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Replacement parts for the Land Rover Discovery 4 (chassis code L319), covering the full 2009 to 2016 production run. This collection includes Genuine, OEM and aftermarket components for 2.7 TDV6, 3.0 TDV6, 3.0 SDV6 and V8 variants, stocked in the Netherlands and shipped across the EU. For parts across all Discovery generations, see the Land Rover Discovery Parts collection.
Compressor Amk Version
Special Nut - secures the rear knuckle to the lower and upper suspension arms. It retains the rear suspension arm bolts at the knuckle, holding th...
View full detailsFuel Filter Head is the housing top of the fuel filter assembly within the diesel fuel supply system, onto which the filter element mounts. The he...
View full detailsAir Filter - the air cleaner element for the engine air intake system. The element sits within the air cleaner housing and filters incoming air be...
View full detailsAir Filter element for the engine air cleaner housing. Seated in the air cleaner housing upstream of the mass air flow sensor and throttle body, t...
View full detailsBolt for the rear suspension. It secures the lower mounting of the rear shock absorber to the lower suspension arm, carrying the damper load as the...
View full detailsInterior Trim Retainer Clip - a moulded fastener used to secure interior trim to the vehicle body. The clip retains door casings, pillar trims and...
View full detailsHex Nut - M8 is a standard six-sided metric threaded fastener with an 8 mm nominal thread diameter. It threads onto a matching M8 bolt or stud to ...
View full detailsBrake Drum Clip is a retaining clip within the rear drum-in-hat parking brake (handbrake) assembly. It secures the handbrake shoe against the back...
View full detailsAuxiliary Drive Belt for the 2.7L TDV6 diesel engine on vehicles without an active roll stabiliser, 2092mm. This ribbed belt transmits drive from ...
View full detailsUpgrade your Land Rover Freelander 2 (2.2 TD4 Diesel) with this high-performance Silicone Turbo Hose Kit, designed to handle higher temperatures an...
View full detailsFuel Leak Off O-Ring seals the leak-off (spill return) connection at a diesel fuel injector. It sits in the injector leak-off circuit that collect...
View full detailsRear Brake Pad Set for the rear axle disc brakes. The friction pads are clamped by the rear brake calipers against the brake discs to generate the...
View full detailsTailgate Gas Strut - Upper for the rear split tailgate, supporting the upper lift-up section of the door. The gas-charged strut counterbalances th...
View full detailsFuel Filter Element for the diesel fuel supply system. The element removes particulate contamination and separates water from the fuel before it re...
View full detailsSuspension Bolt Kit - Front Lower is the fitting kit of nuts and bolts for the front lower suspension arm (wishbone), used to replace the original ...
View full detailsWind Deflector Kit - a set of four smoke-tinted wind deflectors that mount along the front and rear door window frames. Each deflector is supplied...
View full detailsFuel Filter Element for the diesel fuel supply system. The element removes particulate contamination and separates water from the fuel before it re...
View full detailsFestoon Bulb for interior lamps. A double-ended festoon bulb that locates between the sprung contacts of the courtesy, map and interior lamp housi...
View full detailsBleed Screw for the hydraulic braking system. This bleed screw (bleed nipple) is fitted to brake calipers or wheel cylinders to allow hydraulic fl...
View full detailsFuel return tube O-ring seal
Rear Lower Suspension Arm for the rear independent suspension, left-hand side. The lower control arm (wishbone) connects the rear hub carrier to t...
View full detailsFront Shock Absorber for the front axle of the air suspension system, supplied as a complete damper assembly. The damper controls suspension movem...
View full detailsTailgate Latch - the upper latch for the rear tailgate. Mounted in the upper tailgate, the latch engages the body-mounted striker to hold the tail...
View full detailsUpper Front Suspension Arm Ball Joint The upper ball joint forms the top pivot between the front upper suspension arm and the wheel knuckle, holdi...
View full detailsRelay - 20A 5-pin black micro-format relay for use in vehicle fuse and relay centres. The 5-pin configuration provides both normally-open and norm...
View full detailsRear Upper Knuckle Bush - a rubber-to-metal bush that forms the upper pivot mounting between the rear knuckle and the radius arm in the independent...
View full detailsBrake Disc - a rear vented brake disc, the rotating friction surface the caliper pads clamp against to slow the vehicle. The internal vanes draw a...
View full detailsSteering Column Bolt for the lower steering shaft coupling. This pinch bolt clamps the lower steering shaft to its mating joint, securing the colum...
View full detailsFront Suspension Arm, left-hand side, for vehicles equipped with Roll Stability Control (RSC). Connects the wheel knuckle to the front subframe as...
View full detailsRear Lower Suspension Arm (Right-Hand) is a lower control arm in the rear independent suspension. It locates the rear hub carrier to the chassis s...
View full detailsOuter left front wing panel forming the exterior body section above the front wheel arch. Designed as a replacement outer wing panel for the left-h...
View full detailsSpindle rod link
Finisher Clip - a retaining clip for exterior body finishers and mouldings. The clip secures a trim finisher or moulding to the body panel, engagi...
View full detailsTube - Water Outlet
Wheel Nut for securing an alloy road wheel to the hub. The nut clamps the wheel against the hub face on the wheel stud, maintaining correct seatin...
View full detailsFloor Mat Set is a set of tailored rubber floor mats that protect the cabin footwells from mud, water and everyday wear. The moulded rubber constr...
View full detailsAdjustable Tow Bar Kit with quick-disconnect coupling for the rear towing system. The height-adjustable drop plate lets the tow ball height be set...
View full detailsBrake Disc Bolt - M10 x 20mm securing the brake disc to the hub flange. M10 x 20mm bolt with 1.5mm thread pitch. Multiple bolts are required per d...
View full detailsCirclip for the lower steering knuckle bush. This circlip retains the bush within the lower steering knuckle, forming part of the front axle and s...
View full detailsNut - an M8 x 1.25 captive U-spring nut used to mount the air suspension compressor. The spring-steel body clips over the chassis bracket to provi...
View full detailsBolt Mounting bolt for the front suspension arm. Part of the front suspension assembly, it secures a front upper or lower control arm (wishbone) a...
View full detailsFront Lower Suspension Arm Assembly - the left-hand lower control arm of the front suspension. It locates the lower end of the front wheel hub to ...
View full detailsFuel Tank Strap for Discovery 3, Discovery 4, and Range Rover Sport equipped with the 10MY-specification fuel tank (two vent pipes). This strap se...
View full detailsCrossover Pipe Gasket for the exhaust system, sealing the joint between the exhaust crossover pipe and the exhaust manifold. On the 3.0L V6 (Gen2 ...
View full detailsFuel Filler Door Latch Bezel is the trim surround that locates and frames the fuel filler flap latch within the fuel filler housing. It seats in t...
View full detailsFront Axle Housing Oil Seal seats in the front axle case where the drive shaft passes through the housing to the hub. It runs against the rotating...
View full detailsAir Suspension Reservoir for the Electronic Air Suspension (EAS) system. This pressure vessel (accumulator) stores a reserve of compressed air, en...
View full detailsParts for the Land Rover Discovery 4 (L319), produced 2009 to 2016 on the Integrated Body Frame platform shared with the Discovery 3. Covers all EU-market variants from the 2.7 TDV6 to the post-facelift 3.0 SDV6 and 3.0 SCV6 petrol. Genuine, OEM, and aftermarket in stock for same-day EU dispatch.
The Discovery 4 is the second-generation vehicle on the L319 Integrated Body Frame platform, produced from 2009 until the Discovery 5 (L462) took over in 2017. It carries the same chassis code as the Discovery 3 (2004 to 2009) and shares the structural body-on-frame architecture, the rear air suspension layout, and several driveline components. Where parts fit both L319 generations the product listing states so; engine, electrical, and calibration-sensitive components are generally restricted to one generation.
Two distinct production phases apply. Pre-facelift cars (2009 to 2013) launched with the 2.7 TDV6 and the original 3.0 TDV6 / SDV6 variants and the 5.0-litre V8 petrol. The 2014 facelift refreshed the front end, replaced the V8 petrol with the 3.0 SCV6 supercharged petrol, introduced stop-start across the diesel range, and revised the SDV6 calibration. The ZF 8HP70 eight-speed automatic also arrived on the SDV6 from 2012, replacing the earlier ZF 6HP28 six-speed.
The Discovery 3 and the Discovery 5 are the adjacent generations. No L319 parts cross over to the L462, which is built on an entirely different aluminium-intensive platform.
2.7 TDV6 (Ford AJD-V6, 2,720 cc, 190 PS): early production only, 2009 to the 2010 model year. Paired with the ZF 6HP26 six-speed automatic or the six-speed manual. Engine architecture is carried over from the Discovery 3, but emissions and calibration differ. Uses a timing belt at the scheduled service interval.
3.0 TDV6 (306DT, 2,993 cc, 211 PS): introduced for the 2011 model year and produced through 2013. Twin-turbo diesel, paired with the ZF 6HP28 six-speed automatic. The 306DT runs a wet belt timing system: the front camshaft drive belt and the rear high-pressure fuel pump belt are both scheduled service items and must be replaced together.
3.0 SDV6 (306DT, 2,993 cc, 245 to 256 PS): available across the full Discovery 4 production run with progressive power increases. Sequential twin-turbo architecture. From 2012 the SDV6 was paired with the ZF 8HP70 eight-speed automatic. Post-2014 facelift SDV6 vehicles received stop-start technology and revised calibration.
5.0 V8 petrol (AJ133, 375 PS): naturally aspirated, available from 2009 to 2013. Lower EU volume but supported in stock for service parts.
3.0 SCV6 petrol (AJ126, 340 PS): supercharged V6, introduced at the 2014 facelift as the replacement for the 5.0 V8. Petrol-specific cooling, intake, and ignition components are not interchangeable with the diesel range.
Kerb weight ranges from 2,396 kg to 2,583 kg across the variants, reflecting the powertrain weight spread. Confirm your engine code via VIN before ordering anything in cooling, timing, intake, or fuel system categories.
Use the engine variant, year, and category filters above the product grid to narrow this collection to parts that match your specific Discovery 4.
The L319 chassis code is shared with the Discovery 3, so chassis code alone is not a reliable fitment input. The 17-digit VIN is the authoritative identifier. It is stamped on the driver-side door frame, visible through the windscreen base on a plate, and recorded on the V5C or local registration document. The 10th character identifies model year.
For the Discovery 4 specifically, the VIN model year decode resolves three things at once: which generation the vehicle belongs to (D3 or D4), which engine variant is fitted (2.7 TDV6 limited to 2009-2010, 3.0 TDV6 limited to 2011-2013, SDV6 across the full run), and which transmission specification applies (ZF 6HP28 versus ZF 8HP70 on the SDV6). Pre-facelift versus post-facelift status follows from the model year too: 2014 onward is post-facelift.
For original-specification confirmation including engine code, transmission code, and factory trim level, the JLR Classic Parts portal Discovery 4 (2010 to 2016, L319) catalogue is the authoritative reference. Workshop diagnostic procedures and torque specifications are covered in the Land Rover Discovery 4 Workshop Manual for the applicable model year.
Discovery 4 stock is weighted toward the categories where age and mileage wear are now reaching the EU fleet. Air suspension components, wet belt timing kits, EGR system parts, propshaft and driveline service items, EPB hardware, cooling for the 306DT, and chassis fasteners cover the bulk of routine workshop demand. Each category link below filters results to L319 fitment.
EAS compressors, front and rear air springs, ride height sensors, and valve block assemblies for the L319. The highest-volume Discovery 4 category as the fleet ages past ten years.
Air suspension and steering partsWet belt kits, tensioners, idlers, and seals for the 306DT engine in TDV6 and SDV6 form. Timing components for the 2.7 TDV6 follow a separate specification and are stocked alongside.
Engine timing partsThermostat housings, thermostats, water pump components, expansion tanks, and coolant hoses for both diesel and petrol variants. Thermostat housing failure is a known 306DT fault.
Cooling and heating partsCentre bearings, universal joints, propshaft assemblies, and differential output seals for the L319 permanent four-wheel drive system.
Drive mechanism partsDiscs, pads, caliper hardware, brake lines, and EPB cable and actuator components for the L319 electronic parking brake system.
Brake system partsService parts and engine components for the 2.7 TDV6, 3.0 TDV6, 3.0 SDV6, 5.0 V8, and 3.0 SCV6 variants, including EGR valves and coolers.
Engine partsSensors, switches, lighting, and electrical service parts for the L319 across pre and post-facelift specifications.
Electrical partsSuspension arm bolts, wishbone fixing hardware, hub nuts, and body mounting hardware as individual items and complete sets.
Chassis and body partsThe Discovery 4 is now between nine and seventeen years old, and the parts choices are driven less by warranty considerations than by service life, cost-per-mile, and supply continuity. Genuine, OEM, and aftermarket are all viable depending on the system.
Genuine is the right tier for the EAS air suspension control valves and ride height sensors, the rear differential service kit, the 8HP70 transmission rebuild components, and the wet belt timing kit on the 306DT. These are systems where calibration history, the exact JLR part number, and the original tolerance band matter for long-term reliability and warning code suppression.
For the wet belt kit specifically, Genuine and OEM-equivalent are both acceptable, but the brand-name aftermarket route is not recommended on this engine. The 306DT is unforgiving of incorrect belt tension or material grade, and the failure mode is catastrophic.
OEM covers the practical bulk of Discovery 4 service work. Pierburg supplies EGR valves and coolers. Bosch supplies the diesel high-pressure pumps, injectors, glow plugs, and most sensors. Mahle supplies cooling components. ZF supplies transmission service parts and the Lifeguard 6 / Lifeguard 8 fluids for the 6HP28 and 8HP70. Brembo, ATE, and TRW cover braking. OEM-tier supply is the most cost-effective route for routine service on the L319.
Aftermarket is appropriate for discs and pads, filters, bushings, body fasteners, exterior lighting bulbs, and air suspension service kits that are no longer in Genuine supply. Each listing names the OEM supplier where the source is verified.
EU Stock and DispatchL319 parts are stocked in the Netherlands and dispatched the same working day on orders placed before 15:00 CET. Intra-EU shipments carry no customs paperwork or import VAT at the border, with typical transit of 1 to 2 working days to Germany, Belgium, France, and Luxembourg, and 2 to 4 days to Scandinavia, Iberia, Italy, and central Europe. UK orders ship under standard post-Brexit customs procedures with VAT and duties applied on delivery. Workshops servicing multiple Discovery 4 vehicles can request invoiced trade terms.
Technical GuidesThe guides below cover the diagnostic and replacement decisions that come up most often on this generation. Each one identifies the parts that address the underlying fault, not just the symptom.
The 306DT engine combines a wet front belt, a rear fuel pump belt, and internal timing chains. This guide explains which components are scheduled service items, the correct replacement interval, and what to inspect at the same time as the belt kit.
3.0 TDV6 timing guideRestricted performance and limp mode on TDV6 and SDV6 engines is often the result of upstream EGR or sensor faults rather than the DPF itself. This guide covers root cause diagnosis and identifies the correct parts for each fault type.
Discovery 4 DPF guideThermostat housing failure is a known fault on 306DT-engined Discovery 4 vehicles. The guide explains how to confirm the housing is the fault source, what to replace alongside it, and which parts to order from this collection.
Thermostat housing guideA systematic approach to diagnosing limp mode on the Discovery 4 before ordering parts. Covers the most common trigger codes, the upstream sensor and actuator faults that produce them, and the inspection sequence that isolates the correct component.
Discovery 4 limp mode guideElectronic parking brake faults on the L319 are frequently misdiagnosed as actuator failure when the actual cause is worn brake shoes or cable resistance. The guide covers the correct diagnostic sequence and the parts needed for a permanent fix.
EPB failure guideA direct cost-of-ownership comparison between the body-on-frame Discovery 4 (L319) and the compact Discovery Sport (L550) for European owners. Useful for buyers comparing generations or workshops servicing both.
Discovery 4 vs Discovery Sport guidePartially. The Discovery 3 (2004 to 2009) and Discovery 4 (2009 to 2016) share the L319 platform, so structural components, the rear air suspension hardware, and several driveline parts are common between the two generations. Where a part fits both, the product listing states so. Engine parts, electronics, and calibration-sensitive components are generally not interchangeable, even where the engine family is the same, as in the case of the 2.7 TDV6 fitted to early Discovery 4 production. The 2.7 TDV6 in the Discovery 3 and the 2.7 TDV6 in the early Discovery 4 are not parts-equivalent on emissions, calibration, and ancillaries.
Both engines are 2,993 cc V6 diesels from the 306DT family, but they are different states of tune with different power outputs and different transmission pairings. The TDV6 produces 211 PS and was paired with the ZF 6HP28 six-speed automatic. The SDV6 uses sequential twin-turbo architecture, produces 245 to 256 PS depending on production year, and from 2012 was paired with the ZF 8HP70 eight-speed automatic. Both engines use the wet belt timing system and share the same scheduled belt replacement requirement. Confirm via VIN which variant your vehicle carries before ordering engine-specific parts.
Both. The 306DT engine in TDV6 and SDV6 form uses a hybrid timing system that combines belts and chains. The front camshaft drive belt and the rear high-pressure fuel pump belt are scheduled service items and must be replaced together. The internal timing chains within each cylinder head link the intake and exhaust camshafts and are not routine service items, though they may develop noise on high-mileage engines. The belts are the primary maintenance risk and the source of most timing-related engine damage on this engine. Partial servicing that replaces only one belt is a known cause of failure, which is why the correct service scope replaces both belts and the associated tensioners and seals as a single job.
Limp mode on the Discovery 4 is a symptom rather than a fault in itself, and the trigger is usually an upstream sensor reading outside acceptable range. Common causes include EGR valve carbon buildup, MAP or MAF sensor drift, turbocharger boost actuator faults, fuel pressure sensor degradation, and intercooler-side air leaks on the SDV6. Replacing the DPF without diagnosing the upstream cause is a common mistake. The Discovery 4 limp mode diagnosis guide linked in the Technical Guides section above covers the correct diagnostic sequence, the codes most commonly involved, and the parts needed for each root cause.
Kerb weight ranges from 2,396 kg on the lightest 2.7 TDV6 variants to 2,583 kg on the heaviest fully-equipped SDV6 specifications. The weight spread matters for two parts categories in particular. Air suspension components are loaded differently across variants, so the air spring service life and replacement frequency are higher on the heavier specifications. Brake hardware sizing is also matched to weight class, so brake disc thickness, pad compound, and caliper component specifications need to match the original fitment rather than a generic L319 part.
The Discovery 4 is a full-size body-on-frame SUV with permanent four-wheel drive, a two-speed transfer case with low range, longitudinally-mounted engines, air suspension, and a 3,500 kg towing rating. The Discovery Sport (L550) is a compact crossover on a transverse-engine unibody platform shared with the Range Rover Evoque, with Haldex or GKN Active Driveline AWD, coil suspension, no low-range transfer case, and a lower towing rating. The two vehicles are similarly priced on the used market but serve very different use cases, and parts are not interchangeable between them. The Discovery 4 versus Discovery Sport ownership cost comparison linked above covers the practical differences in more detail.