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Better
known as the Omni today, Marutis first people carrier is regularly
sighted in the second-hand car market due to its down-to-earth prices
and sheer utility.
The Maruti Van was the second vehicle that was launched by Maruti Udyog
in India. It was for a long time the second best selling vehicle in the
country, beaten only by the 800 which topped the sales charts year after
year. The reasons for the Vans popularity were simple. It could
seat eight people, had tons of luggage space, was easy to drive, packed
in reliability, had low running costs, and due to its small size had an
incredible turning radius, was extremely maneuverable. Versatility was
its USP from the time it was launched, and that holds true even today.
The most important thing when checking out a good van is to ask if the
vehicle has been used for transporting passengers. Vans are still a popular
choice for plenty of tourist taxi operators, so it is always wise to check.
The last thing you would want is a van that has seen abuse transporting
passengers or goods. In vans with such a history, it would be prudent
to look into the service history with close attention to engine oil changes
especially in high mileage vehicles. If the record throws up some surprises
or is not clear, it is best left alone. Single- owner Vans are a safer
bet.
ENGINE
The Van is powered by the same engine that powers the Maruti 800, but
with a different camshaft designed for higher torque than the 800. This
is to enable it to carry more weight that the van is bound to be loaded
with. The engine, with the higher torque, feels peppier than the 800 and
has little difficulty negotiating gradients, even when loaded. Till the
time when the engine was given the MPFI treatment, the 796cc powerplant
had contact-breaker point type ignition necessitating checks on the breaker
gap at regular intervals to ensure optimum power from the engine. In situations
where the van has covered a high mileage or has been used for commercial
purposes, it would be wise to check the condition of the engine. An un-healthy
engine is a sure indication of major expenses in the future.
DRIVELANE
 |
 |
| Area
around engine bay likely spots of corrosion |
The Van is the only other vehicle (along with the Gypsy) in the Maruti
line-up to have rear-wheel drive. The components of the driveline last
quite a bit but it depends on how and where the vehicle has been used.
In normal city use, the van will not have encountered many problems, but
in case of a vehicle having been used for long distance commuting or load
carrying, the components are sure to have taken a beating. Driving with
a full load takes its toll on the complete driveline. A common problem
in an abused van is play in the propeller shaft joint cross.
This is most noticeable when starting from a standstill, when a click
can be heard from under the vehicle while moving off. This sound from
the propeller shaft is indicative of the kind of use the van must have
seen. If the service records show work to have been carried out on the
driveline, there is no harm in taking a closer look at the vehicle. All
the same, keep a ear open for any unusual sounds when taking a test drive.
Another unusual sound that needs to be checked is a hum from the differential
in vehicles with more than 80,000km on the odo. This is mainly caused
by a worn crown wheel and pinion, and can be eliminated by adjusting the
backlash or, in extreme cases, by replacing the two as a set. A rather
loud sound from the differential is a sign for you to keep away from the
car as repairs may prove to be expensive. Also on the checklist are the
gear lever bushes. If there is excessive play and there is difficulty
in engaging gears, the bushes are worn out. Replacing these is not a big
issue and shouldnt deter you from a good purchase.
 |
 |
welded
footwell indicative of a front-end shunt;
also check battery tray corrosion. |
SUSPENSION
The suspension set-up in the Maruti Van is quite simple. Struts take care
of the front end and multi-leaf springs at the back. The front suspension
does its job well and the bushes last quite a bit, with attention required
only after about 80,000 kilometres. The rear suspension, with its leaf
spring set-up may seem rudimentary by todays standards, but is up
to the job when carrying loads or ferrying passengers. Faulty dampers
at the rear and worn-out bushes are the only things to check for.
In cases where the car has seen a lot of kilometres, one can expect to
encounter play in the ball joints and drag link, which can be detected
if the vehicle wanders even when the steering wheel is held steady. This
can also happen if the chassis member on which the steering gearbox fits
flexes on turning the steering wheel.
STEERING
The vans front wheels are turned by a worm and roller box mounted
on the front chassis crossmember via links attached to an idler arm. In
instances where the chassis member is corroded, the mounting point tends
to flex every time the steering wheel is turned. This flexing manifests
itself as play in the steering wheel and the van wanders to either side
on a plain road and calls for constant steering correction. Needless to
say, it is best to stay away from vehicles with this problem.
 |
 |
| Check
for corrosion under accelerator pedal and front crossmember. |
BRAKES
The van has drum brakes at all four wheels. Vehicles with high mileages
or even with around 30,000km on the clock can be found with worn brake
shoes, both front and rear. The behaviour of the vehicle on braking gives
an idea of the condition of the brakes. Worn shoes can cause the vehicle
to pull to one side on braking. Vans exhibiting this kind of reaction
to braking are sure to require work on the brakes.
BODY
The Van body has an extensive area of sheet metal exposed to the elements.
The main area to look for corrosion is under the rail of the rear sliding
door. More often than not, the area under the rails starts to corrode
first. Also check for corrosion along the rear door sills. Water collecting
there after a wash, first thing in the morning, tends to aid corrosion.
Since Vans are likely to be used as passenger vehicles, make sure the
body is gone over with particular care. In many cases, vans involved in
front end crashes have the front end replaced, that is the part from the
crossmember behind the engine to the front panel. This can be made out
by the welding spots that can be seen around the front floor panel, which
bonds with the underbody panels.
TEST DRIVE
On a test drive look for even the slightest sound which might in-dicate
that the van may not be in as perfect a condition as you would like it
to be. First of all, when moving from a standstill, listen to a sound
from under the floor. A loud click when just moving off is a sign of play
in the propeller shaft UJ (universal joint) cross. This will manifest
itself as a vibration at higher speeds. Also see if there is a hum from
the rear axle. This sound is from the differential, caused by play developed
with wear in the crown wheel and pinion. Most of the time, it is eliminated
by adjustment. In extreme cases, the sound can be eliminated only by replacing
the crown wheel and pinion as a set, which can be prohibitively expensive.
|
 |
| source:
AUTOCAR INDIA |
| February
2002 |
| |
Prices
we have seen
(in lakh) |
| |
FR |
E
FR |
HR |
E
HR |
| 2001 |
2.00 |
1.98 |
2.05 |
2.00 |
| 2000 |
1.85 |
1.85 |
1.80 |
1.85 |
| 1999 |
1.65 |
1.65 |
NA |
1.65 |
| 1998 |
1.40 |
1.45 |
NA |
NA |
| 1997 |
1.15 |
1.15 |
NA |
NA |
| 1996 |
1.00 |
NA |
NA |
NA |
| 1995 |
0.80 |
NA |
NA |
NA |
| E
- Eight seater, FR - Flat roof, HR - High roof |
|
|
| |
| Approximate
cost of components |
| Front
brake drum each |
Rs
508 |
| Brake
shoe each |
Rs
75 |
| Brake
drum each |
Rs
380 |
| Brake
shoe set |
Rs75
each |
| Headlamp
assembly (each) |
Rs
140 |
| Side
lamp assembly (each) |
Rs
85 |
| Rear
lamp assembly (each) |
Rs
155 |
| Timing
belt |
Rs
275 |
| Clutch
& pressure plate |
Rs
1205 |
| Clutch
release bearing |
Rs
360 |
| Clutch
cable |
Rs
115 |
| Fuel
pump |
Rs
280 |
| Tie-rod
ends & Ball joints |
Rs
445 |
| Front
bumper |
Rs
755 |
| Rear
bumper |
Rs
610 |
| Shock
absorbers (f & r) |
Rs 1610 |
| Brake
master cylinder kit |
Rs
535 |
| Brake
wheel cylinder kit |
Rs
145 |
| Front
wheel bearings (set) |
Rs
150 |
| Gear
lever bushes (set) |
Rs
175 |
| Regular
running items |
| Fuel
filter |
Rs
28 |
| Oil
filter |
Rs
55 |
| Air
filter |
Rs
130 |
| Door
mirror |
Rs
115 |
| Fan
belt |
Rs
55 |
| AC
belt |
Rs
295 |
| Labour
charges |
| Routine
service |
Rs
575 |
| Clutch
overhaul |
Rs
879 |
| Front
suspension o/h |
Rs
629 |
| Rear
suspension o/h |
Rs
535 |
| Brake
overhaul |
Rs
629 |
|
|
| |
| What
happened when |
| November
1984
Introduction of Omni (flat roof and high roof) |
| 1989
Improvements in suspension and rear seats |
| 1993
Change in interior colour, head restraints |
| April
1995
Introduction of emission norms |
| April
1996
Introduction of revised emission norms (Evapo HC emission) |
| April
1998
Revised emission norms (Catalytic converter and exhaust
manifold change) |
| December
1996
Introduction of Omni (E) eight-seater |
| February
1998
New Omni (E) eight-seater |
| Exterior
change:
Rectangular headlamp, new protruding front panel, new
front and rear bumpers, two reversing lamps, body side
moulding etc. |
| Interior
change:
New-shape front seats, new- shape steering wheel, door
trim with weld pattern, new bigger outside rearview mirror
|
| October
1999 Introduction
of Omni XL (high roof) and MPFI |
| January
2001
Introduction of CNG option |
|
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