Lotus Europa S

Lotus Europa S: which version to buy

The Lotus Europa S existed as 1 generation of Coupe, from 2006-03-01 to 2010-11-30, with 2 versions. Both are named 2.0 MT. They share the same 1998 cm³ Gasoline Turbo Inline 4 engine layout, 6-speed Manual, RWD, 995 kg kerb weight and 43 L tank.

The Lotus Europa S existed as 1 generation of Coupe, from 2006-03-01 to 2010-11-30, with 2 versions. Both are named 2.0 MT. They share the same 1998 cm³ Gasoline Turbo Inline 4 engine layout, 6-speed Manual, RWD, 995 kg kerb weight and 43 L tank. The buying choice is therefore not body, gearbox or drive: it is 200 hp versus 225 hp, 272 Nm versus 300 Nm, and 5.8 s versus 5.2 s to 100 km/h — plus which figures were measured and which were not.

Which 2.0 MT to buy

Name both versions exactly as in the catalogue: 2.0 MT. Distinguish them by power.

2.0 MT (200 hp) is the version with a full measured set: 230 km/h top speed, 12.7 L/100 km city, 7.3 L/100 km highway, 9.3 L/100 km mixed. 0–100 is 5.8 s. Peak 200 hp / 147 kW and 272 Nm both arrive at 5400 rpm.

2.0 MT (225 hp) is the stronger of the two 2.0 MT cars: 225 hp / 165 kW and 300 Nm, also at 5400 rpm, 0–100 in 5.2 s. Top speed is not measured. City, highway and mixed consumption are not measured.

If the question is “which version to buy and why,” the arithmetic is:

• Extra power: 25 hp and 18 kW (225 − 200, 165 − 147).
• Extra torque: 28 Nm (300 − 272).
• Quicker sprint: 0.6 s (5.8 − 5.2).
• Same kerb mass: 995 kg on both, so the extra 25 hp is not paid for with extra weight.
• Same tank: 43 L. Same clearance: 140 mm. Same wheels: 175/55 R17 and 225/45 R17. Same Euro 4. Same 95 fuel. Same 8.8 compression. Same 86 × 86 bore × stroke.

The extra output of 2.0 MT (225 hp) therefore buys a higher specific output and a lower mass-per-horsepower, not a different chassis, gearbox or fuel system.

Specs: both 2.0 MT versions compared

Engine placement on both 2.0 MT versions is Central. Injection is Distributed injection (multi-point). Valves per cylinder: 4. Peak rpm for power and torque: 5400 on both.

Power per litre (displacement 1998 cm³ = 1.998 L):

• 2.0 MT (200 hp): 200 / 1.998 ≈ 100.1 hp/L.
• 2.0 MT (225 hp): 225 / 1.998 ≈ 112.6 hp/L.

That is ≈ 12.5 hp/L more on the 225 hp car from the same 1998 cm³.

Torque per litre:

• 2.0 MT (200 hp): 272 / 1.998 ≈ 136.1 Nm/L.
• 2.0 MT (225 hp): 300 / 1.998 ≈ 150.2 Nm/L.

That is ≈ 14.0 Nm/L more on 2.0 MT (225 hp).

kW per litre:

• 2.0 MT (200 hp): 147 / 1.998 ≈ 73.6 kW/L.
• 2.0 MT (225 hp): 165 / 1.998 ≈ 82.6 kW/L.

Performance: 0–100, top speed, mpg

2.0 MT (200 hp) — measured set:

• 0–100: 5.8 s.
• Top speed: 230 km/h.
• City: 12.7 L/100 km.
• Highway: 7.3 L/100 km.
• Mixed: 9.3 L/100 km.

2.0 MT (225 hp) — sprint measured, speed and mpg not:

• 0–100: 5.2 s.
• Top speed: not measured.
• City: not measured.
• Highway: not measured.
• Mixed: not measured.

The 0.6 s gap is the only performance difference that can be stated as a number for both cars. Do not infer a top speed for 2.0 MT (225 hp) from the 230 km/h of 2.0 MT (200 hp); that figure was not measured on the 225 hp version.

Mass-to-power (kerb 995 kg on both):

• 2.0 MT (200 hp): 995 / 200 = 4.975 kg/hp.
• 2.0 MT (225 hp): 995 / 225 ≈ 4.422 kg/hp.

The 225 hp car carries ≈ 0.553 kg less per horsepower. Gross mass is 1066 kg on both, so payload is 1066 − 995 = 71 kg on both 2.0 MT versions.

Tank range cannot be calculated for 2.0 MT (225 hp) because mixed consumption is not measured. For 2.0 MT (200 hp) only: 43 / 9.3 ≈ 4.62 hundred km of mixed driving per tank, i.e. ≈ 462 km of mixed distance from the 43 L tank at the measured 9.3 L/100 km. City range on the same tank: 43 / 12.7 ≈ 339 km. Highway: 43 / 7.3 ≈ 589 km. Those three distances apply only to 2.0 MT (200 hp).

Engine: what is identical and what is not

Both 2.0 MT versions use:

• 1998 cm³ Gasoline
• 4 cylinders, Inline
• 4 valves per cylinder
• Turbo
• Central placement
• Distributed injection (multi-point)
• compression 8.8
• bore × stroke 86 × 86
• fuel 95
• Euro 4
• power and torque peaks at 5400 rpm

What changes is only the quoted peaks: 200 hp / 147 kW / 272 Nm versus 225 hp / 165 kW / 300 Nm. Relative to the 200 hp 2.0 MT, the 225 hp 2.0 MT is 25 / 200 = 12.5% more horsepower and 28 / 272 ≈ 10.3% more torque. The 0–100 time is 0.6 / 5.8 ≈ 10.3% shorter.

There is no second engine family, no second gearbox family, and no second drive layout in this model’s data. A buyer who wants Manual and RWD gets both on either 2.0 MT. A buyer who wants a documented 230 km/h and documented L/100 km figures gets only 2.0 MT (200 hp). A buyer who wants the lower 5.2 s 0–100 and the higher 112.6 hp/L gets 2.0 MT (225 hp) and accepts not measured for top speed and consumption.

Dimensions, weight, wheels

The two 2.0 MT versions do not differ on the measured package:

• Kerb weight: 995 kg (2.0 MT 200 hp and 2.0 MT 225 hp).
• Gross weight: 1066 kg (both).
• Payload: 71 kg (both).
• Ground clearance: 140 mm (both).
• Tank: 43 L (both).
• Wheels: 175/55 R17 and 225/45 R17 (both).
• Front suspension: Independent, spring (both).
• Rear suspension: Independent, spring (both).
• Front brakes: Disc (both).
• Rear brakes: Disc (both).

Gross-to-kerb ratio: 1066 / 995 ≈ 1.071, so full load adds about 7.1% to kerb mass on either 2.0 MT. Power at gross mass:

• 2.0 MT (200 hp): 1066 / 200 = 5.33 kg/hp.
• 2.0 MT (225 hp): 1066 / 225 ≈ 4.738 kg/hp.

Clearance 140 mm is the same, so neither version is the “higher” Europa S in this dataset. Tyre sizes are the same pair on both, so neither version is the “wider-tyre” buy from these numbers.

Generations: what changed (and what did not)

There is 1 generation (1 generation), Coupe, 2006-03-01–2010-11-30, 2 versions. There is no later generation in the data, so there is no generation-to-generation change in body, years of overlap, or restyle to weigh. The only comparison inside the model is version-to-version inside that one generation.

Both versions occupy the same production window: 2006-03-01 to 2010-11-30. You cannot pick an “early generation” versus a “late generation” Europa S from this catalogue: you pick 2.0 MT at 200 hp or 2.0 MT at 225 hp.

Reliability and problems: what the numbers do and do not say

This dataset does not record fault rates, recalls, or service intervals. Those topics are not measured here. What can be said without leaving the numbers:

• Both 2.0 MT versions are Gasoline, Turbo, Euro 4, fuel 95.
• Both use the same 8.8 compression and 86 × 86 geometry.
• Both are Manual 6 and RWD.
• Consumption is documented only for 2.0 MT (200 hp) at 12.7 / 7.3 / 9.3 L/100 km. A running-cost comparison that needs L/100 km cannot be completed for 2.0 MT (225 hp) because those three figures are not measured.

If “problems” is taken as missing documentation rather than mechanical faults: the 225 hp 2.0 MT is the version with gaps (top speed not measured, city/highway/mixed not measured). The 200 hp 2.0 MT is the version with a complete speed and economy row.

Which version to choose

Choose 2.0 MT (200 hp) when the decision needs a complete measured card: 200 hp, 272 Nm, 5.8 s, 230 km/h, 12.7 / 7.3 / 9.3 L/100 km, 995 kg, 43 L, 140 mm, 175/55 R17 and 225/45 R17. It is the slower of the two 2.0 MT cars by 0.6 s to 100 km/h and the weaker by 25 hp and 28 Nm, but it is the only version with a measured top speed and measured consumption.

Choose 2.0 MT (225 hp) when the decision is the higher peaks on the same 1998 cm³ Gasoline Turbo Inline 4, same Manual 6, same RWD, same 995 kg: 225 hp, 300 Nm, 5.2 s, ≈ 112.6 hp/L, ≈ 4.422 kg/hp. Accept that top speed is not measured and that city, highway and mixed mpg are not measured. The extra 25 hp arrives at the same 5400 rpm as the 200 hp peak, and the extra 28 Nm arrives at the same 5400 rpm as the 272 Nm peak.

There is no third version, no automatic, no other displacement, and no other generation to split the difference. The model’s buying question reduces to those two 2.0 MT cars and the 25 hp / 28 Nm / 0.6 s gap between them.