The Ingenium family is a range of modular engines produced by Jaguar Land Rover, in both petrol and diesel variants. It uses a modular architecture making it possible to be produced in three-, four- and six-cylinder versions (built around individual 500 cc cylinders), depending on demand and requirements. The engines sourced from Ford were replaced by engines from Jaguar Land Rover's new Ingenium engine line from late 2015.
Ingenium's design is configurable and flexible for longitudinal and transverse architectures and for front, rear, and all-wheel drive, together with auto and manual transmissions. Hybrid variants are set to be released in the future. Both single- and twin-turbo boosting solutions from Mitsubishi and BorgWarner are used. Particular emphasis has been placed on achieving exceptionally low internal friction, which is described as being 17% less than a current 2.2 L diesel.[1] "Other details include roller bearings on cam and balancer shafts instead of machined-in bearing surfaces, computer-controlled variable oil and water pumps, a split circuit cooling system enabling fast warm ups, a simplified cam drive system, crankshafts that are offset from the centre of the block and electronically controlled piston cooling jets to improve efficiency in the oil pumping circuit."[2]
In 2017 Jaguar Land Rover licensed the Multiair/UniAir electrohydraulic variable valve lift system[3] from Schaeffler Group, which Schaeffler in turn licensed from Fiat Chrysler Automobiles in 2001.[4] The system, developed by Fiat Powertrain Technologies, is an hydraulically-actuated variable valve timing (VVT) technology enabling "cylinder by cylinder, stroke by stroke" control of intake air directly via a gasoline engine's inlet valves.[5]
In February 2019, Jaguar Land Rover announced their long-rumoured inline-6 engine. Instead of being a conventional engine, the new 3.0 L petrol inline-6 motor is combined with a 48 volt electric architecture to support an electric supercharger, belt-starter generator and extended engine shut offs while coasting and/or while stopped in traffic. The new engine is initially being offered in the Range Rover Sport in two power outputs, 360 PS (265 kW; 355 hp) and 400 PS (294 kW; 395 hp). Both are considered to be mild hybrid electric vehicles. The 48 volt electrical architecture JLR announced with this new engine is similar to Mercedes-Benz's "EQ Boost" and Audi's 48 V systems available in 2019.
The turbocharger itself on all diesel Ingenium engines is composed of components and materials that are seemingly not sufficient for its purpose. We commonly find vehicles with failed turbochargers, either as a result of engine failure or the direct cause of engine failure. The failure of this unit commonly causes an engine failure due to the intake of oil and possible debris. This unit is also rendered defective as a secondary result of engine failure.
As you can see in the images we find that a common consequence of a failed turbocharger is bent conrods. When excessive amounts of oil pass through the intake the engine hydro-locks, this means the piston in the squeeze portion of its cycle is forced to attempt to compress a fluid, in this case oil. So of course this is not possible and the forces are exerted on the weakest or most malleable component. This is obvious as the top of the piston protrudes above the deck at top dead centre. So if the conrod is bent it no longer has the length to protrude above the deck.
Engine failure can result if an engine is not properly taken care of. Neglecting regular oil changes and basic maintenance is a common cause for engine failure but is especially pertinent with the Ingenium engine. This is because it can block oil feed and galleries, so this means components lose the lubrication they require and can cause multiple following failures.
The Ingenium engine commonly suffers from timing failure. The components that make up the timing system are prone to failure because of the weak materials used. The timing chain itself commonly stretches or breaks and the plastic guides can break and drop. However we have also found plastic particles from the guides dropping and making their way from the guides over time to the oil pickup.
As common with most timing failures we are seeing damaged or broken components such as rocker arms, tappets, valves, seals & springs etc. However these issues extend further with the Land Rover 2.0 Ingenium engine. The plastic particles worn from the guides over time are blocking the oil pickup. So this commonly causes spun bearings as well as turbocharger failure. Large pieces of broken off timing components are also a cause for various failures.
We have found the fuel injectors fitted to the 2.0 Ingenium engines have a tendency to over-fuel. This simply means the injector itself is injecting too much fuel inside the cylinder, so produces an extreme amount of heat as the large amount of fuel is compressed and ignited. In addition to this we have discovered the piston itself is comprised of a weaker than expected material and so is very susceptible to damage.
In 2015 Land Rover released their own branded range of modular engines to replace the previous Ford variants like the 2.2 eD4. These platforms were produced to incorporate both petrol and diesel. Because the engines were designed for flexibility, the design allows for easier production of versions with fewer or more cylinders. They also include the ability to be mounted transversely or longitudinally for 2 or 4 wheel drive applications.
The first diesel Ingenium engines used were fitted to the Range Rover Evoque, this was the single turbocharged 204DTD. This was also later fitted to the Land Rover Discovery Sport. Both of these are transversely mounted. In 2017 a twin turbocharged variant was fitted to the larger vehicles in the line up because of the need for more power. This includes the Land Rover Discovery 5, Range Rover Sport and the Range Rover Velar. This is the 204DTA and is mounted longitudinally.
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If you are looking to replace your Range Rover 204DTD engine, Vogue Technics can provide you with robust and perfectly working replacement engines at incredibly low prices. Buying a brand-new engine from the dealership is notoriously expensive and fitting charges of those dealerships tend to be astronomical. However, if you act smart and find a source such as Vogue Technics then not only you can save a significant amount of cash but also get a dependable engine replacement on the cheap.
Vogue Technics has over two decades of experience in providing robust and dependable engines and keeps a large stock of Range Rover 204DTD replacement engines. We provide a warranty with each engine depending on the condition of the engine. we can also arrange delivery to your doorstep or can bring the vehicle to our workshop, get the engine replaced and bring the vehicle back to your doorstep. We look forward to your custom.
The 2.0-liter Land Rover 204DTD diesel engine has been assembled in the UK since 2015 and is installed on almost all modern models of the company such as Discovery Sport, Evoque, Velar. On Jaguar cars, this unit is known under its own index AJ200D.
Low Mileage: Our engine has been carefully tested and certified to ensure optimal performance and longevity.
Excellent Performance: Experience the power and precision that Jaguar engines are renowned for.
Perfect Fit: Designed specifically for Jaguar F-Pace 204DTD ingenium models, ensuring seamless installation.
The 204dtd engine apart is its low mileage tested engine status, ensuring optimal performance and longevity. This engine has been meticulously tested to provide you with peace of mind and confidence in its reliability.
WARRANTY AND AFTER-SALES SERVICE:
For your peace of mind, we provide a generous 60-day warranty with unlimited mileage. Our commitment to customer satisfaction extends beyond the initial purchase.
WORLDWIDE DELIVERY:
No matter where you are, we offer worldwide delivery through DHL Express. Rest assured that your engine will be safely and promptly delivered to your doorstep.
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Open a particular product by clicking on it. You will be able to have an in-depth view of high-quality images (only reference points, not an actual representation) of the motor, read specifications or find a complete list of brands and models which the engine can be fitted to (compatibility). There is also a lot of other useful information.
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