Lincoln Mark VII: Which Version Should You Buy?
The Lincoln Mark VII was offered in one generation from 1984 to 1992 as a Coupe, with three recorded versions. The choice is between the Diesel 2.4 AT with 115 hp and two Gasoline 5.0 AT versions producing 200 hp or 225 hp. All three use an Automatic gearbox with 4 gears and RWD. For maximum output and the lowest measured fuel consumption, the 225 hp 5.0 AT is the strongest all-round choice.
The Lincoln Mark VII was offered in one generation from 1984 to 1992 as a Coupe, with three recorded versions. The choice is between the Diesel 2.4 AT with 115 hp and two Gasoline 5.0 AT versions producing 200 hp or 225 hp. All three use an Automatic gearbox with 4 gears and RWD. For maximum output and the lowest measured fuel consumption, the 225 hp 5.0 AT is the strongest all-round choice. The 200 hp 5.0 AT offers the same engine displacement and recorded running gear with 25 hp less, while the 2.4 AT is the only Diesel and Turbo option but has no measured performance, consumption, or kerb-weight figures.
Lincoln Mark VII generations and versions
The only Lincoln Mark VII generation in the catalogue covers 1984–1992. It has a Coupe body and three versions: 2.4 AT, 5.0 AT with 200 hp, and 5.0 AT with 225 hp. There are no other generations in the supplied data, so the buying decision is entirely between engines and outputs rather than between different model generations.
The two versions named 5.0 AT must be distinguished by power. Both use a 4,949 cc Gasoline engine, but one develops 200 hp and 386 Nm, while the other produces 225 hp and 407 Nm. The third version, 2.4 AT, uses a 2,443 cc Diesel engine producing 115 hp and 222 Nm.
Engine specs comparison
| Version | Power | Torque | Displacement | Fuel | Cylinders | Layout | Boost | Gearbox | Drive |
|---|---|---|---|---|---|---|---|---|---|
| 2.4 AT | 115 hp (85 kW) at 4,800 rpm | 222 Nm at 2,400 rpm | 2,443 cc | Diesel | 6 | Inline | Turbo | Automatic, 4 gears | RWD |
| 5.0 AT (200 hp) | 200 hp (149 kW) at 4,000 rpm | 386 Nm at 3,000 rpm | 4,949 cc | Gasoline | 8 | V-shaped | No | Automatic, 4 gears | RWD |
| 5.0 AT (225 hp) | 225 hp (165 kW) at 4,000 rpm | 407 Nm at 3,000 rpm | 4,949 cc | Gasoline | 8 | V-shaped | No | Automatic, 4 gears | RWD |
The 2.4 AT produces about 47.1 hp per litre, calculated from 115 hp and 2,443 cc. The 200 hp 5.0 AT produces about 40.4 hp per litre, while the 225 hp 5.0 AT reaches about 45.5 hp per litre. The Diesel therefore has the highest calculated power per litre, although its total output remains the lowest.
Torque per litre follows a similar pattern. The 2.4 AT delivers about 90.9 Nm per litre, the 200 hp 5.0 AT about 78.0 Nm per litre, and the 225 hp 5.0 AT about 82.2 Nm per litre. However, total torque favors the Gasoline versions: the 200 hp 5.0 AT has 164 Nm more than the 2.4 AT, and the 225 hp 5.0 AT has 185 Nm more.
Both 5.0 AT versions have distributed injection (multi-point), a compression ratio of 9, and a bore and stroke of 101.6 × 76.2. The 2.4 AT has a compression ratio of 22 and a bore and stroke of 80 × 81; its fuel-system specification is not measured.
Performance, fuel economy and mpg data
Acceleration from 0–100 km/h is not measured for the 2.4 AT, 200 hp 5.0 AT, or 225 hp 5.0 AT. Top speed is also not measured for any of the three versions. The output figures show how the engines compare, but they should not be treated as substitutes for missing acceleration or maximum-speed results.
Fuel consumption for the 2.4 AT is not measured in city, highway, or combined driving.
The 200 hp 5.0 AT records fuel consumption of 14.2 in the city, 10 on the highway, and 12.1 combined. The 225 hp 5.0 AT records 13.8 in the city, 9.8 on the highway, and 11.8 combined.
On the supplied figures, the 225 hp 5.0 AT uses 0.4 less in the city, 0.2 less on the highway, and 0.3 less combined than the 200 hp 5.0 AT. It simultaneously provides 25 hp and 21 Nm more. The 225 hp version therefore has the better measured combination of output and consumption, although the data contains no prices from which to calculate whether any purchase-price premium is justified.
CO₂ output and ecological class are not measured for the 2.4 AT or either 5.0 AT version.
Dimensions, weight, clearance and tank capacity
The kerb weight of both Gasoline versions is 1,701 kg. Kerb weight for the Diesel 2.4 AT is not measured. Gross weight is not measured for any version.
With 1,701 kg and 200 hp, the 200 hp 5.0 AT carries about 8.51 kg per horsepower. With the same recorded kerb weight and 225 hp, the 225 hp 5.0 AT carries about 7.56 kg per horsepower. That is an improvement of approximately 0.95 kg per horsepower in favor of the 225 hp version.
Ground clearance is 130 mm for all three versions, and fuel-tank capacity is 84 litres for each. Wheel sizes are not measured for the 2.4 AT, 200 hp 5.0 AT, or 225 hp 5.0 AT.
Every version has Independent, spring front suspension and Semi-independent, springorts hélicoïdaux, sem rear suspension, using the English labels supplied in the data. Front brakes are listed as Disc for all versions. Rear-brake specifications are not measured.
Which Lincoln Mark VII version should you buy?
Choose the 225 hp 5.0 AT if the priority is the best numerical package in the catalogue. Compared with the 200 hp 5.0 AT, it adds 25 hp, an increase of 12.5%, and 21 Nm, an increase of about 5.4%. Both have the same 4,949 cc displacement, 1,701 kg kerb weight, Automatic gearbox with 4 gears, RWD, 130 mm clearance, and 84-litre tank. The 225 hp version also has slightly lower measured consumption in every listed driving cycle and improves the weight-to-power ratio from about 8.51 to 7.56 kg per horsepower.
Choose the 200 hp 5.0 AT only if factors absent from the data—such as the condition of a particular car—make it preferable. On catalogue specifications alone, it does not beat the 225 hp 5.0 AT in power, torque, measured fuel consumption, or calculated weight per horsepower. Pricing is not measured, so there is no factual basis here for claiming that its lower output comes with a lower purchase cost.
Choose the 2.4 AT if Diesel fuel, an Inline 6-cylinder layout, and Turbo induction are the essential requirements. It has the smallest displacement at 2,443 cc and the lowest total outputs at 115 hp and 222 Nm, but it develops its maximum torque at 2,400 rpm, compared with 3,000 rpm for both 5.0 AT versions. Its power-per-litre figure is also the highest of the three at about 47.1 hp per litre. Nevertheless, fuel consumption, kerb weight, 0–100 km/h acceleration, and top speed are not measured, so the available data cannot establish an economy or performance advantage for the Diesel.
For a specification-led purchase, the 225 hp 5.0 AT is the clear recommendation. The 2.4 AT is the distinct alternative for buyers specifically seeking the recorded Diesel, Inline, and Turbo configuration, while the 200 hp 5.0 AT is numerically overshadowed by the more powerful version of the same name. Reliability and problems are not measured in the supplied data, so no version can be ranked on those criteria.