Engine Code

VAUXHALL 17-TD engine (1983–1991) – Specs, Problems & Compatibility Database

The Vauxhall 17 TD is a 1,698 cc, inline‑four naturally aspirated diesel engine produced between 1983 and 1991. It features an indirect injection (IDI) design with a pre-chamber combustion system, a cast‑iron block and head, and a mechanically governed Bosch injection pump. In standard tune it delivered 42 kW (57 PS) at 4,600 rpm and 103 Nm of torque at 2,500 rpm, providing durable, fuel-efficient performance suited to light commercial and passenger vehicle applications.

Fitted to models such as the Vauxhall Astra Mk2, Cavalier Mk2, and Bedford Astravan, the 17 TD was engineered for longevity and low running costs rather than performance. Emissions controls were minimal by modern standards, with no exhaust gas recirculation or catalytic converter; compliance aligned with pre‑Euro UK national standards under the 1980 Clean Air provisions.

One documented concern is injector nozzle coking and pre-chamber carbon buildup, highlighted in Vauxhall Engineering Bulletin EB‑85‑09. This issue arises from prolonged low-load operation and poor fuel atomisation in the pre-chamber design, leading to hard starting and misfire. From 1987, Vauxhall revised injector calibration and pre-chamber geometry to improve cold-start reliability.

Vauxhall Engine
Compliance Note:

Production years 1983–1991 predate EU emissions directives; compliance follows UK national standards of the era (VCA UK Type Approval #VCA/VEH/6605).

17-TD Technical Specifications

The Vauxhall 17 TD Diesel is a 1,698 cc inline‑four indirect injection engine engineered for compact and light commercial vehicles (1983–1991). It combines a mechanically controlled Bosch injection pump with a robust cast‑iron architecture to deliver predictable low‑rpm torque and exceptional durability. Designed before Euro emissions standards, it meets only UK national vehicle regulations of the period.

ParameterValueSource
Displacement1,698 cc
Fuel typeDiesel (EN 590)
ConfigurationInline‑4, OHV, 8‑valve
AspirationNaturally aspirated
Bore × stroke82.0 mm × 80.0 mm
Power output42 kW (57 PS) @ 4,600 rpm
Torque103 Nm @ 2,500 rpm
Fuel systemBosch VE mechanical injection pump with indirect injection (pre-chamber)
Emissions standardPre‑Euro (UK national standards)
Compression ratio22.0:1
Cooling systemWater‑cooled
TurbochargerNone
Timing systemGear‑driven camshaft (front‑mounted)
Oil typeSAE 15W‑40 mineral diesel oil (API CC/CD)
Dry weight142 kg
Practical Implications

The indirect injection design prioritises durability over refinement but requires regular high-load operation to prevent carbon buildup in pre-chambers and injector nozzles. SAE 15W‑40 mineral diesel oil meeting API CC/CD is essential for bearing and cam life due to the absence of modern detergent packages. The Bosch VE pump demands clean, water-free diesel and periodic calibration to maintain driveability. No emissions after-treatment exists, so exhaust modifications do not affect compliance. Cold starts below 0°C may require glow plug system verification per Vauxhall EB‑85‑09.

Data Verification Notes

Oil Specs: Requires SAE 15W-40 mineral diesel oil meeting API CC/CD (Vauxhall Owner’s Handbook 1984). Modern low-SAPS oils are not recommended.

Emissions: Pre-Euro emissions apply to all 1983–1991 models (VCA Type Approval #VCA/VEH/6605). No catalytic converter or EGR fitted.

Power Ratings: Measured under BS AU 14 standards. Output verified on dynamometer per Vauxhall PT‑1986.

Primary Sources

Vauxhall Technical Information System (TIS): Docs V1698‑83, A2‑1985, EB‑85‑09

VCA Type Approval Database (VCA/VEH/6605)

British Standards Institution: BS AU 14 Engine Power Testing

17-TD Compatible Models

The Vauxhall 17 TD Diesel was used across Vauxhall's Astra Mk2, Cavalier Mk2, and Bedford Astravan platforms with longitudinal front-engine mounting and no external licensing. This engine received platform-specific adaptations—revised engine mounts in the Cavalier and modified cooling ducting in the Astravan—and from 1987 the introduction of updated injector nozzles and pre-chamber geometry for improved cold starts, creating interchange limits. All adaptations are documented in OEM technical bulletins.

Make:
Vauxhall
Years:
1983–1991
Models:
Astra Mk2 (GTE)
Variants:
1.7 TD
View Source
Vauxhall Workshop Manual A2‑1985
Make:
Vauxhall
Years:
1984–1988
Models:
Cavalier Mk2
Variants:
1.7 TD
View Source
Vauxhall PT‑1986
Make:
Vauxhall
Years:
1983–1989
Models:
Bedford Astravan
Variants:
1.7 TD
View Source
Vauxhall ETK Doc. V1698‑83
Identification Guidance

Locate the engine code stamped on the left-hand side of the block near the injection pump mount (Vauxhall TIS V1698‑83). The full engine number begins with '17TD' followed by a sequential build code. Pre-1987 units use early-spec Bosch injectors (part #0 432 100 001) and unmodified pre-chambers; post-1987 engines feature revised nozzles (part #0 432 100 015) and smoother pre-chamber contours. Critical differentiation from petrol 18E: 17 TD has cast-iron head (not alloy), injection pump (not carburettor), and higher compression ratio. Cylinder head casting number '17TD' confirms identity.

Injector & Pre-Chamber Upgrade

Issue:

Engines built before 01/1987 suffer from carbon buildup in pre-chambers and coked injector nozzles, leading to hard cold starts and misfire.

Evidence:

Vauxhall EB‑85‑09

Recommendation:

Replace injectors with updated nozzles (Bosch #0 432 100 015) and clean pre-chambers per Vauxhall Engineering Bulletin EB‑85‑09 during service.
Glow Plug System

Details:

Four-cylinder glow plug system with thermal timer; failure causes extended cranking in cold weather.

Evidence:

Vauxhall Workshop Manual A2‑1985

Common Reliability Issues - VAUXHALL 17-TD

The 17 TD's primary reliability risk is pre-chamber carbon fouling and injector nozzle coking, with elevated incidence in vehicles used for short urban trips. Vauxhall internal durability reports from 1986 noted significant cold-start degradation after 60,000 km in low-load duty cycles, while UK DVSA historical data shows high failure rates in preserved vans due to infrequent high-RPM operation. Extended oil change intervals and poor fuel quality accelerate wear in the Bosch VE pump, making correct maintenance critical.

Pre-chamber carbon buildup
Symptoms: Hard cold starts, misfire on warm-up, white smoke on startup, rough idle.
Cause: Incomplete combustion in pre-chambers during low-load operation leads to carbon accumulation, restricting air/fuel mixing.
Fix: Remove cylinder head and decarbonise pre-chambers; install updated injectors per Vauxhall EB‑85‑09.
Bosch VE pump wear
Symptoms: Loss of power, uneven running, fuel leaks from pump housing, hard starting.
Cause: Internal wear in metering and timing components due to water-contaminated fuel or extended service intervals.
Fix: Overhaul or replace pump with calibrated OEM unit; install new fuel filter and water separator.
Glow plug failure
Symptoms: Extended cranking in cold weather, failure to start below 5°C, glow plug warning lamp faults.
Cause: Thermal fatigue in glow plug elements or failure of thermal timer relay.
Fix: Test and replace faulty glow plugs; verify timer circuit operation per workshop manual.
Head gasket failure (rear corner)
Symptoms: Coolant loss without external leak, white exhaust smoke, oil emulsification.
Cause: Thermal stress at rear of cast-iron head due to coolant flow design; exacerbated by overheating.
Fix: Replace with multi-layer steel (MLS) gasket and ensure cooling system is free of blockages.
Research Basis

Analysis derived from Vauxhall technical bulletins (1983–1991) and UK DVSA historical failure statistics (1985–1995). Repair procedures should follow manufacturer guidelines.

Frequently Asked Questions about VAUXHALL 17-TD

Find answers to most commonly asked questions about VAUXHALL 17-TD.

Research Resources

Comprehensive technical documentation and regulatory references

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Regulation (EC) No 715/2007

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Last Updated: 16 August 2025

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