2006 MITSUBISHI COLT light

BUMPER
EXTERIOR51-4
BUMPER
M2510002000751
FRONT BUMPER CONSTRUCTION DIAGRAM
AC402884AD
Air guide panel (RH)
Air guide panel (LH)
Air guide panel
•The front b u mpe r has overh ung at the right an d
le
f t corners to suppre s s the airflow to the tyres
and
smo o then t he airf low from the bumper to th e
ve
hicle sides.•
AC601475

Front bumper assembly
AB

Overfender construction
The air g u ide p a n e ls have been inst a lled behind
th
e fr on t b u mp er to impro v e t h e co olin g ef ficie n cy
of t
he radiator .
•The front b u mpe r emp hasizes the light ima ge in
fron
t appea rance.•Overfender const r uction from the f r ont bu mper t o
the
wh eel a r ch o f fende r appea ls the sporty and
robu
st whee lin g.< RALLIAR T V e rsion - R>

BASE ENGINE
ENGINE MECHANICAL <4A9>11A-3
BASE ENGINE
M2112001000864
CYLINDER HEAD
AK305050AB
Spark plug guide
Intake
side
Exhaust
side
Valve guide
The cylinder head is made of aluminu m alloy , which
is light
we ight a nd ha s an excelle nt co oling ef ficiency .
The pentroof type comb ustion chamb e r has a sp a r k
plug in the
cent er . The valve an gle is relatively small,
contributing to size redu
ctio n.
The int a ke an d exhaust port s a r e arrang ed in a
cross-flow construction.
Ea ch cylinde r has a p a ir of
int
a ke port s on one side and a p a ir of e x hau st po rt s
on the
other side .
Each o f the int a ke a nd exhaust ca msh a f t s is sup-
ported by 5 bearin gs. On ea ch camshaf t, th e thrust
load
is suppo rted by No. 1 b earin g. The No . 1 bea r
-
ings for the int a ke and exha ust camshaf t s ha ve a
common bearing
ca p.
VALV E S E AT
AK305052
d
AB
d
DD h
h
Intake
Exhaust
Sintered
alloy valve seat
ItemIntakeExhaust
D (Outer
diameter) mm31.528
d (Inner
diameter) mm2622
h (height) mm6.67.3

BASE ENGINE
ENGINE MECHANICAL <4A9>11A-16
CAMSHAFT
AK304999
Intake camshaft
Exhaust camshaft
AB
Hollow section
Advance
oil channel
Retard
oil channel
Cam positon sensing ring
Dowel pinSealing cap
The lightweight camshaf t is ach i eved by the h o llo w
design.
Oil channels run through the int a ke camshaf t,
through
wh ich oil is sent from t he oil fee der co ntrol
valve to
the V . V . T . sprocket.
A cam position sen s in g ring is press-fitt ed onto the
rear port
i on o f the int a ke camshaf t.
ItemDimension
Overall length
mmIntake407.5
Exhaust361.9
Journal mm26
Valve lift mmIntake8.4
Exhaust7.9
OIL FEEDER CONT ROL V A L V E(OCV)
AK302997AB
Spring guideValve sleeve
Plunger spring Spool
O-ring
Insulation coilar
StatorGuide cap Bracket
Yo k eSeal cap
Plunger
Shaft Terminal
Bobbin
Tape
Enameled copper wire
Drain
Drain
Pump
Pressure
chamber
Default
pressure
chamber
The oil fee
der co ntrol valve is essen t ially a solenoid
valve, re
gulat ed by the en gine -ECU or
engin
e -A-M/T -ECU signals to feed o il to the V . V . T .
sprocket
assemb ly t o move the van e rotor .

BASE ENGINE
ENGINE MECHANICAL <4A9>11A-19
BASE ENGINE
M2112001000875
CYLINDER HEAD
AK305050AB
Spark plug guide
Intake
side
Exhaust
side
Valve guide
The cylinder head is made of aluminu m alloy , which
is light
we ight a nd ha s an excelle nt co oling ef ficiency .
The pentroof type comb ustion chamb e r has a sp a r k
plug in the
cent er . The valve an gle is relatively small,
contributing to size redu
ctio n.
The int a ke an d exhaust port s a r e arrang ed in a
cross-flow construction.
Ea ch cylinde r has a p a ir of
int
a ke port s on one side and a p a ir of e x hau st po rt s
on the
other side .
Each o f the int a ke a nd exhaust ca msh a f t s is sup-
ported by 5 bearin gs. On ea ch camshaf t, th e thrust
load
is suppo rted by No. 1 b earin g. The No . 1 bea r
-
ings for the int a ke and exha ust camshaf t s ha ve a
common bearing
ca p.
VALV E S E AT
AK305052
d
AB
d
DD h
h
Intake
Exhaust
Sintered
alloy valve seat
ItemIntakeExhaust
D (Outer
diameter) mm31.528
d (Inner
diameter) mm2622
h (height) mm6.67.3

BASE ENGINE
ENGINE MECHANICAL <4A9>11A-32
CAMSHAFT
AK304999
Intake camshaft
Exhaust camshaft
AB
Hollow section
Advance
oil channel
Retard
oil channel
Cam positon sensing ring
Dowel pinSealing cap
The lightweight camshaf t is ach i eved by the h o llo w
design.
Oil channels run through the int a ke camshaf t,
through
wh ich oil is sent from t he oil fee der co ntrol
valve to
the V . V . T . sprocket.
A cam position sen s in g ring is press-fitt ed onto the
rear port
i on o f the int a ke camshaf t.
ItemDimension
Overall length
mmIntake407.5
Exhaust361.9
Journal mm26
Valve lift mmIntake8.4
Exhaust7.9
OIL FEEDER CONT ROL V A L V E(OCV)
AK302997AB
Spring guideValve sleeve
Plunger spring Spool
O-ring
Insulation coilar
StatorGuide cap Bracket
Yo k eSeal cap
Plunger
Shaft Terminal
Bobbin
Tape
Enameled copper wire
Drain
Drain
Pump
Pressure
chamber
Default
pressure
chamber
The oil fee
der co ntrol valve is essen t ially a solenoid
valve, re
gulat ed by the en gine -ECU or
engin
e -A-M/T -ECU signals to feed o il to the V . V . T .
sprocket
assemb ly t o move the van e rotor .

GENERAL INFORMATION
ENGINE ELECTRICAL16-2
GENERAL INFORMATION
M2160000100038
The electronic device is basically the same as that in
the conventional 4G1 engine.
The employed alternator is a lightweight type in
which the electronic voltage regulator for detecting
the battery voltage is built.
The employed starter motor is a small planetary gear
reduction drive type.
The employed spark plug is a long reach type with
iridium.
The employed ignition coil is a plug top type in which
the powertrain per cylinder is built.

MAIN BODY
BODY42-9
QUIETNESS
M2420004000416
AB201000
AB400213
12
3
2
AB
1.The sid e me mbers have bee n stra ighte ned fro m
the front to the rea r in o r der to r educe vibratio ns.
2.The cowl t op lo we r p a nel a nd the spring ho use
p anel of the front suspension h a ve b een direct ly
in st alled, an d an ab sorbe r rein forcement has
bee n adop ted for the rea r suspension . Conse
-
quently , rigid i ty of the suspension inst allation
area
is increase d , and incoming roa d noise is
redu
ced.
3.The front floor p an has b een curve d to suppress
vibration an d noise.
BODY COLOUR CHARTS
M24200050 0120 7
ColourColour codeColour numberColour name (Previous name)Composition
of film
WARM SILVERA17CMA10017Warm Silver MetallicMetallic
SILVERA19CMA10019Cool Silver MetallicMetallic
DARK GREYA72CMA10072Dark Bluish MicaPearl
PA L E B L U ET68CMT10068Pale Blue MetallicMetallic
PALE GREENF07CMF10007Pale Green MicaPearl
BLACKX24CMX10024Black Mica (Pyrenees Black)Pearl
WHITEW23CMW10023White PearlPearl
WHITEW32AC11032White Solid (Fairy White)Solid
REDP26CMP10026Red MetallicMetallic
YELLOWY05CMY10005Light Yellow PearlPearl
NOTE: For p a intin g , in ner p anel colours sho u ld b e similar to t he oute r p anel colours.

DOOR
BODY42-12
DESCRIPTION OF STRUCTURE AND
OPERATION
CENTRAL DOOR LOCKING
•When the driver's door inner lock knob is oper-
ated to the lock position with all doors closed, all
the doors (including tailgate) will lock.
•The driver’s door can be opened by pulling the
driver’s door inner handle even when the driver’s
door inner lock knob is in the lock position. This
function is called "Override function". All doors
and tailgate can be unlocked at the same time
that the driver's door is opened.
KEY-IN PREVENTION FUNCTION
If the driver’s door remained open, it cannot be
locked even though the driver’s door key cylinder or
driver’s side inside lock knob is pushed. This pre
-
vents the ignition key from being left in the passenger
compartment.
"P" POSITION SHIFT LINKED
DOOR-UNLOCK FUNCTION
When the selector lever is shifted to the "P" (parking)
position, all the doors (including tailgate) will unlock,
improving passengers' conv enience during alighting.
Using an adjustment function*, "P" position shift
linked door-unlock function can be changed to
"Active", or "Inactive". The initial setting at factory is
"Inactive".
NOTE: *: "P" position shift linked door-unlock func-
tion can be changed as a customise function. Refer
to GROUP 54B, Customise Function
P.54B-25.
DIRECT COMBINATION KEY CYLINDER
MECHANISM
•
AC207518AB
Door latch
assembly
Key cylinder Direct combination key cylinder mechanism
When d
oors a r e unlocked, a n imp a ct of a side colli-
sion is not easily transmitted to the do or lat c h
structu
r ally , imp r oving do or open ing p e rform
-
ance.
•Even if a n y d oor ke y cylinder is a ttemp ted to b e
t
a mp ered wit h the d oors locked, t he t a mp ering
force is not
easily transmitt ed to t he doo r latch to
det
er thie ves.