2003 YAMAHA AEROX50 Owners Manual

EAU01038
SPECIFICATIONS
Specifications ...................................................................................... 8-1
Conversion table ................................................................................. 8-4
8

SPECIFICATIONS
8
Specifications
Model YQ50
Dimensions:
Overall length 1.743 mm
Overall width 690 mm
Overall height 1.170 mm
Seat height 828 mm
Wheelbase 1.256 mm
Minimum ground clearance 185 mm
Minimum turning radius 1.800 mm
Basic weight:97 kg
(with oil and full fuel tank)
Engine:
Engine type Liquid cooled, 2 stroke
Cylinder arrangement Single cylinder, horizontal
Displacement 49.2 cc
Bore x stroke 40.0 x 39.2
Compression ratio 7.44:1
Starting system Electric and kick starter
Lubrication systemSeparate lubrication (Autolube)
Engine oil:
Type Yamalube 2
or 2 stroke engine oil
Recommended engine oil Jaso FC
classification or ISO EG-C, EG-D
Capacity 1.3 LFinal transmission oil:
Type SAE 10W30 type SE
Quantity 0.13L
Cooling system capacity:1.2L
(total amount)
Air filter type:Wet type element
Fuel:
Recommended fuel Regular unleaded gasoline
(RON 91 mini)
Fuel tank capacity 7L
Carburetor:
Manufacturer DELL'ORTO
Model/quantity PHBN 12HS x1
Spark plug:
Manufacturer/Model NGK / BR8HS
Spark plug gap 0.5—0.7 mm
Clutch type:Dry, centrifugal automatic
Transmission:
Primary reduction system Helical gear
Primary reduction ratio 52/13 (4.000)
Secondary reduction system Spur gear
Secondary reduction ratio 43/14 (3.071)
Transmission type V-belt automatic
Operation Centrifugal automatic type
8-1

SPECIFICATIONS
8
Chassis:
Frame type Steel tube underbone
Caster angle 27°
Trail 89.4 mm
Tires:
Front:
Type Tubeless
Size 130/60-13 53L TL
Manufacturer/ Model PIRELLI / SL36
PIRELLI / EVO 21
MICHELIN / BOPPER
Rear:
Type Tubeless
Size 140/60-13 57L TL
anufacturer/ Model PIRELLI / SL36
PIRELLI / EVO 22
MICHELIN / BOPPER
Maximum load* 180 kg
Tir air pressure
(mesured on cold tires):
Up to 90 kg
Front150 kpa
Rear 150 kpa
90kg—maximum*
Front150 kpa
Rear 170 kpa
* Total weight of rider, passenger, cargo and accessoriesWheels:
Front
Type Cast wheel
Size 13 X MT 3.00
Rear
Type Cast wheel
Size 13 X MT 3.50
Brakes:
Front
Type Single disc brake
Operation Right hand operation
Type brake fluid DOT 3 or DOT 4
Rear
Type Single disc brake
Operation Left hand operation
Type brake fluid DOT 3 or DOT 4
Suspension:
Front suspension Telescopic fork
Rear suspension Unit swing
Shock absorber:
Front fork type Coil spring/oil damper
Rear shock absorber Coil spring/oil damper
assembly type or Coil spring/Gas-oil damper
(Depends on model)
Wheel travel:
Front wheel travel 80 mm
Rear wheel travel 72 mm
8-2

SPECIFICATIONS
8
Electrical:
Ignition system type C.D.I
Charging system Flywheel magneto
Battery
Model GM4-3B, YB4L-B, FB4L-B
Voltage/capacity 12 V / 4 Ah
Headlight type:Bulb
Bulbs (voltage/wattage x quantity):
Headlight 12V, 35W/35Wx1
Brake/brake light 12V, 5W/21Wx1
Turn signal light
Front 12V, 10Wx2
Rear 12V, 10Wx2
Meter lights 12V, 1,2Wx2
High beam indicator light 12V, 2Wx1
Turn signal indicator light 12V, 2Wx1
Oil warning light 12V, 2Wx1
Temperature indicator light 12V, 1,2Wx1
Fuses:
Main fuse 7.5 A
8-3

SPECIFICATIONS
8
EAU04513
Conversion table
All specification data in this manual are listed in SI and
METRIC UNITS.
Use this table to convert METRIC unit values to IMPERIAL
unit values.
Example:
METRIC VALUE CONVERSION
FACTORIMPERIAL VALUE
2 mm 0.03937 = 0.08 in
Conversion table
METRIC SYSTEM TO IMPERIAL SYSTEM
Metric unit Conversion factor Imperial unit
Torquem•kgf
m•kgf
cm•kgf
cm•kgf
7.233 86.794 0.0723 0.8679ft•lbf
in•lbf
ft•lbf
in•lbf
Weightkg
g
2.205 0.03527lb
oz
Speed km/h
0.6214 mi/h
Distancekm
m
m
cm
mm
0.6214 3.281 1.094 0.3937 0.03937mi
ft
yd
in
in
Volume,
Capacitycc (cm3)
cc (cm3)
L (liter)
L (liter) 0.03527 0.06102 0.8799 0.2199oz (IMP liq.)
cu•in
qt (IMP liq.)
gal (IMP liq.)
Miscellaneouskg/mm
kgf/cm
2
C
55.997 14.2234 1.8 + 32 lb/in
psi (lbf/in
2)
F
8-4

9
EAU01039
CONSUMER INFORMATION
Identification numbers ......................................................................... 9-1
Key identification number .................................................................... 9-1
Vehicle identification number .............................................................. 9-1
Model label .......................................................................................... 9-2