-LITRE I-DTEC: IN DETAIL
THE ENGINE
Lightest Diesel Engine in its class
Honda’s new 1.6-litre i-DTEC is comprised of an aluminium cylinder head joined to an open deck
aluminium block. It is the lightest diesel engine in its class, weighing 47kg less than Honda’s 2.2-litre iDTEC engine.
All the individual components have been redesigned to minimise their weight and size and advanced
production techniques have helped reduce weight even further.
The thickness of the cylinder walls has been reduced to 8mm, compared with 9mm for the 2.2-litre iDTEC. This is an exceptional achievement for a diesel engine. In addition, lighter pistons and
connection rods have been utilised in the 1.6-litre i-DTEC.
Reduced Mechanical Friction
The key target for Honda’s development engineers was to reduce the mechanical friction of the 1.6-litre
i-DTEC engine to the level equivalent of a petrol engine. “All the rotating parts have been carefully
optimised to reduce their friction,” says Tetsuya Miyake. For example, a shorter and thinner piston skirt
has been used. At 1500rpm, the 1.6-litre i-DTEC has around 40% less mechanical friction than the 2.2litre i-DTEC.
“This not only reduces emissions and improves fuel efficiency; it also improves the engine’s response,
both on and off the throttle, making the car more fun to drive. We have reduced the mechanical friction
of the engine to the level equivalent of an existing petrol engine, which is an outstanding achievement.”
Clever Turbocharger
The 4th generation Garrett turbocharger used on the 1.6-litre i-DTEC engine features an efficient
variable-nozzle design and its rotational speed is precisely controlled by the car’s electronics,
minimising turbo lag and providing an optimal combination of low- to mid-range pull and high-speed
performance. The turbo has a maximum boost pressure of 1.5bar.
Efficient Fuel Injection System and Engine Air Flow
Honda’s 1.6-litre i-DTEC uses a Bosch solenoid injection system which is capable of operating at a
high pressure of 1800bar. High fuel pressure means that the fuel is injected at a faster rate with finer
atomization of the fuel spray which mixes with the air in the engine. This results in a cleaner and more
efficient combustion helping to achieve the low emissions and fuel consumption.
Honda’s engineers have also worked to improve the volumetric efficiency of the cylinders, employing a
high intake flow and a high-swirl head port that precisely controls the combustion process to reduce hot
spots that create unwanted emissions. The engine air flow is managed by using an EGR (Exhaust gas
recirculation) system that operates at high and low pressure to reduce NOx emissions.
New Transmission System
A newly designed lightweight and compact transmission system is introduced on the new 1.6-litre iDTEC Civic. This 6 speed manual transmission system is 7kg lighter than the transmission system
offered on the 2.2-litre i-DTEC helping the engine to produce a maximum torque of 300NM.
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The new transmission system delivers:
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Class-leading transmission efficiency
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Smooth, accurate feel when changing gear
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New reverse system which delivers both improved operation load and quietness
Civic Model Competitor Comparison
AERODYNAMICS
The new Civic 1.6-litre i-DTEC features front and rear strakes that have been increased in size and
angle to further reduce wind resistance and improve aerodynamic performance resulting in reduced
CO2 emissions.
Aerodynamic efficiency is the very basis of the Civic’s design and is crucial to achieving exceptional
high-speed stability and efficiency. As well as a low drag mono-form design, the Civic also uses a fulllength bumper-to-bumper undertray with flared leading edges to manage the flow of air under the car.
Together with larger covers on the rear suspension, this undertray adds to stability, particularly when
overtaking long vehicles on multi-lane roads.
The new Civic 1.6-litre i-DTEC features the same rear side spoilers and shutter grille system that is
fitted to the Civic 2.2-litre i-DTEC model which both help to improve the car’s aerodynamic efficiency.
The new Civic 1.6-litre i-DTEC monitors water temperature, wheel speed and outside air temperature,
and opens or closes the shutter to optimise cooling and reduce drag wherever possible. Generally
speaking, the shutter is closed to ensure maximum fuel efficiency. At low speeds, where aerodynamics
are less critical, the shutter remains open. The shutter opens at high speeds to ensure the best
possible aerodynamic balance and reduce front-end lift.
DYNAMICS HANDLING & RIDE COMFORT
The Civic 1.6-litre i-DTEC has undergone adjustments to the front suspension with new lower arm
bushings that help to increase the lateral toe angle stability by 24%. This adjustment compliments the
characteristics of the new engine in order to optimise linearity, stability and handling of the car whilst
maintaining the supple and composed chassis of the Civic which provides enhanced stability,
particularly at high speed.
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Further refinement to the direct steering ratio for the EPS system means steering is even more
responsive, producing a steering ratio of 14.5, helping to reduce the steering wheel angle required to
change direction.
The Civic is equipped with a rear torsion beam rear axle, with the fuel tank running along the centre
line of the car. This unique layout offers great interior versatility and space (allowing for Honda’s Magic
Seat system). Combined with the benefits of low weight, high rigidity and predictable handling, the new
Civic 1.6-litre i-DTEC is a very agile, light-footed car that does not compromise the comfortable ride
quality associated with a Civic.
INTERIOR REFINEMENT
The new Civic 1.6-litre i-DTEC has undergone some interior refinements to further reduce noise
intrusion within the cabin particularly when starting the engine, driving at slow speeds and pulling away.
Engineers also reasoned that a quieter car felt safer at high speeds, reduced driver fatigue and
imparted a feeling of premium luxury. They focused not just on reducing overall noise levels, but also
on minimising the contrast between the different frequencies of noise reaching the driver’s ear from
outside the cabin, as a result of varying road surfaces for example.
Active Noise Cancellation (ANC)
Active Noise Cancellation (ANC) is designed to dramatically reduce low frequency noise in the interior
of the new Civic 1.6-litre i-DTEC. The system operates whenever the car is running, regardless of
whether the audio system is switched on. Microphones capture low-end drive train frequencies entering
the cabin, and send a signal to the ANC control unit. The control unit responds by creating a precisely
timed reverse phase audio signal that is sent to an amplifier, which powers the door speakers and the
subwoofer positioned on the rear parcel shelf.
Since the system is designed to cancel low-frequency sound, it doesn’t use any of the audio system’s
tweeters. The ANC system dramatically reduces exterior noise. In the frequency range below 100
hertz, ANC results in an impressive 10 dB reduction in noise level.
Driver-focused
The interior design on all of the Civic range is totally focused on the driver. From the driver’s seat the
instruments seem to wrap around and place the driver right at the centre of the driving experience, fully
relaxed but totally in control. All the controls are perfectly positioned and any information the driver
requires is easily available.
Inspiration for the Civic’s interior design came from the control panel layout of the cockpits of jet fighter
planes and race cars that enable natural and intuitive operation of all controls. The Civic creates the
feeling that the car was designed around the driver – the ultimate expression of Honda’s ‘man
maximum, machine minimum’ principle.
The cockpit has 2 control zones known as the Information Interface Zone and the Driver Interface
Zone. The latter is housed in a smooth upper visor, which arcs over the main instrument panel. The
Driver Interface Zone gathers essential information at the natural point of focus. The Information
Interface Zone is positioned in the centre console and includes the colour i-MID screen, and controls
functions such as audio and the air conditioning, putting both within easy reach of driver and
passenger.
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CLASS-LEADING SPACE, VERSATILITY AND COMFORT
The new Civic 1.6-litre i-DTEC retains the Civic’s practicality, exceptional cabin space and unrivalled
versatility. The Civic has the most spacious interior in the C-segment, and class-leading boot capacity
of 401 litres, which can be increased by a further 76 litres by utilising the convenient under-floor
compartment. The Civic offers 1431mm of shoulder room between driver and front seat passenger and
795mm of tandem distance (between driver and rear seat passenger).
Between the front seats there is storage for 2 1-litre bottles and 2 350ml bottles. Power outlet, USB and
Aux-in ports are also included. For ease of use, these storage spaces have been carefully placed in the
driver’s natural line of movement.
Magic Seats
Honda’s unique Magic Seat system contributes further to the Civic’s unrivalled versatility. The Magic
Seat system enables a range of seating configurations for maximum versatility. The rear seats lift up,
fold over and lock down in one easy movement, and the 60:40 split folding design creates near-endless
configurations for your ever-changing requirements.
In a simple motion the rear seat backs can be folded down completely to give a flat boot space that is
1600mm long and 1350mm wide. The resulting space is large enough to carry 3 mountain bikes (with
the front wheels removed), 3 extra-large cases or 3 large golf bags, for example. This is possible even
when the front seats are in the furthest back position. The rear seat cushions can also be flipped up to
reveal ample floor space for carrying tall objects.A 60:40 split in the seat base offers even more options
for carrying both people and cargo. It also offers an alternative load area if access via the tailgate is
limited.
EFFICIENT TECHNOLOGIES
ECO Assist
Honda engineers found that different driving styles could account for as much as 15% variance in fuel
economy, as a result they developed the Honda ECO Assist system first introduced on the Honda
Insight which now also features CR-Z and Jazz as well as the new Civic.
ECO Assist optimises fuel efficiency by minimising the differences in fuel consumption caused by
varying driving styles. The system uses illumination on the car’s speedometer to advise drivers on how
their driving style is impacting fuel economy. This helps drivers to get the best fuel economy from their
car in everyday situations.
The speedometer illuminates in blue when the car is idle and stays blue during sudden acceleration
and deceleration. It turns to green if the car is driven in an economical fashion. During gentle
acceleration and deceleration when the driver is slightly exceeding the best level of throttle the
speedometer illumination shows blue-green.
ECON button
For maximum efficiency the driver can also choose to press the green ECON button on the dashboard.
The ECON button activates a gentler throttle map to ensure a very smooth increase in torque when the
throttle is pressed for a more relaxing drive and greater fuel efficiency. It also improves the efficiency of
the air conditioning system, according to conditions such as temperature and humidity. It controls the
compressor and decreases the voltage of the fan drive to reduce the load on the engine, improving fuel
efficiency.
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In-keeping with the Civic’s Europe-specific development, ECO Assist and the ECON feature has been
extensively tested on a variety of roads from Germany’s derestricted autobahns to demanding British
B-roads.
Idle Stop
The Civic 1.6-litre i-DTEC is fitted with Honda’s Idle Stop system as standard. The system reduces
overall fuel consumption by approximately 5g/km and helps lower the CO 2 emissions to just 94g/km.
CO2 emissions below 100g mean the Civic qualifies for many tax incentives. When the driver comes to
a standstill and selects neutral, the engine will automatically stop when they release the clutch and
selects a gear it automatically restarts.
SAFETY
The Honda Civic 5 door has been rated 1 of Europe‘s safest cars, according to independent crash
testing results from Euro NCAP. The Civic’s top safety rating reflects Honda’s commitment to overall
vehicle safety. Honda’s engineers focus not just on the safety of passengers but also other road users
such as pedestrians and cyclists.
“Honda has a high tech crash test facility in Tochigi, Japan. There we were able to crash the new Civic
into vehicles of different weights and sizes, and at different angles and speeds. We wanted to make
sure that we are offering the best ‘real world’ safety for our customers.” explains Mitsuru Kariya, Civic
Development Leader.
Safety innovations on the Civic include a resin tailgate panel and a new aluminium bumper beam. To
make sure the new Civic is always noticed out on the road, wing mirrors with integrated LED indicator
lights are fitted as standard. The mirror surface is wider than those of the previous generation Civic,
enhancing rearward visibility for the driver. In combination with reduced A-pillar width, this improves allround visibility – a key aspect of vehicle safety.
Vehicle Stability Assist
Vehicle Stability Assist (VSA) is designed to assist the driver in maintaining control during cornering,
acceleration and sudden manoeuvres by applying braking assistance to any of the wheels as
necessary and modulating the engine torque output as required.
Advanced Compatibility Engineering (ACE) Body Structure
Developed in the car-to-car crash testing facility at Tochigi, the Advanced Compatibility Engineering™
(ACE™) body structure is now a well-established element of Honda’s safety credentials.
The ACE™ body structure is a Honda exclusive body design that enhances occupant protection and
crash compatibility in frontal collisions. The ACE Body Structure™ design utilises a network of
connected structural elements to distribute crash energy more evenly throughout the front of the
vehicle. This enhanced frontal crash energy management helps to reduce the forces transferred to the
passenger compartment and can help to more evenly disperse the forces transferred to other vehicles
in a crash.
Pedestrian Protection
The new Civic features sophisticated pedestrian protection features. Research has shown that these
features can dramatically improve a pedestrian's chance of survival if struck by a moving vehicle. “I am
very proud that Honda has a leading reputation for pedestrian safety. It’s an area in the new Civic that
has been constantly worked upon” Julian Warren, Senior Safety Engineer.
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Features include windscreen wiper pivots designed to break away on impact, energy absorbing front
wing mounts and bonnet hinges, as well as an unobstructed area beneath the bonnet allowing greater
space for deformation.
Airbags and Seatbelts
On all models the driver and passenger Supplemental Restraint System (SRS) front and side airbags
are complemented by full length curtain airbags to protect all occupants. There are three-point
Emergency Locking Retractor (ELR) seatbelts in all seating positions, the front seatbelts also have 2
stage Energy Absorption (EA) load limiting pretensioners. In the rear, ISOFIX points ensure secure and
correct installation and mounting of child seats.
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HONDA GENUINE ACCESSORIES
PACKS & SINGLE OPTIONS
To facilitate the customer’s choice in personalizing his new Civic, accessories will be available in option
packs. These packs do not come with less diversity. On the contrary, whether a customer is more into
comfort or practically, or whether a customer is more into looks and exterior, these 4 packs offer the
perfect combination to meet his or her wishes.
Aero Pack
For an extra dynamic presence to your Civic’s performance.
The front aero bumper has a sporty design in matching body colour with a carbon-inspired finish on the
lower part. The rear diffuser also comes in carbon-inspired finish and fits to the lower part of the car’s
rear bumper.
The Aero Pack goes really well with the new “Argon” alloy wheels. A 5spoke alloy design comes in two sizes, 17” and 18”, for you to choose from
according to your personal requirements. The design has a Diamond cut A
surface with matte clear coat and Gun Powder Black windows.
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Sports pack
Perfect for the type of customer who wants to enhance Civic’s sporty looks!
Next to a body-coloured tailgate spoiler, an illuminated doorstep garnish - with blue illuminated Civic
logo, front, rear and side skirts come in a carbon-inspired finish and provide an exciting edge to the car.
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Design pack
Perfect for the individual-minded customer, offering the perfect balance between dynamics and styling!
A sports tank lid, air intake garnish, tailgate decoration, door mirror covers and a front sports grille
come in a matte metallic silver finish.
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Convenience pack
Perfect for the practical-minded type customer, offering even more comfort and protection!
A doorstep garnish, side body trims, mudguards and a trunk tray provide even more functionality to
new Civic.
Next to option packs, it is of course possible to personalize Civic with a series of single options.
Honda SD navigation system
A 6.1” touchscreen operates on iMid connection. Honda dealers are included as Points of Interest.
Voice commands and menus come in 12 languages with map coverage in 34 EU countries. Map
updates are possible via SD card. This versatile navigation system also offers USB and iPod®
connectivity.
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Alloy wheels
Next to the existing Civic alloy wheels, four new designs have been created to give Civic that superior
look. Two 18 inch alloy wheels are both available with a carbon-inspired centre cap - Hydrogen and
Krypton. Also, two 17 inch alloy wheels - Radium and Cobalt – give your Civic an even more powerful
appearance.
Detachable trailer hitch and new bicycle carrier
Designed and tested to match Civics bodywork, performance and towing capacity, a full-automatic
detachable trailer hitch is available. Thanks to its integrated design the housing becomes invisible
when detached. Furthermore, a new compact bicycle carrier with folding function and anti-theft
mechanism can now be installed on both fix and detachable trailer hitches.
To discover more Genuine Accessories for Civic, go to www.honda-accessories.eu.
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TECHNICAL SPECIFICATION
Comfort grade, ( ) S grade
ENGINE
1.6-litre i-DTEC
Displacement
cc (cm³)
Bore × Stroke
mm
1597
76.0×88
Compression ratio
16.0
TRANSMISSION
M/T
single plate dry, diaphragm
spring
single plate dry, diaphragm
spring
Clutch type
Transmission type
Gear ratios
1st
3.642
2nd
1.884
3rd
1.179
4th
0.869
5th
0.705
6th
0.592
reverse
3.673
final reduction ratio
3.571
WEIGHT
Curb Weight
M/T
kg
1310-1428
PERFORMANCE
Maximum Power
kW/rpm
88kW/4000rpm
Maximum Torque
Nm/rpm
300Nm/2000rpm
Maximum Speed
M/T
Acceleration
0 → 100 km/h
10.5 (10.2)
0 → 400m
17.6 (17.4)
M/T secs.
km/h
60 – 100 km/h in 4th
203 (206)
7.7 (7.6)
Fuel Consumption M/T
Urban cycle
4.0
New Method
Extra urban
3.3
93/116/EC
Combined
3.6
CO2
94
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