The Maserati Levante Diesel covered here combines 250 hp with the M161 Levante’s rear-biased Q4 all-wheel drive, eight-speed automatic, air suspension, and unusually road-focused chassis. It is not simply another engine choice in the same SUV. Its Italian-market tax-conscious calibration gives it a distinct place in the range, with its own performance, equipment logic, maintenance concerns, and buying priorities.
The Levante was Maserati’s first production SUV, yet it retained a low, long-hood profile and a chassis derived from the brand’s sport sedans. That makes a well-sorted example engaging in a way many luxury crossovers are not. It also means used prices can be misleading: depreciation lowers the entry cost, while tires, brakes, adaptive suspension, electronics, and specialist labor remain premium-car expenses.
This guide focuses only on the Diesel 250 built for 2016–2020. It separates market-specific figures from look-alike trims, explains the engineering in plain language, identifies realistic aging points, and provides a practical inspection path for buyers who want the character without inheriting avoidable neglect.
Table of Contents
- Why the 250 hp Diesel Matters
- VM V6 Hardware and Core Numbers
- Italian-Market Production and Equipment
- Touring Design with Diesel Muscle
- How the 250 hp Levante Drives
- Diesel Ownership Risks and Service
- How to Buy the Right Example
Why the 250 hp Diesel Matters
The central fact is simple: The 250 hp diesel was a deliberately detuned Italian-market version that kept the full 600 Nm torque figure while reducing taxable power. It is best understood as a long-distance Levante rather than a slow substitute for the 275 hp model.
The Levante reached production in 2016 after Maserati explored the SUV idea through the Kubang concepts. It was built at Mirafiori in Turin and shared important architecture with the Ghibli and Quattroporte rather than simply wearing a Maserati body on a conventional off-road platform.
The Levante’s place in Maserati history is secure because it broadened the brand without abandoning several traditional cues. A long hood, a set-back cabin, frameless side glass, a large vertical-bar grille, and three fender vents keep the shape recognizable. Underneath, the vehicle uses a steel-and-aluminum unibody, double-wishbone front suspension, a multi-link rear layout, adjustable air springs, electronically controlled Skyhook dampers, and Q4 all-wheel drive. In normal conditions Q4 favors the rear axle, then can direct up to half the torque forward when grip demands it.
VM V6 Hardware and Core Numbers
The mechanical package is highly specific to this version: 250 hp, 600 Nm (443 lb-ft), an eight-speed automatic, and rear-biased Q4 all-wheel drive. The core dimensions are shared with most Levantes, but engine mass, brake size, tires, calibration, and official performance differ meaningfully.
| Model and coverage | Maserati Levante Diesel (Diesel 250), 2016–2020 |
|---|---|
| Engine | VM Motori A630 HP 60-degree turbo-diesel V6 |
| Displacement | 2,987 cc |
| Induction | single variable-geometry turbocharger |
| Fuel system | high-pressure common-rail direct injection |
| Maximum output | 250 hp |
| Maximum torque | 600 Nm (443 lb-ft) |
| Transmission | ZF eight-speed torque-converter automatic |
| Drivetrain | Q4 rear-biased all-wheel drive with rear limited-slip differential |
| Acceleration | 0–100 km/h in 7.3 seconds |
| Top speed | 225 km/h (140 mph) |
| Approximate curb weight | about 2,205 kg (4,861 lb) |
| Fuel capacity | 80 L (21.1 US gal) |
Published figures may use PS, SAE horsepower, metric acceleration, or U.S. acceleration standards depending on the market. The numbers above follow the assignment’s stated output and the matching regional specification; they should not be mixed with a different market’s badge or test method.
| Body construction | Steel-and-aluminum five-door unibody |
|---|---|
| Front suspension | Double wishbones, air springs, adaptive Skyhook damping |
| Rear suspension | Five-link layout, air springs, adaptive Skyhook damping |
| Steering | Hydraulic on some early cars; electric on later model years |
| Brakes | 345 x 32 mm front discs; 330 x 22 mm rear discs |
| Wheels and tires | market-dependent 18- to 21-inch staggered packages |
| Length | 5,005 mm (197.0 in) |
| Width | 1,981 mm (78.0 in) |
| Height | 1,693 mm (66.7 in) |
| Wheelbase | 3,004 mm (118.3 in) |
| Luggage volume | 580 L seats up |
Q4 does not make the Levante behave like a permanently front-driven crossover. Under steady grip it retains a rear-led character, and the electronically controlled transfer system can send torque forward quickly when wheel slip, steering angle, throttle position, or road conditions require it. A mechanical limited-slip differential at the rear helps distribute drive across the axle. That system depends on four tires with closely matched rolling circumference; mixing sizes, models, or wear levels can create driveline stress and confused control behavior.
The air suspension provides several ride heights for entry, normal road use, high-speed stability, and rough surfaces. Height changes alter ground clearance and the center of gravity, but they do not turn low-profile performance tires into off-road tires. The double-wishbone front geometry is one reason the steering feels more precise than the class average, while the multi-link rear keeps the body settled under power. Steel brake discs are used; condition and thickness matter, but buyers should not assume the car has carbon-ceramic hardware simply because replacement costs are high.
Italian-Market Production and Equipment
The useful way to view this version is straightforward: production details matter because the Levante changed more through electronics, trim logic, and market calibration than its familiar silhouette suggests. It appeared where local taxation made the 184 kW rating attractive, and it could be ordered with the same luxury and sporting trim themes as the stronger diesel. That regional purpose makes build-sheet verification especially important.
Early production used hydraulic steering and the original gear selector. Subsequent updates introduced electric power steering, a redesigned selector, broader driver-assistance availability, Integrated Vehicle Control, adaptive full-LED lighting, new wheel designs, and the GranLusso and GranSport themes. The 2021 refresh added boomerang-inspired rear lamps, a revised grille treatment, and the Android-based Maserati Intelligent Assistant infotainment system in many markets.
How to identify an authentic specification
Start with the VIN and build data, then compare the engine family, emissions label, brake hardware, wheel size, interior trim, and original market. Badges are easy to replace. Software tunes can also alter output without changing visible parts. A factory options list helps distinguish desirable equipment from later additions and clarifies whether missing features are faults or simply were never ordered.
Useful items to verify include:
- original exterior and interior colors, including trim material and stitching;
- wheel design, diameter, and correct staggered tire sizes;
- brake caliper color and front-disc specification;
- panoramic roof, heated or ventilated seats, driver-assistance packages, and audio system;
- adaptive LED or earlier bi-xenon lighting, depending on model year;
- GranLusso, GranSport, GT, Modena, S, Trofeo, or Ultima details appropriate to the market;
- MTC+ or later MIA infotainment and the related control layout;
- two keys, handbook pack, cargo equipment, compressor or mobility kit, and service records.
Touring Design with Diesel Muscle
The Levante stands apart because its engineering and visual proportions support the same message: it is a road-focused Maserati first and an SUV second. The long hood, low roof for the class, frameless door glass, muscular rear haunches, and cab-rearward stance avoid the upright, square profile common to utility vehicles.
The grille is tall and concave, with vertical bars and a central Trident. Three vents sit behind each front wheel, while the side glass tapers toward the rear under a sweeping roofline. Early cars use a cleaner lamp graphic; later cars gain boomerang-style rear lights inspired by historic Maserati designs. GranSport, Modena, GTS, Trofeo, and Ultima treatments change the lower fascias, dark trim, carbon content, wheel design, and badge treatment without disguising the core shape.
Maserati worked to make the diesel less utilitarian through throttle calibration and an active sound system on some versions. The system uses actuators near the exhaust to reinforce selected frequencies, so an unusually flat or artificial note can be a fault rather than a personality trait.
Cabin layout and sensory character
The driving position is lower and more car-like than in many luxury SUVs. A broad center tunnel divides the front seats, substantial column-mounted paddles remain fixed as the wheel turns, and the instrument layout keeps major driving information directly ahead. Physical controls for climate and several vehicle functions reduce dependence on the touchscreen, although the exact switchgear and software generation vary by year.
The exhaust and intake character depend strongly on the powertrain. Its useful performance arrives in the middle of the rev range. The car feels stronger from 50 to 120 km/h than the horsepower number suggests, but it runs out of breath earlier than the 275 hp calibration. Drive modes alter throttle, gearbox, damping, ride height, stability control, and exhaust behavior where valves are fitted. These systems create real differences between settings; they also mean a fault can flatten the car’s character without preventing it from moving.
Practical engineering remains visible in the split-folding rear seat, power tailgate, useful cargo floor, roof-rail availability, and adjustable ride height. Rear space is adequate for adults, though the sloping roof and large transmission tunnel make the cabin less box-like than the exterior length suggests. Visibility is good forward but tighter over the rear quarters, making cameras and parking sensors valuable rather than decorative options.
How the 250 hp Levante Drives
This version feels faster and more agile than its size suggests, but its strongest quality is balance rather than a single acceleration number. Its useful performance arrives in the middle of the rev range. The car feels stronger from 50 to 120 km/h than the horsepower number suggests, but it runs out of breath earlier than the 275 hp calibration.
Throttle response depends on engine speed, drive mode, and gear selection. The eight-speed automatic can be smooth and unobtrusive in normal driving, then deliver fast, decisive changes when the driver uses Sport or the paddles. A healthy gearbox should engage drive and reverse without a long pause, shift cleanly under light load, and avoid flare or harshness when warm. Software adaptation and fluid condition can affect behavior, so one imperfect shift is a reason to investigate rather than immediately condemn the unit.
Steering is one of the model’s defining traits. Hydraulic early cars communicate more road texture, while later electric systems enable lane-support functions and can feel lighter around center. Both should track straight and return naturally after a corner. A wandering car may have tire, alignment, control-arm, wheel, or ride-height issues rather than an inherent steering flaw.
Sport mode holds gears, sharpens throttle response, firms damping, and can open the exhaust valves where fitted; the normal setting is better for broken pavement and low-speed traffic. The air suspension keeps body movement controlled without eliminating it. In the softer setting the Levante breathes with the road; in firmer modes it resists roll and pitch more strongly. Very large wheels can make sharp impacts busy and noisy, especially on old or overinflated tires. A 19- or 20-inch setup often provides the best road compromise, while 21- and 22-inch packages prioritize response and appearance.
Braking feel is firm when the discs, pads, fluid, and tires are healthy. The vehicle is heavy, so repeated high-speed stops generate substantial heat. A lip on the disc edge, vibration through the pedal, blue spots, cracking around drilled holes where applicable, or uneven inner-pad wear all deserve measurement. The official stopping figures were achieved on suitable tires and fresh hardware; budget replacements can alter the result dramatically.
Engine braking is modest in the automatic modes, so paddle downshifts are useful before a steep descent or a tight sequence of bends. On a motorway the long wheelbase, quiet cabin, broad torque delivery, and stable aero behavior make the Levante an effective grand tourer. In a city its width, turning circle, expensive wheels, and limited rear-quarter view require care. On a mountain road the rear-led balance and strong brakes are rewarding, but physics still applies: enter a corner with restraint, settle the chassis, then use the traction on exit.
Diesel Ownership Risks and Service
Reliability depends less on a simple model score than on service history, operating pattern, and the number of deferred systems. The Levante can be dependable, but one neglected car may simultaneously need tires, front brakes, air-suspension work, a battery, cooling repairs, and fluid service.
Powertrain and cooling
The VM Motori A630 HP 60-degree turbo-diesel V6 can cover high mileages, but its emissions hardware needs the right operating pattern. Exhaust-gas recirculation introduces soot into the intake, and the diesel particulate filter needs sustained hot running to regenerate. Repeated interrupted regenerations can raise fuel consumption, dilute the engine oil, and eventually trigger warning messages or reduced-power operation. Selective catalytic reduction and AdBlue equipment also vary by market and model year, so every warning must be diagnosed rather than cleared and ignored.
Inspect the turbo actuator, boost hoses, intercooler connections, glow-plug system, injector correction values, and cooling circuit. A small charge-air leak can make the vehicle feel merely sluggish before it becomes an obvious fault. Oil seepage around upper engine covers is less urgent than low oil level or contaminated oil, but it still deserves a written estimate because access can be labor-intensive. A diesel that has spent its life on motorways often presents a better risk than a lower-mileage car used only for short school and shopping trips.
The ZF eight-speed is widely used and generally durable, but “lifetime fluid” should not be read as “fluid that never ages.” Check the pan, connector area, cooler lines, and service history for leaks or neglected fluid. Harsh engagement, delayed reverse, shudder under light acceleration, or inconsistent shifts need diagnosis. Transfer-case and differential fluids also age, and the AWD system depends on matched tires.
Suspension, brakes, and electronics
Air springs can leak, compressors can weaken, valve blocks can stick, and ride-height sensors can report implausible positions. Leave the car parked overnight and compare all four corners before starting it. A compressor that runs for an extended period after every start may be compensating for leakage. Adaptive dampers, upper and lower control-arm bushes, anti-roll-bar links, and wheel bearings also wear; knocking should not be dismissed as “normal for big wheels.”
Brake wear is a major cost driver. Measure disc thickness and runout rather than judging only through the wheel spokes. Inspect both pad faces, parking-brake operation, flexible hoses, and fluid age. Tires should match by brand, model, size, speed rating, and similar tread depth across each axle and ideally all four corners. Check date codes because a low-mileage car can still sit on hardened tires.
The vehicle’s modules are sensitive to battery condition. Confirm that the conventional battery is correctly specified and registered or initialized when required. Test every window, frameless-glass drop function, mirror, lock, key, seat motor, climate zone, camera, sensor, headlamp, tailgate, and infotainment input. Water from roof drains, door membranes, or previous windshield work can create electrical problems that appear unrelated.
Service planning and parts reality
Use the VIN-specific schedule as the minimum, then adjust for age, heat, short journeys, and performance use. Annual oil and inspection service is sensible for lightly driven examples. Brake fluid, coolant, filters, plugs on gasoline engines, diesel fuel filters, driveline fluids, belts, and air-conditioning service all have time as well as mileage considerations. Exact intervals and torque values vary by market and equipment.
Before purchase, check the VIN for open recalls and completed campaigns in the country where the vehicle is registered. Rear-camera software, fuel-system details, and other campaigns have varied by model year and market. Recall completion does not replace a physical inspection, and the absence of an open campaign does not prove a problem-free car.
How to Buy the Right Example
The best purchase is the car with the clearest identity, strongest maintenance file, and fewest combined needs—not automatically the newest, lowest-mileage, or cheapest example. Confirm that the car is a genuine 250 hp factory calibration, not a 275 hp example represented incorrectly or an ECU-remapped car returned to stock software.
Inspection sequence
- Confirm the VIN, market, model year, engine code, output, trim, and factory options.
- Review dated invoices, not only stamps, and map major work against time and mileage.
- Inspect the car cold for fluid levels, leaks, startup noise, smoke, warning lights, and battery behavior.
- Measure tires, wheels, brakes, ride height, and suspension wear before the test drive.
- Drive through city, rough-road, motorway, braking, and heat-soak conditions.
- Run a full-module diagnostic scan and investigate stored, pending, and recently cleared faults.
- Obtain a written specialist estimate for every defect, then add a contingency for hidden work.
A proper pre-purchase inspection should put the vehicle on a lift. Look for undertray damage, oil or coolant traces, crushed lifting points, corrosion on fasteners and subframes in salted climates, exhaust damage, differential or transfer-case seepage, and evidence of a previous impact. Panel gaps, paint depth, glass dates, lamp dates, wheel finish, and overspray help reveal body history. Quality repairs are not automatically disqualifying, but undisclosed structural or airbag work is.
Questions that protect the buyer
Build a first-year budget before negotiating. It should cover baseline fluids and filters if the history is incomplete, alignment, battery testing, tire or brake reserve, and one unexpected electronic or cooling repair. The gap between purchase price and a sorted car can be large, particularly on V8 or heavily optioned examples. Conversely, paying more for recent tires, measured brakes, fresh fluids, and documented suspension work can be economical.
Buy it primarily for the driving and ownership experience; speculative rarity should be a secondary reason. Avoid cars with mismatched tires, persistent suspension warnings, unexplained coolant loss, recently cleared fault memory, incomplete ownership documents, or performance modifications without supporting engineering and maintenance records. Cosmetic flaws can be priced; an uncertain mechanical story is harder to contain.
When the right example appears, preserve the same discipline after purchase. Establish a baseline service, keep the battery charged, warm the powertrain before heavy load, cool it after sustained hard use, maintain matched tires, and address small leaks or warning messages early. That approach protects the Levante’s best qualities: unusual style, real cross-country ability, and a driving character that still feels distinct from mainstream luxury SUVs.
References
- Maserati Levante debuts at the Geneva Motor Show | Maserati | Stellantis Media 2016 (Launch Information)
- Maserati Levante MY19 Press Kit | Maserati | Stellantis Media 2018 (Technical Press Kit)
- Maserati Service Bundle: All-Inclusive Care | Maserati 2024 (Service Information)
Disclaimer
This article is for informational purposes only and is not a substitute for professional diagnosis or repair. Specifications, torque values, service intervals, and procedures can vary by VIN, market, equipment, and production date. Verify all work against the vehicle’s official service documentation and use a qualified Maserati specialist when appropriate.
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