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Steyr Daimler Puch 8035a

Built: 1984 · Series: 80er Baureihe

More machines from model year 1984

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The 8035a from Steyr Daimler Puch is part of the 80er series. Production: 1984. The engine delivers 30 hp (22.1 kW), has 2 cylinders, with a displacement of 1,992 cm³. Rated speed is 2,200 rpm. The machine is 3,175 mm long, 1,675 mm wide and 2,112 mm high. The wheelbase measures 1,847 mm. Ground clearance is 330 mm. Top speed is 30 km/h. Transmission: 8V/6R. The engine is water-cooled. Tyres: front n. b., rear n. b.. The fuel is diesel. The bore measures 105 mm. The stroke is 115 mm. Construction: unit construction (no separate frame). Injection pressure is 186 bar. Around 1 units were built. The 80er Baureihe series covers 18 models. Rated output within it ranges from 30 to 150 hp; the 8035a sits at the bottom of that range with 30 hp. Its immediate neighbours are the 8045 (a) above it with 42 hp. 37 Steyr Daimler Puch models across 4 series are on record.

Steyr 8000 series: the backbone of Austrian farms, from the 8035a to the 8100 (a), 22.1 to 110.4 kW, two- to six-cylinder engines with water cooling

From 1976 the 8000 series, also known as the 80 series, replaced the Plus series and over nearly two decades became Steyr's most widely built tractor — models such as the Steyr 8090 and 8100 still shape the picture of many Austrian and Central European farms today.

Read on 4 more paragraphs

The register lists 18 live models, from the 8035a to the 8100 (a), built between 1976 and 1993. Output ranges from 22.1 to 110.4 kW, weight from 1,900 to 6,024 kg, displacement from 1,992 to 6,596 cm3, across two- to six-cylinder engines.

Typical of the 8000 series are a rugged turbodiesel four-cylinder in the mid-power classes, a synchronised gearbox with several range groups, and the comfort cab Steyr is known for.

Many examples of the 8090 and 8100 remain in everyday use today among part-time farmers, mountain farms, and as second tractors on mid-sized operations.

The wide weight range from 1.9 to just over 6 tonnes shows the 8000 series spans Category I through to Category II/III of the ISO 730 three-point linkage; the smaller 8035 to 8060 usually carry Category I, the large 8090 and 8100 already Category II. Beyond the 540 rpm PTO, the stronger models often additionally offer 1,000 rpm for implements with high power demand, such as wide-area spreaders or field sprayers. Checking which speed is actually engaged before hitching up prevents damage to an implement's own gearbox.

Sources: SpecCodex register, model data: Steyr 8000er-Baureihe, Steyr

Technical data

Engine

Fueldieselcorrect
Power30 hp (22.1 kW)correct
Rated speed2,200 rpmcorrect
Cylinders2correct
Displacement1,992 cm³correct
Bore105 mmcorrect
Stroke115 mmcorrect
Injection pressure186 barcorrect
Coolingwater-cooledcorrect

Dimensions and weights

Length3,175 mmcorrect
Width1,675 mmcorrect
Height2,112 mmcorrect
Wheelbase1,847 mmcorrect
Ground clearance330 mmcorrect

Drivetrain and chassis

Drivefour-wheel drivecorrect
Gearbox8V/6Rcorrect
Front tyresn. b.correct
Rear tyresn. b.correct
Top speed30 km/hcorrect

Origin and approval

Constructionunit construction (no separate frame)correct
Units built1correct

Frequently asked questions

How much power does the Steyr Daimler Puch 8035a have?

The Steyr Daimler Puch 8035a delivers 30 hp.

What engine does the Steyr Daimler Puch 8035a have?

2 cylinders, 1,992 cm³ displacement, Diesel.

How fast does the Steyr Daimler Puch 8035a go?

Top speed is 30 km/h.

What are the dimensions of the Steyr Daimler Puch 8035a?

3,175 mm × 1,675 mm × 2,112 mm.

When was the Steyr Daimler Puch 8035a built?

Production years: 1984.

What to check before buying

  • Check the hour meter against the service records — a replaced instrument is the most common gap.
  • Compare the data plate and chassis number with the papers.
  • Check front and rear tyre sizes: mismatched pairs strain the drivetrain.
  • Shift the gearbox cold and warm — jumps only show up at temperature.
  • Load the hydraulics and watch for sag.
  • Ask about parts availability for this build year — the running costs hang on it.

A general list for this type of machine — no substitute for an inspection or an appraiser.

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This page carries 22 individual figures for this model. They come from 1 recorded source; every figure can be traced there. What we cannot document is not here — we leave gaps open rather than estimate them.

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Other models in this series

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