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What is the fuel consumption of the old Toyota Starlet?

Across its four generations (1978–1999), the Starlet offered compact, lightweight efficiency with several small petrol engines. The fuel consumption varies by generation, engine, and transmission, but you can expect roughly 5.5–7.5 liters per 100 kilometers (about 31–43 mpg US), with manual versions typically more economical than automatics. Real-world figures can be higher, especially in city driving or with wear and aging components.


Generation-by-generation outlook


First generation (1978–1984)


Early Starlets used small carburetted engines around 1.0–1.3 liters. Fuel economy tended to be modest, with manual transmissions offering the best efficiency under typical driving conditions.



  • Common combined fuel economy: approximately 6.0–7.5 L/100 km (about 31–39 mpg US).

  • Equivalent in UK imperial gallons: roughly 37–54 mpg UK.


These figures are averages drawn from contemporary road tests and owner reports; actual numbers depend on engine condition, tuning, and driving style.


Second generation (1984–1989)


Improvements in fuel injection and refinement modestly boosted efficiency, though the Starlet remained a lightweight urban hatchback. Manual gearboxes usually delivered the best economy.



  • Typical combined range: roughly 5.5–7.0 L/100 km (about 34–43 mpg US).

  • UK MPG range: approximately 40–55 mpg UK, depending on gearing and model.


As with the first generation, real-world results vary with maintenance, load, and driving style.


Third generation (1990–1995)


The third generation leaned into more modern EFI engines, commonly around 1.3–1.4 liters. Well-tuned manuals tended to be the most economical configuration.



  • Typical combined: about 5.5–6.5 L/100 km (roughly 36–43 mpg US).

  • UK range: around 46–58 mpg UK in favorable conditions.


Owners report a wide variance based on weight, climate, and tire choice.


Fourth generation (1995–1999)


The final Starlet iterations continued the light-weight, efficient ethos, frequently with 1.3–1.4 liter EFI engines. Automatics typically consume a bit more than manuals.



  • Common combined fuel economy: approximately 5.5–6.5 L/100 km (about 36–43 mpg US).

  • UK figures commonly around 50–60 mpg UK in ideal conditions, lower in city driving or with an automatic.


As with earlier generations, real-world results depend on maintenance, driving style, and load.


Practical tips to maximize fuel economy


For anyone considering an older Starlet or maintaining one, efficiency hinges on upkeep and driving habits. The following practices help you stay near the lower end of the typical range without compromising reliability.



  1. Keep the engine tuned and replace filters on schedule; clean fuel injectors where applicable.

  2. Maintain correct tire pressure and alignment to reduce rolling resistance.

  3. Use quality spark plugs and ensure ignition timing is properly set.

  4. Choose manual transmission models when possible for the best economy, and drive smoothly with light throttle.

  5. Plan routes to avoid stop-and-go traffic and minimize heavy loads where feasible.


Adhering to these tips can help you approach the lower end of the Starlet’s fuel-economy range for its era.


Summary


The old Toyota Starlet offered respectable fuel economy across its generations, with typical combined consumption generally in the 5.5–7.0 L/100 km range (roughly 31–43 mpg US). Manual versions usually outperform automatics in efficiency. Numbers vary by engine size, market, maintenance, and driving conditions. For precise figures, locate the specific model year’s official data or consult owner clubs and historic brochures that document the exact variant you’re evaluating.


Quick reference by generation


These ranges provide a practical guide for prospective buyers or restorers, acknowledging that era-specific testing standards and regional variants affect exact numbers.



  • First generation (1978–1984): approximately 6.0–7.5 L/100 km (31–39 mpg US).

  • Second generation (1984–1989): approximately 5.5–7.0 L/100 km (34–43 mpg US).

  • Third generation (1990–1995): approximately 5.5–6.5 L/100 km (36–43 mpg US).

  • Fourth generation (1995–1999): approximately 5.5–6.5 L/100 km (36–43 mpg US).


Note: Figures are approximate and depend on variant, market, and condition. For a specific car, consult the owner’s manual, a factory brochure, or a dedicated Starlet registry to confirm the closest official figure.


Summary: The Starlet’s fuel economy reflects its era’s small-displacement petrol engineering—efficient for its time, with real-world results shaped by maintenance and driving style. For fans of affordable, uncomplicated classics, the Starlet remains a practical choice if you prioritize economy and ease of upkeep.

Is the Toyota Starlet fuel-efficient?


The Starlet, based on the Suzuki Baleno, is a more affordable, fuel-efficient option with a 1.5L engine, making it ideal for budget-conscious buyers in emerging markets.



What is the fuel consumption of a 1997 Toyota Starlet?


Toyota Starlet 1997 Fuel consumption
The Toyota Starlet currently offers fuel consumption from 6.6L/100km.



How many miles per gallon does a 1982 Toyota Starlet get?


*EPA STATEMENT: Starlet is rated at 52 EPA Estimated Highway MPG. 38 EPA Estimated MPG (51 EPA Estimated Highway MPG. 37 EPA Estimated MPG in California).



What are common problems with starlets?


Toyota Starlet Common Problems and Solutions

  • Poor economy. Problem: A common problem with the Starlet is called 'Pinking'.
  • White smoke coming from the exhaust. Problem: One of the primary symptoms of a blown cylinder head gasket is white smoke emerging from the exhaust.
  • Rough idling. Problem:
  • Power loss. Problem:


Kevin's Auto

Kevin Bennett

Company Owner

Kevin Bennet is the founder and owner of Kevin's Autos, a leading automotive service provider in Australia. With a deep commitment to customer satisfaction and years of industry expertise, Kevin uses his blog to answer the most common questions posed by his customers. From maintenance tips to troubleshooting advice, Kevin's articles are designed to empower drivers with the knowledge they need to keep their vehicles running smoothly and safely.