Toyota Blizzard

Toyota Blizzard: which version to buy

The Toyota Blizzard was sold in one generation (April 1980–April 1984) as an SUV 3-doors with two catalogue versions. Both are named 2.5 MT. They share the same engine, gearbox, drive, speeds, tank, and clearance. The only measured difference in the data is kerb weight: 1360 kg versus 1350 kg.

The Toyota Blizzard was sold in one generation (April 1980–April 1984) as an SUV 3-doors with two catalogue versions. Both are named 2.5 MT. They share the same engine, gearbox, drive, speeds, tank, and clearance. The only measured difference in the data is kerb weight: 1360 kg versus 1350 kg. There is no second generation to “step up to,” and no petrol, automatic, or two-wheel-drive alternative in this dataset. The buying question is therefore: do you want the 2.5 MT at 1360 kg, or the 2.5 MT at 1350 kg — and what those ten kilograms change in power-to-weight.

Which 2.5 MT is which

Both versions are labelled 2.5 MT. Power does not separate them: each is 85 hp (63 kW) at 4000 rpm and 188 Nm at 2400 rpm. Use kerb weight as the identifier.

Engine placement is Front, longitudinal on both. Compression is 20. Bore and stroke are 92 × 92. Valves per cylinder: 2. Fuel system: not measured. Wheels: not measured. Gross vehicle weight: not measured.

Engine and specs: what you actually get

There is one powertrain. Displacement 2445 cc with 85 hp is 34.8 hp per litre (85 ÷ 2.445). Torque is 76.9 Nm per litre (188 ÷ 2.445). Peak torque arrives at 2400 rpm, 1600 rpm below peak power, which is the useful figure if you care about pulling rather than the 135 km/h top speed.

The Turbo Diesel Inline 4 is the same in both 2.5 MT rows. You cannot buy more cylinders, a different layout, or a non-turbo diesel in this model. Gearbox is Manual with 5 gears; drive is AWD. Choosing a version does not change how the engine is specified — only how much mass that engine has to move.

Performance and economy (mpg)

0–100 km/h: not measured for either 2.5 MT. Top speed: 135 km/h for both. Fuel consumption (city / highway / combined): not measured. CO2 / eco class: not measured.

Economy cannot decide the purchase: there is no mpg figure in the data. Speed cannot decide it either: both versions are listed at 135 km/h. Any “which is quicker” argument has to use weight, not a stopwatch number we do not have.

Power-to-weight from the given kerb masses:

• 2.5 MT at 1360 kg: 16.0 kg per hp (1360 ÷ 85). 62.5 hp per tonne.
• 2.5 MT at 1350 kg: 15.9 kg per hp (1350 ÷ 85). 63.0 hp per tonne.

The lighter 2.5 MT is 10 kg less (0.74% of 1360). That is 0.12 kg/hp better and 0.5 hp per tonne more. On paper it is the slightly stronger-feeling of two identical drivetrains. It is not a different engine.

Torque-to-weight:

• 1360 kg 2.5 MT: 7.23 kg per Nm (1360 ÷ 188), 138.2 Nm per tonne.
• 1350 kg 2.5 MT: 7.18 kg per Nm, 139.3 Nm per tonne.

Again the gap is arithmetic, not a second specification.

Dimensions, weight, tank, clearance

Ground clearance is 210 mm on both 2.5 MT versions. Fuel tank is 60 L on both. Wheel size is not measured for both, so tyre choice is not a catalogue differentiator here.

Kerb weight is the only dimensional split: 1360 kg versus 1350 kg. Gross weight is not measured, so payload cannot be compared. Front and rear suspension are both Independent, spring. Front brakes Disc, rear Drum. Chassis layout does not change between versions.

If you care about mass for ferries, roofs, or recovery, the 1350 kg 2.5 MT is the lighter listing. If a listing quotes 1360 kg, that is the other 2.5 MT, not a heavier generation.

Generations: what changed (and what did not)

There is 1 generation. Production: 1980-04-01 to 1984-04-30. Body: SUV 3-doors. Versions in this generation: 2. There is no restyle generation and no later generation in the data, so you cannot “buy the facelift” or “skip the first years for a new engine.” Both 2.5 MT rows use the same start and stop dates.

What generation choice would normally buy — more doors, more gears, a different fuel, a different drive — is not on the table. The Blizzard in this catalogue is one four-year window, one body, one gearbox type, one drive type, one displacement.

Which version to choose

Buy the 2.5 MT at 1350 kg if you want the only measured advantage in the data: 10 kg less kerb mass, 15.9 kg/hp instead of 16.0, 63.0 hp/t instead of 62.5. Same 85 hp, same 188 Nm, same 5-speed Manual, same AWD, same 210 mm clearance, same 60 L tank, same 135 km/h.

Buy the 2.5 MT at 1360 kg if that is the car in front of you and the extra 10 kg is acceptable. You do not lose power, torque, gears, or clearance. You do not gain a different engine. You are 0.74% heavier at kerb.

Do not choose by mpg, 0–100, wheels, or eco class. Those are not measured. A seller’s fuel story is not in this dataset.

Do not expect a second engine or a later generation. Both catalogue lines are 2.5 MT, 2445 cc, Turbo Diesel, Inline 4, Front, longitudinal. The “extra money” in this model does not buy extra horsepower in the data; the two versions are power-identical. The only arithmetic upgrade is the lighter kerb figure.

Reliability / problems: this dataset has no failure rates, no service intervals, and no common-fault list. Mechanical sameness of the two 2.5 MT versions means condition of the specific vehicle matters more than which row you pick. The shared hardware is: 85 hp at 4000 rpm, 188 Nm at 2400 rpm, compression 20, square 92 × 92 bore and stroke, Disc front / Drum rear, Independent, spring at both ends.

Short rule: if both cars are equal in condition, take the 2.5 MT listed at 1350 kg. If they are not equal in condition, the 10 kg gap is smaller than almost any real-world difference in how the vehicle was used. There is no other Toyota Blizzard version in these figures to compare.