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INTRODUCTION
Owning a Mercedes SL gives
a person a real driving enjoyment and pride of ownership. When these cars
were first manufactured, Mercedes-Benz adhered to construction methods
that resulted in a standard that was the envy of the automotive industry.
Every Mercedes-Benz model shared a build quality second to none.
THE
PAGODA-ITS HISTORY
The 230SL to the 280SL went
into production in 1963. They have a sleek, angular look. The nickname
Pagoda (or Pagode) comes from the typical roofline of the hardtop, lower
in the middle and higher at the edges. These
cars were sold in large numbers, so do not fall in love with the first
one you come across. Shop around, buy the best one you can afford.
These cars are a big step forward
over the 190 SL; they are very reliable with great performance to match.
The Pagodas have a more powerful, 6 cylinder engine, more luxury and performance
than the 190SL models, due to their mechanical fuel injection system.
Although originally they were supplied with 2 disc brakes and 2 drum brakes,
starting with the 250SL forward, have disc brakes all around. Later models
were available with modern features such as:
- Power steering
- 4-speed Automatic
transmission
- power assisted
brakes
- air conditioning
- AM and FM radios
Because of this and their performance,
they are very usable cars. They easily keep up with the cars of today
and have reasonable braking distances and safety features, such as a collapsible
steering column and seat-belts. You need to drive them a little more carefully
than modern cars and keep a bit more distance due to lesser braking distances
but with their 150 HP acceleration means that you can easily keep up with
modern city and highway traffic.
Most people seem to prefer
the 280 SL because they are more plush and are usually automatic. I prefer
the 230 SL in a 4 speed with no options. It is a light, simple car that
performs excellently.
These 230, 250, and 280 SL’s
are built to drive. These cars need to be driven routinely, because the
more often they are used, the better they will perform. There
is nothing worse than letting them sit.
Here is a chronology of changes
(external only) made to the Pagoda's (US version only) during their production:
230SL
----
- August 1964
- Wheel width increased from 5.5 to 6 inches.
- November 1964
- Spare tire well removed; tire mounted horizontally.
- July
1965
- Exhaust manifold changed from sheet steel to cast iron-exhaust
headpipes
were changed to match.
---------------------------------------------------------------------------------
- August
1965
- Engine oil dipstick vent and filter omitted. Shape of horn ring
changed from- round to flattened top
segment.-----------------------------------------------------------------
- November
1965
- Gear shift lever bent forward 55mm. Intake air heating coil added
ahead- of throttle housing.
- December
1965
- Form of crankcase vent line changed from 2 piece metal to 1 piece
plastic (the mounting to the valve cover was also changed from a
hollow screw to a rubber sleeve.
250SL
- January 1967 (Start of Production)
- Coupe-only version with rear bench seat introduced
- Engine fan with viscous drive made standard
- Shape of cooling water tank changed from flat top to round top
- Water pump made self lubricating
- Metal loom for ignition wires omitted, replaced by plastic clips
- Injection pump oil filter cap changed from metal to plastic
- Seven main bearing engine adopted
- Coolant capacity increased from 10.8 to 12.9 liters
- Fuel tank capacity increased from 65 to 82 liters
- Rear disc brakes introduced
- Front anti-roll bar diameter decreased from 22 mm to 20 mm
- Symbols added to turn signal switch
- Instrument panel made in one piece instead of split
- August 1967
- Interior door handle, lock, window crank changed (the 1967 250SL
had the same door hardware as the 230SL; the 1968 250SL had the
same door hardware as the 280SL.
- Sunvisor mounting changed
- Shape of horn ring changed again
- Form of rear view and side view mirrors changed
- Side reflectors added to fenders
- Chrome discontinued on windshield wipers, horn ring, rear view
mirror and door strikers
- Face of ignition lock changed from convex to concave
- Control knobs flattened
- Steering wheel hub made collapsible, shape changed
- Dash top padding rounded
- Injection pump control shaft changed
- Brake fluid level warning device added to master cylinder
280SL
- January 1968
- Chrome Strip under rear
license plate omitted
- Number plate moved from
front firewall to front door jamb
- Firewall insulation
pad material changed from course to smooth
- Mirror in passenger
sun visor omitted
- Hardtop front locking
handles made separate
- Solid door pockets changed
to elastic
- Interior material changed
from wool boucle to synthetic tufted material
- Heater and air vent
levers made rubber instead of plastic
- Legend plates added
around light switch and heater controls
- Emergency four-way flasher
made standard
- Floor covering changed
from rubber mats to synthetic carpet
- Headrests added to seats
- Oil/Coolant-type cooler
replaced by oil/air type cooler
- Angle of oil filter
housing changed
- Covers for sub-frame
mounts changed
- Injection pump oil filter
cap omitted
- Separate intake air
heating coil omitted, made integral with throttle housing
- Rubber sleeve added
to crankcase vent line
- Diaphram-type clutch
adopted
- Wheel-covers made one
piece, form changed after chassis number 000045
- Steering relay lever
changed, housing made self-lubricating
- August 1969
- Lights incorporated
in side reflectors
- Ignition/door/trunk/gas
cap keys combined
- Rear window heating
element added, switch in parcel tray
- Cold start solenoid
omitted from injection pump
- Wheel covers polished
to satin
- Form of wiper blades
changed
- April 1970
- Optional rear axle ratios
discontinued
- August 1970
- New colors added, existing colors changed
- Number plate moved from front to rear of door jamb
- Tail light colors changed, lens made separate from chrome
- New seat fabrics
- Power brake vacuum line made plastic, moisture trap omitted
- Cooling water header tank made plastic
- Form of engine oil filter cap changed from cast scew-on to stamped
with bayonet-type mount
- Shape of intake air box changed
- Engine oil dipstick tube made longer, dipstick handle changed
- Temperature sensors added to thermostat housing and cylinder head
- Idle air housing shape changed
- Distributor advance/retard speed sensors added
- Ignition transistorized
- Wheels changed to pierced with round holes

| Production
Numbers: |
| Production
for the 230SL from March/July 1963 until January 1967 was: |
| The chassis prefix
for a 230 SL is 113 042. The engine prefix is 127 981. |
|
|
1465
units |
| 1964: |
6,911
units |
| 1965: |
6,325
units |
| 1966: |
4,945
units |
1967:
|
185
units
|
| Total: |
19,831
units |
| Production
of the 250SL from November/December 1966 until January 1968 was: |
| The chassis
prefix for a 250 SL is 113 043. The engine prefix is 129 982 |
| 1966: |
17
units |
| 1967: |
5,177
units |
1968:
|
2 units
|
|
Total:
|
5,196
units |
| |
|
| Production
of the 280SL from November 1967/January 1968 until March 1971 was: |
| The chassis
prefix for a 280 SL is 113 044. The engine prefix is 130 983. |
| 1967: |
143
units |
| 1968: |
6,930
units |
| 1969:
|
8,047
units |
| 1970: |
7,935
units |
1971:
|
830
units
|
| Total: |
23,885
units |
In total, therefore,
48,912 Pagodas were built.

Buying
A 230 SL - 250 SL - 280 SL
Know
what you're buying and what to look for and know what to avoid.
When SL's are well maintained
and properly taken care of, they increase in value. Currently: (these
are approximate values based on actual sales of vehicles.) ----------------------------------------------------------------------------------------------------------------------------------------values
last updated Dec 07
The
following values represent vehicles in # 4, #2-3 and #1 condition
- 230 SL
- very bad cars which
require major restoration will cost about $9,000.00
- Good cars, driveable
and reasonably well maintained, cost about $18,500.00
- A mint example, with
low mileage can cost about $33,000.00
- 250 SL
- very bad cars which
require major restoration will cost about $9,500.00
- Good cars, driveable
and reasonably well maintained, cost about $19,000.00
- A mint example, with
low mileage can cost about $34,000.00
- 280 SL
- very bad cars which
require major restoration will cost about $10,000.00
- Good cars, driveable
and reasonably well maintained, cost about $25,500.00
- A mint example, with
low mileage can cost about $38,500.00
Keep
in mind that due to the high cost of restoration, mint examples of these
cars can and have sold for more than the prices quoted here.
A car's value is determined
by condition. Standard condition guidelines are as follows:
- Excellent- A close to perfect
original or a very well restored vehicle. Generally a body-off restoration,
but a well done body-on restoration that has been fully detailed may
qualify. The vehicle is stunning to look at and any flaws are trivial
and not readily apparent. Everything works as new, all equipment is
original, NOS or excellent quality reproductions. **Understand that
perfect cars are VERY RARE
- Very Good- An extremely
presentable vehicle showing minimal wear, or a well restored vehicle.
Runs and drives smooth and tight. Needs no mechanical or cosmetic work.
All areas have been detailed. Beautiful to look at but clearly not a
# 1 vehicle.
- Good- Presentable inside
and out with some signs of wear. Not detailed but clean. Body should
be straight and solid with no rust-through anywhere. Shiny, attractive
paint but may have evidence of minor fading or checking or other imperfections.
Runs and drives well but may need some minor mechanical or cosmetic
work. But it is useable and enjoyable as is.
- Fair- Runs and drives ok
but needs work throughout the vehicle. Body shows signs of wear or previous
restoration work. Any rust should be minimal and not in any structural
areas. Cosmetics, body and mechanicals all need work to some degree.
- Poor- In need of complete
restoration, but is complete and not a rust bucket beyond repair. May
or may not run but is not roadworthy.
The 280SL’s are more sought
after because of their engine improvements and features. A good 250SL
with a 5-speed manual transmission is very rare and can therefore be expensive
too. (add about 12% to the above 250 SL values for a 5 speed manual car.)
Let's face it folks, these
cars are 30 to 40 years old, they will show signs of maintenance and repair.
They were bought originally as daily drivers, and they were driven daily.
It is rare that you will find an unaltered, unrestored SL. But just because
a car has had repairs does not indicate a bad car. You do want to find
one that has had a quality restoration.
Condition of a car CANNOT be
determined by its location. Don't be fooled by a car's current geographical
location. Just because a car is in California today, does not mean that
is where it started life.
Where
to find the engine number and chassis number.
You will find the engine
number stamped on the block on the left side rear just below the headgasket
area. You should check the engine number of the car. But don't be alarmed
if there is no engine number on the car. Back when these cars were used
as daily transportation, engines were sometimes replaced. When a new engine
came from the factory, it came without a number. This was supposed to
be stamped on at the dealership, however most times it was not done. It
is also possible to find a 280 SE sedan engine installed in an SL, as
there were more sedans than SL's. There is only a 10HP loss between a
sedan and an SL engine. The average person more often than not won't feel
any difference.
Look at the car in general.
Walk around the car several times looking at the gaps for the doors, trunk
and hood. Look at the general overall condition of the car.
Check the VIN number. You will
find the VIN number on the right front frame rail under the air intake
hood. You
will find the body plate under the hood on the left side adjacent to the
shock tower. This plate will give useful information if you know how to
"decode" it. This was the factory's "build plate" it gives the color code,
and option codes to which the car was built. DO NOT confuse the
numbers on this plate with the VIN number (or chassis number)of the car.
VIN plates are also screwed or riveted to the car. On the 230SL it is
under the hood, on the right side of the firewall. On the 250 SL, it is
mounted in the door on the A pillar post. On the 280 SL it is in the door
mounted on the B pillar post. But because these plates can be removed,
and/or replaced, always check the one stamped into the right front frame
rail. VIN #'s are as follows:
-The
chassis prefix for a 230 SL is 113 042. The engine prefix is 127
981.--------The chassis prefix for a 250
SL is 113 043. The engine prefix is 129 982. -------------------------------------------------------------------------------------------
The chassis prefix for
a 280 SL is 113 044. The engine prefix is 130 983.

These cars are extremely prone
to rust; except in places such as the hood, trunklid, doors, and tonneau
cover for the soft top because they are made out of aluminum. Sheetmetal
is readily available. The entire floor and frame sections are being reproduced
with very good quality so rust is not impossible to fix but it is labor
intensive, which equals $$.
Check for rust in the following
areas:
- the trunk floors
- the inner wheelbase panels
in the rear
- the rear frame rails at
the lowest point just before the arch over the rear axle
- floors tend to get rusty
in the corners where factory welds overlap
- the rear body panel that
holds the taillights, the bottom edge
- under the seal for the trunk
lid and the soft top lid cover
- the area that connects the
rear body panel to the rear fender
- the rocker panels at the
jack points, (this rust starts from the inside and works its way out)
- the front cross member that
the front bumper bolts to
- the headlights
- the bracket which holds
the light unit
- the place where the front
fender welds to the inner fender
- Sometimes water drains and
gets clogged and causes the firewall to get rusty in spots where the
water drains out.
Always put your intended purchase
on a lift, up in the air to fully inspect (and poke if necessary) the
bottom undercarriage of the car. Any owner who won't allow this may have
something to hide.
The best tool to use for checking
the condition of body panels are your hands. There are a lot of cars out
there where the front sheet metal has been replaced. There are correct
and incorrect ways of doing this! First look for the spot welds on the
inner lip of the fender. If you don't see a steady line of spot welds,
you need to do some further checking. Just because there are no spot welds,
don't panic just yet. You want to check for repairs that have been done
correctly. Run your hand over this lip with your fingers underneath. It
should feel clean, smooth and perfectly "meshed" together. You will know
when something just does not feel right. Also, run your hands inside the
wheel well opening to the underside of the fender. Make sure you don't
feel any overlapping metal under there. Sometimes in the interest of saving
time, instead of replacing the entire front fender, which requires the
dash, wood, windshield, and door be removed first, front fenders were
cut and welded (with an overlap of metal)
This is an example of the INCORRECT
method of repair. 
For the most part, the necessary
parts are interchangeable with sedans of the same number designation so
mechanical parts are plentiful. The chrome trim items, headlights, taillights,
etc. are available but very costly. For example, a complete front grill
with the star will cost in the area of $2800.00, so make sure the automobile
you are preparing to buy is complete. Ask the current owner for all documentation
he has on the car. The more information you have, the easier your purchase
decision will be.
Technical
Specifications of the 230SL
| Engine
Type: |
6
cyl overhead camshaft(M127) |
| Bore
and stroke: |
82
x 72.8mm (3.23 x 2.87 in) |
| Displacement: |
2,306
cc(140.7 cu in) |
| Power
output: |
150hp
(DIN) @5500rpm, 110kW (170 hp SAE @5600rpm) |
| Compression
ratio: |
9.3:1 |
| Torque: |
20
mkg @ 4200 rpm (22mkg @4500 rpm 159 ft/lbs) |
| Fuel
injection: |
Bosch
six plunger pump |
| Engine
speed at 100km/hr: |
3145
rpm |
| Automatic: |
I
3.98:1 II 2.52:1
III
1.58:1-
IV
1.00:1 |
| Gear
ratios: |
I
4.42:1-
II
2.28:1
III
1.53:1--
IV
1.00:1 |
| Rear
axle ratio: |
3.75;
from Sept. '65: 3.69 or 3.92 |
| Chassis: |
unit
frame and body |
| Suspension: |
independent
front, single joint swing axle rear, with coil springs |
| Brakes
and area
|
disc,
front; drum rear, servo assist, two circuit hydraulic,-252/230mm(9.96/9.06in) |
| Wheelbase: |
2400mm
(94.5 in) |
| Track
front/rear:
|
1486/1487mm
(58.5/58.5in) |
| Length: |
4285mm
(168.8in) |
| Width: |
1760mm
(69.2in) |
| Height: |
1305mm
(51.4in) |
| Ground
clearance: |
139mm
(5.5in) |
| Tires: |
185
HR 14 radial |
| Turning
circle:
|
10.5
meters(34ft) |
| Steering
type: |
recirculating
ball , 22.7:1( 4.1 turns); servo assisted 17.3:1(3.2 turns) |
| Weight: |
roadster:
1300kg(2860lbs) ---------------------------------------------
coupe: 1380kg(3036lbs) |
| Maximum
speed: |
manual:
200km/hr (124mph/hr) ------------------------------------
automatic: 195km/hr(121 mph) |
| Acceleration:
|
manual:
11 sec 0-100km/hr -------------------------
automatic: 13 sec 0-100km/hr |
| Fuel
consumption: |
14
liter, super/100km(16.75mpg) |
| Fuel
tank capacity: |
65
liters(17.2 gallons) |
Technical
Specifications of the 250SL
| Engine
Type: |
6 cyl overhead
camshaft(M129) |
| Bore
and stroke: |
82 x 78.8mm(3.23
x 3.1in) |
| Displacement: |
2496cc (152.3 cu
in.) |
| Power
output: |
150 hp(DIN) @5500rpm,
110kW (170hp SAE @ 5600rpm)
|
| Compression
ratio: |
9.3:1 |
| Torque: |
22 mkg @4200rpm(24
mkg @4500rpm 173.6 ft/lb) |
| Fuel
injection: |
Bosch six plunger
pump |
| Engine
speed at 100km/hr: |
3425 rpm |
| Automatic: |
I 4.05:1 II 2.23:1
III 1.42:1 IV 1.00:1 |
| Gear
ratios: |
same as 230SL |
| Rear
axle ratio: |
3.69 |
| Chassis: |
unit
frame and body |
| Suspension: |
independent front
and rear, with coil springs, single joint swing axle. |
| Brakes
and area
|
disc, servo assist,two
circuit hydraulic, 273/279mm(10.75/10.99 in) |
| Wheelbase: |
2400mm(94.5in)
|
| Track
front/rear:
|
1486/1487mm(58.5/58.5in)
|
| Length: |
4285mm (168.8in)
|
| Width: |
1760mm (69.2in) |
| Height: |
1305mm (51.4in) |
| Ground
clearance: |
139mm (5.5in) |
| Tires: |
185 H 14 radial
|
| Turning
circle:
|
10.5 meters (34
ft) |
| Steering
type: |
Recirculating ball,
22.7:1 (4.1 turns); servo assisted, 17.3:1 (3.2 turns) |
| Weight: |
roadster: 1300
kg(2860 lbs) -------------------------------------------
coupe: 1380 kg (3036 lbs) |
| Maximum
speed: |
manual: 200 km/hr
(124mph) -----------------------
automatic: 195km/hr (121 mph) |
| Acceleration:
|
manual: 11 sec
0-100 km/hr ------------------------ automatic:
13 sec 0-100 km/hr |
| Fuel
consumption: |
14 liters, super/100
km (16.75 mpg) |
| Fuel
tank capacity: |
82 liters (21.7
gallons) |
Technical
Specifications of the 280SL
| Engine
Type: |
6
cyl overhead camshaft(M 130) |
| Bore
and stroke: |
86.5
x 78.8mm (3.41 x 3.10in) |
| Displacement: |
2778
cc (169.5 cu in) |
| Power
output: |
170
hp (DIN) @ 5700 rpm, 125kW (180 hp SAE hp @ 5700 rpm) or
180 hp (DIN) @ 5900 rpm (non-U.S.) |
| Compression
ratio: |
9.5:1 |
| Torque: |
24.5
mkg @ 4250 rpm( 26.7 mkg SAE @ 4500 rpm 193 ft/LB) |
| Fuel
injection: |
Bosch
six plunger pump |
| Engine
speed at 100km/hr: |
3500
rpm |
| Automatic: |
same
as 250SL |
| Gear
ratios: |
I 4.05:1
II 2.23:1 III 1.42:1 IV 1.00:1 |
| Rear
axle ratio: |
4.08
upon request: 3.92, 3.69 |
| Chassis: |
unit
frame and body |
| Suspension: |
independent
front and rear, with coil springs, single joint swing axle |
| Brakes
and area
|
disc,
servo assist, two circuit hydraulic, 273/279mm(10.75/10.99 in) |
| Wheelbase: |
2400mm
(94.4 in) |
| Track
front/rear:
|
1486/1487mm
(58.5/58.5 in) |
| Length: |
4285mm
(168.8 in) |
| Width: |
1760mm
(69.2 in) |
| Height: |
1305mm
(51.4 in) |
| Ground
clearance: |
139mm
(5.5 in) |
| Tires: |
185
H 14 radial |
| Turning
circle:
|
10.5
meters (34 ft) |
| Steering
type: |
recirculating
ball, servo assisted 17.2:1 (3.2 turns) |
| Weight: |
roadster:
1340 kg (2948 lbs) -----------------------------------------
coupe: 1420 kg (3124 lbs.) |
| Maximum
speed: |
manual:
195 km/hr (121 mph) ----------------------
automatic: 190 km/hr (118 mph) |
| Acceleration:
|
manual:
10 sec 0-100 km/hr ------------------------
automatic: 11 sec 0-100 km/hr |
| Fuel
consumption: |
14
liters, super/100km (16.75 mpg) |
| Fuel
tank capacity: |
82
liters (21.7 gallons) |
|