SEAT Malaga

SEAT Malaga: which version to buy

The SEAT Malaga was sold in one generation (1985–1993) as a Sedan, with 6 versions. There is no later generation in this catalogue, so the buying choice is not “which year of restyle” but which engine and fuel system under the same body, FWD, Manual 5-speed gearbox, 125 mm ground clearance and 50 L tank. The spread is large: 55–100 hp, 0–100 km/h in 11.0–21.9 s, top speed 148–174 km/h.

The SEAT Malaga was sold in one generation (1985–1993) as a Sedan, with 6 versions. There is no later generation in this catalogue, so the buying choice is not “which year of restyle” but which engine and fuel system under the same body, FWD, Manual 5-speed gearbox, 125 mm ground clearance and 50 L tank. The spread is large: 55–100 hp, 0–100 km/h in 11.0–21.9 s, top speed 148–174 km/h. Combined fuel use is 6.5–7 L/100 km on every measured version, so economy barely separates them; power, 0–100 time and how the 1.5 L engines are fed do.

Generations: what changed (and what did not)

1 generation (1985–1993) is the whole model: Sedan, 6 versions, all Front, transverse 4-cylinder Inline engines with 2 valves per cylinder and boost No. Front suspension is Independent, spring; rear is Dependent, leaf spring. Front brakes are Disc, rear Drum. Restyling is not listed as a separate generation.

Because every version shares that chassis, the “extra” in a stronger Malaga is almost entirely engine output and fuel system, not a different platform. Kerb weight is measured only on the two 1.2 MT petrol cars (975 kg) and the 1.7 MT diesel (1015 kg, 40 kg more). The three 1.5 MT cars have kerb and gross weight not measured.

Engines and specs

Two names repeat. 1.2 MT is either 60 hp (carburetor) or 71 hp (distributed injection). 1.5 MT is 85 hp, 90 hp (both carburetor) or 100 hp (injection). Always pair the name with horsepower.

Fuel system (not a column above, but it is the real split): 1.2 MT 71 hp and 1.5 MT 100 hp use Distributed injection (multi-point); 1.2 MT 60 hp, 1.5 MT 85 hp and 1.5 MT 90 hp use Carburetor. 1.7 MT fuel system is not measured. Compression: 9.5 (1.2 MT 60 hp), 10.8 (1.2 MT 71 hp), 10.5 (both carburetor 1.5 MT), 11 (1.5 MT 100 hp), 20 (1.7 MT diesel). Bore × stroke: 75 × 67.5 on both 1.2 engines, 83 × 67.5 on all three 1.5 engines, 83 × 79.2 on the 1.7 diesel. Petrol versions use fuel 95; the diesel uses Diesel.

Specific output (hp per litre, from the given hp and displacement):

• 1.5 MT 100 hp: 100 / 1.461 ≈ 68.4 hp/L (highest)
• 1.5 MT 90 hp: ≈ 61.6 hp/L
• 1.2 MT 71 hp: 71 / 1.193 ≈ 59.5 hp/L
• 1.5 MT 85 hp: ≈ 58.2 hp/L
• 1.2 MT 60 hp: ≈ 50.3 hp/L
• 1.7 MT 55 hp: 55 / 1.714 ≈ 32.1 hp/L (lowest)

The injected 1.2 MT 71 hp is denser than the carburetor 1.5 MT 85 hp (59.5 vs 58.2 hp/L) even though it is 268 cc smaller.

Performance, mpg and 0–100

CO2 and eco class are not measured on every version.

What the numbers buy:

• 1.5 MT 100 hp vs 1.2 MT 60 hp: +40 hp (+67%), +47 Nm (128 vs 81), 6.7 s quicker to 100 (11.0 vs 17.7), +24 km/h top speed (174 vs 150). Combined use is the same 7 L/100 km. City is 0.2 L/100 km better on the 100 hp car (9.1 vs 9.3); highway is 0.5 L/100 km worse (5.5 vs 5.0).
• 1.5 MT 100 hp vs 1.5 MT 90 hp / 85 hp: same 1461 cc and same 13.0 s / 170 km/h on both carburetor 1.5s. Injection adds 10 hp over 90 and 15 hp over 85, 8–12 Nm, 2.0 s on 0–100 and 4 km/h on top speed. Combined use rises from 6.5 to 7 L/100 km (+0.5); highway from 4.9 to 5.5 (+0.6). Peak torque on the 100 hp car arrives at 4700 rpm, later than 3500 (85 hp) or 4000 (90 hp).
• 1.5 MT 90 hp vs 1.5 MT 85 hp: +5 hp, +4 Nm, identical 13.0 s, 170 km/h and 9.0 / 4.9 / 6.5. On this sheet they are not different cars for speed or mpg; they differ in peak power rpm (6000 vs 5600) and torque rpm (4000 vs 3500).
• 1.2 MT 71 hp vs 1.2 MT 60 hp: same 1193 cc, same 9.3 / 5.0 / 7, same 975 kg kerb. Injection adds 11 hp and 39 Nm (120 vs 81), cuts 3.0 s off 0–100 (14.7 vs 17.7) and adds 4 km/h (154 vs 150). Torque of the 71 hp 1.2 matches the 90 hp 1.5 (120 Nm).
• 1.7 MT 55 hp vs petrol: slowest 0–100 (21.9 s) and lowest top speed (148 km/h). City use is the only clear economy win: 7.9 vs 9.0–9.3 L/100 km (about 1.1–1.4 L/100 km less). Highway 5.1 sits between the 1.5 carburetor 4.9 and the 100 hp 5.5. Combined is still 7, same as the 71 hp 1.2 and the 100 hp 1.5.

Range from a 50 L tank at the listed combined figure: 50 / 7 × 100 ≈ 714 km on every version that uses 7 L/100 km combined; 50 / 6.5 × 100 ≈ 769 km on the two carburetor 1.5 MT cars. That ≈ 55 km extra is the only range argument for 85 hp / 90 hp over 100 hp.

Dimensions, weight, ground clearance

Wheel size is not measured on all six versions. Ground clearance is 125 mm on all six. Tank is 50 L on all six.

Gross is 1450 kg where measured, so payload is 1450 − 975 = 475 kg on both 1.2 MT cars and 1450 − 1015 = 435 kg on 1.7 MT (40 kg less payload on the diesel). Without a kerb figure, payload on 1.5 MT is not measured.

Which version to choose

There is no second generation to “buy newer.” Pick by job.

If the point is the fastest Malaga on this sheet: 1.5 MT (100 hp). It is the only version under 12 s to 100 (11.0 s) and the only one above 170 km/h (174). It has the highest specific output (≈ 68.4 hp/L), highest torque (128 Nm) and the highest compression among petrol engines (11). Versus the next 1.5s you pay 0.5 L/100 km combined and 0.6 L/100 km on the highway for 2.0 s and 4 km/h. Versus 1.2 MT 71 hp you gain 29 hp, 20 km/h and 3.7 s; combined use stays 7. Kerb of this 1.5 is not measured, so a weight-per-hp claim for it would be invented.

If you want 1.5 litres without injection: 1.5 MT (90 hp) or 1.5 MT (85 hp). They share 13.0 s, 170 km/h and the catalogue’s best combined and highway figures (6.5 and 4.9). Choosing 90 hp over 85 hp is +5 hp and +4 Nm with zero change in the speed and mpg rows. If those two columns are the decision, they are equivalent; use the 90 hp label when you want the higher peak, the 85 hp label when you want torque earlier (3500 vs 4000 rpm).

If you want the stronger small petrol: 1.2 MT (71 hp), not 1.2 MT (60 hp). Same mass (975 kg), same mpg, same 1193 cc. You get 11 hp, 39 Nm, 3.0 s and 4 km/h. Weight per horsepower improves from ≈ 16.3 to ≈ 13.7 kg/hp. The 71 hp 1.2 even matches 1.5 MT 90 hp on torque (120 Nm) while using 268 cc less. It does not match that 1.5 on speed: 14.7 s / 154 km/h vs 13.0 s / 170 km/h.

Avoid 1.2 MT (60 hp) unless you specifically need the carburetor 1.2. It is the weakest petrol: 60 hp, 81 Nm, 17.7 s, 150 km/h, ≈ 50.3 hp/L. It uses the same 9.3 / 5.0 / 7 as the 71 hp 1.2, so it does not buy cheaper running on this sheet.

1.7 MT (55 hp) only if city litres matter more than time. It is 21.9 s to 100 — 10.9 s slower than 1.5 MT 100 hp and 4.2 s slower than 1.2 MT 60 hp. Top speed 148 km/h is 26 km/h below the 100 hp 1.5. Combined 7 L/100 km does not beat petrol combined figures; the diesel’s measured edge is city (7.9 vs 9.0–9.3). It is 40 kg heavier than the 1.2s, with the worst measured mass-to-power (≈ 18.5 kg/hp). Fuel system for this diesel is not measured.

Short ranking from the arithmetic (not from prices — prices are not in the data):

1. 1.5 MT (100 hp) — best 0–100 and top speed; injection; small mpg penalty vs the other 1.5s. 2. 1.5 MT (90 hp) — same speed/mpg as 85 hp, 5 hp more. 3. 1.5 MT (85 hp) — tied with 90 hp on 13.0 s / 170 km/h / 6.5 combined; earliest petrol torque peak (3500 rpm). 4. 1.2 MT (71 hp) — best 1.2; same torque as 90 hp 1.5; lighter than diesel; slower than any 1.5. 5. 1.2 MT (60 hp) — same fuel use as 71 hp 1.2, less power. 6. 1.7 MT (55 hp) — city-use specialist, last on acceleration and top speed.

Wheel size, CO2, eco class, and 1.5 MT weights remain not measured; do not treat those blanks as “does not apply.”