Magazines:  Real Estate Shopping: Adult Costumes  |  Kids Costumes  |  Car Books  |  Guitars |  Electronics
This Issue Archived Articles Blog About Us Contact Us
SEARCH


Silvia Story - Part One

In the first of this two-part series we look at the classic Nissan Silvia range...

By Michael Knowling

Click on pics to view larger images

At a glance...

  • First of two-part series
  • Evolution of the classic Nissan Silvias
Email a friend     Print article
This article was first published in 2005.

Amongst the most craved performance cars in Australia at present are the S13, S14 and S15 Nissan rear-drive coupes. These relatively lightweight cars are renowned for their power, tough mechanicals, rear-drive handling and immense aftermarket potential.

In this two-part series we’ll look back over the lineage of the popular Silvia range and reveal some of the limited edition models you probably don't know about...

1965 CSP311 Silvia

The world’s first glimpse of the Silvia came at the 1964 Tokyo motor show.

Click for larger image

The original CSP311 Silvia was based on the existing Fairlady 1500 soft-top platform (whose basic design stems back to classic British sports cars). The attractive body of the Silvia can be largely credited to Dr. Albrecht Graf von Goertz – a German designer with previous experience at Porsche, BMW and Studebaker. Dr. von Goertz sculpted the Silvia to incorporate similar concepts seen in the BMW 507 – a long bonnet line, thin pillars and bumpers, and relatively large (14 inch) wheels. Dr. von Goertz was the first designer working in Japan to employ a full-scale clay model.

And the CSP311 Silvia can be credited with some other ‘firsts’...

This was the first Japanese manufactured car to employ disc front brakes, which combined with the rear drums used in the Fairlady. The wishbone front suspension and leaf spring live axle rear suspension were a direct carry-over from the Fairlady, except with softer settings.

Click for larger image

Under its stylish long bonnet, the CSP311 Silvia packed a new 1600cc ‘R’ engine. The R engine used a 3 bearing crankshaft, pushrods, 9.0:1 compression ratio, a lightweight pressed steel exhaust manifold, dual exhaust and twin 38mm Hitachi carburettors. Output was listed at a creditable 66kW at 6000 rpm. Note that a short time into the CSP311 Silvia’s build, the engine was revised with an alloy cylinder head and 5 bearing crankshaft (which hints that there were failures of the original 3 bearing unit). This 5 bearing 1600 was simultaneously employed in the Fairlady 1600.

Click for larger image

A 4-speed manual gearbox (boasting synchros on all forward gears) was installed into the CSP311 together with a shorter diff ratio than found in the Fairlady. This is said to improve acceleration to match the slightly lighter Fairlady. Both the CSP311 Silvia and Fairlady weigh less than 1000kg.

Amazingly, the 1965 Silvia used hand-beaten body panels and each vehicle was hand assembled. It is said that a very high quality exterior finish was achieved but quality is poor beneath the skin.

Nissan Motor Company’s decision to hand assemble the CSP311 Silvia leads us to believe the Silvia was never intended for high-volume production. And it’s just as well. The American market (which Nissan saw as a major target) regarded the CSP311 as too cramped and having a too small engine. Certainly, headroom was limited and engine capacity was modest compared to other vehicles available in America at the time.

Click for larger image

The CSP311 was never officially sold in America but a small number were exported to Australia (where it was badged as the Nissan 1600 Coupe). The car was quite well greeted but with a price tag more expensive than a Lotus Elan, it was never going to be a hot-seller. Over 90 percent of CSP311 Silvias were sold in the Japanese home market – where they were even put to use as highway patrol cars...

Only about 550 examples of these personal coupes were built.

1975 S10 Silvia

Curiously, some 7 years after the demise of the CSP311, Nissan decided to dust off the Silvia nameplate.

Click for larger image

In response to criticism of the original Silvia, Nissan made the next generation (the S10) considerably more spacious and bulkier in proportion. Nissan was rewarded with an export program to America - albeit in relatively small numbers. In America, the S10 was fitted with larger bumpers (to meet more stringent safety standards) and re-badged as a 200SX. But whatever it was badged, the fact remains that the S10 was a humble Datsun Sunny beneath a coupe body...

In its home market in Japan, the Nissan S10 came powered by a 1.8 litre L-series 4 cylinder which, in fuel injected form, generated 79kW at 6000 rpm. The US-spec version employed a larger 2.0 litre L20B engine producing about 70kW but with meatier bottom-end torque.

Part of the reason for the S10’s relative success can be attributed to Toyota’s popular Celica, which was paving the way to this particular niche. However, compared to the original Celica, the S10 Silvia is a bit of an ugly duckling... The appearance was tweaked in 1977 but this was merely a band-aid solution to a major styling issue.

More than 145,000 examples of the S10 Silvia were built – a big improvement over the original 1965 Silvia. Things were slowly starting to shape up...

1979 S110 Silvia

The ugly appearance of the S10 Silvia was forgotten with the 1979 introduction of the S110 Silvia. The S110 possessed the boxy styling that was to become fashionable during the ‘80s.

Click for larger image

Note that, in many markets, the S110 Silvia was badged as Gazelle while the US-spec versions continued with the 200SX name. Initially, the S110 was sold only as a notchback coupe (seen here) but a hatchback version was released not long into production.

A range of engines were available.

Click for larger image

Most S110s were fitted with basic L-series carby engines, while a new fuel injected 1.8 litre Z18 engine was available in up-spec versions in Japan. The high performer of the range was the turbocharged Z18ET engine which put out 100kW at 6000 rpm. We believe these versions were badged as 180SXs in Japan.

In 1982, the S110 Silvia was updated and made available with an all-new 2.0 litre FJ-series 4-cylinder – the FJ20DE. The FJ20 brought a motorsport-inspired DOHC, 16-valve head and fuel injection. The FJ20DE was fitted to only 2000RS versions in coupe and hatchback body styles. These are a relatively rare and desirable vehicle.

Click for larger image

Meanwhile, the hottest Nissan S110 available to American buyers was powered by a naturally aspirated 2.0 litre Z20E and, later, a 2.2 litre version. Neither were inspiring performers.

It is rumoured that Nissan produced a handful of Silvias in the early ’80 powered by a rotary engine based on Mazda’s 12A twin-rotor. These rotary-powered S11 Silvias were apparently a failure and the piston engine’d S110 Silvia was brought back into action.

Click for larger image

One version of the S110 Silvia you probably haven’t heard about is the 240RS. Built as a Group B rally special, the 240RS used a special version of the FJ20DE – a FJ24D. The FJ24D employed a stroker crank (taking swept capacity to 2.4 litres), new pistons and twin side-draught carburettors – output was around 176kW. Very few S110 240RSs were built and even fewer remain intact.

Stick around for Part Two of this series – we’ll look at the modern Silvia range, which evolved into 187kW weapons!

Did you enjoy this article?

Please consider supporting AutoSpeed with a small contribution. More Info...


Share this Article: 

More of our most popular articles.
Yeah, bro. Fit a huge single...

Technical Features - 10 August, 2010

Turbocharging Philosophies

DIY knock detection - cheap, easy and very effective!

DIY Tech Features - 18 November, 2014

Hearing Detonation

Using an electronic voltage switch module

DIY Tech Features - 3 February, 2009

How to Electronically Modify Your Car, Part 8

Building a programmable temperature alarm

DIY Tech Features - 20 October, 2009

eLabtronics EZ System, Part 3

Looking at the Fiat Group's innovative new variable valve system

Technical Features - 1 December, 2009

MultiAir Technology!

Got a 'PD' VW / Audi / Skoda / SEAT diesel? Changing the cam timing can make major differences to performance and economy.

DIY Tech Features - 23 August, 2011

Big Changes from Tiny Adjustments!

A brilliant way of developing and testing space-frame structures

DIY Tech Features - 17 February, 2009

Zero Cost Modelling of Space-Frames

Ideas that you can actually use in your home workshop

DIY Tech Features - 29 November, 2011

Real World Workshop Safety

Drains and landscaping - and passing council inspection!

DIY Tech Features - 9 September, 2008

Building a Home Workshop, Part 5

To improve fuel economy, why not just reduce the amount of fuel that's injected?

Technical Features - 5 August, 2008

Running Lean for Economy

Copyright © 1996-2018 Web Publications Pty Limited. All Rights ReservedRSS|Privacy policy|Advertise
Consulting Services: Magento Experts|Technologies : Magento Extensions|ReadytoShip