Technical register for agricultural, construction and commercial machinery · sourced data
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Studebaker TRANSTAR3E7-22/3100

Built: 1958-1958 · Series: Other models

More machines from model year 1958

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The Studebaker TRANSTAR3E7-22/3100 is a machine built by Studebaker. Production: 1958. The engine delivers 125 kW, has 8 cylinders, with a displacement of 4,245 cm³. The machine is 5,100 mm long and 1,900 mm wide. The unladen weight is 1,850 kg. Rated output across the Studebaker range ranges from 63.3 to 125 kW; the TRANSTAR3E7-22/3100 sits at the top of that range with 125 kW. Its immediate neighbours are the EC-2-PICK UP/3130 below it with 88 kW. Unladen weight across the Studebaker range ranges from 1,650 to 4,480 kg; here the TRANSTAR3E7-22/3100 sits at the bottom of that range with 1,850 kg. 33 Studebaker models across 3 series are on record.

Studebaker – other commercial vehicles: from the M-series pickups of the 1940s through the 2R and 3E ranges and the Transtar to the Champ, six- and eight-cylinder engines of 2.0 to 5.0 litres, 88 to 125 kW

This page gathers the pickup and light commercial ranges of Studebaker that the register could not assign to a named range – from the M-series pickup of the 1940s (M5 as a half-ton, M15 as a three-quarter-ton and M16 as a one-ton) through the successor 2R (1949 to 1953) and 3E (1954/55) ranges to the pickup marketed as the Transtar from 1956 and the Champ, introduced in 1960 on the Lark passenger-car platform. Studebaker, founded in 1852 as a wagon builder in South Bend, Indiana, built vehicles from 1902 and finally ended all vehicle production in 1966; the Champ was thus the brand's last pickup range.

Read on 3 more paragraphs

The register lists here 21 versions with 88 to 125 kW from six- and eight-cylinders of 2,000 to 4,970 cm³, unladen weights from 1,290 to 2,537 kg, gross weights from 1,530 to 3,500 kg, lengths from 5,100 to 5,200 mm and widths from 1,770 to 2,170 mm.

Studebaker's pickups competed in the US against Ford, Chevrolet and Dodge but always remained the smaller brand with lower volumes; the vehicles reached Europe mostly as imports and are today traded chiefly as collector pieces of American post-war history.

On a used example from these model years, rust on the frame, wings and load bed, the condition of the carburettor and ignition system, oil leaks from engine and gearbox on the eight-cylinders, and the function of the mechanical brakes count; spare parts are scarce given the low production volumes and run almost exclusively through specialist US parts dealers and clubs.

Sources: Kennwerte der Modelle Studebaker (weitere Modelle)

Technical data

Engine

Power125 kWcorrect
Cylinders8correct
Displacement4,245 cm³correct

Dimensions and weights

Length5,100 mmcorrect
Width1,900 mmcorrect
Unladen weight1,850 kgcorrect

Where this model stands

Power-to-weight ratio: 67.6 kW/t (125 kW / 1.9 t)

Stronger than 87% of the vans in the register — out of 7,144 models with a stated power figure.

Calculated from the documented figures above — not a rating.

Frequently asked questions

How much power does the Studebaker TRANSTAR3E7-22/3100 have?

The Studebaker TRANSTAR3E7-22/3100 delivers 125 kW.

How much does the Studebaker TRANSTAR3E7-22/3100 weigh?

The unladen weight is 1,850 kg.

What engine does the Studebaker TRANSTAR3E7-22/3100 have?

8 cylinders, 4,245 cm³ displacement.

What are the dimensions of the Studebaker TRANSTAR3E7-22/3100?

5,100 mm × 1,900 mm.

When was the Studebaker TRANSTAR3E7-22/3100 built?

Production years: 1958.

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 the weights in the papers against the figures here — attachments change them.
  • 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 7 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.

The technical data on this page comes from official vehicle registration records (RDW/Traficom), not from the manufacturer.

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Other models in this series

Sources: [1]

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