Ferrari Dino 206 GT: which version to buy
The Ferrari Dino 206 GT catalogue lists one generation and one version. If the question is which Dino 206 GT to buy, the measured answer is 2.0 MT. There is no second engine, no second gearbox, no restyle line, and no generation-to-generation step-up inside this model key. The arithmetic below is what that single line actually buys.
The Ferrari Dino 206 GT catalogue lists one generation and one version. If the question is which Dino 206 GT to buy, the measured answer is 2.0 MT. There is no second engine, no second gearbox, no restyle line, and no generation-to-generation step-up inside this model key. The arithmetic below is what that single line actually buys.
Which version to choose
2.0 MT is the only buy. It is a Coupe from 1 generation (1967-01-01 to 1969-12-31). It is Gasoline, 1987 cm³, 6 cylinders in a V-shaped layout, 2 valves per cylinder, Carburetor, Rear engine, Manual with 5 gears, RWD. Peak output is 180 hp (132 kW) at 8000 rpm. Kerb weight is 900 kg. Top speed is 235. Boost is not measured. Torque in Nm is not measured. Torque rpm is not measured. 0–100 is not measured. City, highway, and combined consumption are not measured. Tank, CO2, eco class, gross weight, ground clearance, and wheel size are not measured.
There is no “extra money” trim in this dataset: no automatic, no extra litre, no extra drive mode. Choosing 2.0 MT is not a compromise against a missing 2.4 or a missing AT; those names are not in the data. The comparison that matters is 2.0 MT versus nothing else in the Dino 206 GT table.
Specs: the only line you can order
| Version | hp | Nm | Displacement | Fuel | Cylinders | Layout | Boost | Gearbox | Drive |
|---|---|---|---|---|---|---|---|---|---|
| 2.0 MT | 180 | not measured | 1987 | Gasoline | 6 | V-shaped | not measured | Manual, 5 | RWD |
2.0 MT is named exactly as in the database. There is not a second 2.0 MT with a different horsepower, so you do not split this name by output.
Engine placement for 2.0 MT is Rear. Fuel system is Carburetor. Compression ratio is 9. Bore and stroke are 86 × 57. Valves per cylinder: 2, so 6 × 2 = 12 valves in total. Fuel grade is not measured.
Engine: what 180 hp actually is on 1987 cm³
Power per litre on 2.0 MT:
- 180 ÷ 1.987 ≈ 90.6 hp per litre
- 132 ÷ 1.987 ≈ 66.4 kW per litre
That specific output is the whole “engine” story of this catalogue row. There is no higher-output 2.0 MT and no lower-output 2.0 MT to average against.
Peak rpm is 8000. Without a measured torque figure, you cannot compute newton-metres per litre or a torque plateau. Nm is not measured; Nm rpm is not measured. Do not treat a missing torque line as “this engine has no torque.” It was not measured in this source.
Boost is not measured. Do not invent a naturally aspirated label from that blank; the blank means the boost field was not filled.
Compression 9 is the only ratio on the sheet. Bore 86 against stroke 57 is a short-stroke geometry (stroke/bore ≈ 0.66). That is arithmetic on the given pair, not a second engine.
Generations: one generation, one body, one version
1 generation ran from 1967-01-01 to 1969-12-31. Body: Coupe. Versions in this generation: 1 — 2.0 MT. There is no restyling generation and no second generation to “step up to.” You cannot buy a later Dino 206 GT generation from this model key.
Calendar span of the listed window: from the start of 1967 through the end of 1969. Every 2.0 MT in the table sits inside that same start/stop pair as the generation. There is no mid-cycle horsepower bump (no 180 vs 190 split on the same name).
If you were hoping a later generation added displacement, gears, or drive, this model does not provide that fork. The generation count is 1.
Performance: what is measured, what is not
Top speed for 2.0 MT: 235. That is the only speed number in the data.
0–100 for 2.0 MT: not measured. A buyer who needs a sprint time cannot rank this version against another Dino 206 GT version, because no second version exists and this one has no 0–100 figure.
Weight-to-power on the measured pair:
- 900 kg ÷ 180 hp = 5.0 kg per hp
- 180 hp ÷ 900 kg = 0.20 hp per kg
- 132 kW ÷ 900 kg ≈ 0.147 kW per kg
Those ratios are the performance comparison this catalogue can actually make. They compare 2.0 MT to itself: mass and peak power are both measured, sprint is not.
Fuel consumption (city, highway, mixed): not measured for 2.0 MT. MPG is not in the data. Tank is not measured. CO2 is not measured. Eco class is not measured. You cannot pick 2.0 MT “for economy” from this sheet; economy was not measured.
Dimensions and weight: the 900 kg decision
Kerb weight 2.0 MT: 900. Gross weight: not measured. Ground clearance: not measured. Wheel size: not measured. Tank: not measured.
The buy decision on size is therefore not “which wheel” or “which tank.” It is whether 900 kg kerb on a Coupe with Rear engine and RWD is the package you want. There is no heavier GT version and no lighter stripper in the table.
Suspension, both ends: Independent, spring. Brakes, both ends: Disc (catalogue English label Disc). Those chassis labels do not split by version because there is only 2.0 MT.
What the extra money cannot buy here
With one version, “what the extra money buys” is empty in the arithmetic sense: there is no second row whose hp, kg, or gears you can subtract.
Differences that are not in the data and therefore cannot be a reason to choose:
- a second gearbox (only Manual, 5)
- a second drive (only RWD)
- a second fuel type (only Gasoline)
- a second cylinder count or layout (only 6, V-shaped)
- a second displacement (only 1987)
- a second peak (only 180 hp / 132 kW at 8000 rpm)
- a measured torque, 0–100, mpg, tank, clearance, wheels, gross mass, CO2, eco class, or boost
If another Ferrari model in a different catalogue key offers more litres or more gears, that is outside this model. Inside Dino 206 GT, 2.0 MT is the full set.
Reliability and problems: what this sheet does not measure
This source does not list faults, service intervals, or reliability scores. Those topics are not measured here. Do not treat silence as “no problems.” The only mechanical facts you can hold are the filled fields on 2.0 MT: Gasoline Carburetor, Rear, Manual 5, RWD, Independent spring front and rear, Disc brakes front and rear, compression 9, 86 × 57, 8000 rpm peak, 180 hp, 900 kg, top speed 235.
A buyer who needs a documented problem history must look outside this table; this article will not invent one.
mpg, economy, and running cost from the numbers we have
mpg: not measured. City: not measured. Highway: not measured. Mixed: not measured. Tank: not measured. You cannot compute range. You cannot rank 2.0 MT as thirsty or frugal. The honest economy section is that economy was not measured.
What you can still use for a running-cost shape (not a fuel bill): a 1987 cm³ Gasoline Carburetor at 8000 rpm peak and 90.6 hp/L is a high specific-output small V-shaped 6 on the numbers given. That is not a consumption figure.
Dimensions vs performance: how the 900 kg line sits next to 180 hp
2.0 MT pairs the lightest-looking measured mass in this table (900, and it is the only mass) with the only power figure (180). 5.0 kg/hp is the weight-to-power you are buying. Top speed 235 is the only speed cap. 0–100 remains not measured, so you cannot convert 5.0 kg/hp into a sprint ranking.
Ground clearance not measured means you cannot choose 2.0 MT for ride height. Wheels not measured means you cannot choose it for a tyre size. Gross weight not measured means you cannot compute payload as gross minus kerb.
Buying rule, in one paragraph
Buy Ferrari Dino 206 GT 2.0 MT if you want the only Coupe version in 1 generation (1967-01-01–1969-12-31): 180 hp / 132 kW at 8000 rpm, 1987 cm³ Gasoline, 6 cylinders V-shaped, 2 valves per cylinder, Carburetor, Rear, Manual 5, RWD, kerb 900 kg, top speed 235, compression 9, bore/stroke 86 × 57, Independent spring suspension, Disc brakes. Do not wait for another Dino 206 GT version in this model: there isn’t one. Treat torque, 0–100, mpg, tank, CO2, eco class, boost, fuel grade, gross weight, clearance, and wheels as not measured, not as zeroes.