Used Land Rover Range Rover Sport L494 (2013-2022): Buyer's Guide

The 2013 and 2014 Range Rover Sport L494 had a recall where Land Rover replaced the engines outright. Improperly torqued connecting rod bolts on the 3.0L supercharged V6 could cause the rod to separate from the crankshaft. The 2020 Sport had no such crisis. Same platform. Same aluminum architecture. Nine years and a lot of engineering fixes between them.

That gap is what this guide is about. The L494 is the best-looking, best-riding, most capable luxury SUV in its price range on the used market. It is also one of the highest-maintenance vehicles you can buy. Threads on rangerovers.net, landroverforums.com, and landroversonly.com document air suspension collapses, coolant crossover pipe failures, timing chain problems, and infotainment screens that go dark mid-drive. The buyers who come out ahead understand which years carry which risks and what to check before the paperwork is signed.

This Generation at a Glance

Land Rover introduced the second-generation Range Rover Sport as the L494 in 2013. It shares the JLR D7u platform with the full-size L405 Range Rover, uses an aluminum-intensive body structure, and had electronic air suspension standard across nearly all trims.

The L494 ran for nearly a decade with one meaningful split:

Pre-facelift (2013-2017): Original front and rear fascias, InControl Touch infotainment (upgraded to InControl Touch Pro on 2016+), and the bulk of the recall activity. Three door latch campaigns, the connecting rod recall, the brake vacuum hose recall, and the front suspension knuckle campaign all concentrated here.

Facelift (2018-2022): Redesigned front bumper and LED matrix headlights, upgraded InControl Touch Pro Duo dual-screen infotainment, power output increases on the V6 and V8, and the arrival of the P400e plug-in hybrid for US buyers. Recall activity dropped significantly. Production refinements to coolant pipes, chain guides, and door latches on earlier cars were all in place by this point.

The Td6 diesel was discontinued in the US after 2018. If you find one, the diesel section below covers what to check. The P400e is the highest-risk used buy in the L494 lineup for reasons covered in the powertrain section.

See 2019, 2020, 2021, and 2022 for current inventory and pricing.

Powertrain and Trim Breakdown

3.0L Supercharged V6 (Si6)

The V6 is the right powertrain for most used L494 buyers. It is genuinely fast, well-matched to the ZF 8-speed, and runs a lower cost profile over time than the V8. Three output levels across the generation: 340hp (2013-2015), 380hp (2016-2017), and 395hp (2018-2022). The architecture is the same throughout.

The coolant crossover pipe is the critical V6 issue. This plastic fitting runs under the supercharger between the engine banks. Heat cycling fatigues and cracks it over time. When it fails at highway speed, the cooling system empties in seconds. By the time the temperature warning illuminates, the engine may already be compromised. Forum threads on rangerovers.net going back to 2014 document this pattern with consistency. Threads at landroversonly.com from owners of 2014-2016 L494s describe engines destroyed on the highway from this failure. The recommended approach is proactive replacement with an aftermarket aluminum unit before failure occurs. At an independent Land Rover specialist, labor runs 10-12 hours. Total cost: $2,100-$2,600. If a seller says it's already been done, ask for documentation.

Timing chain guides on the 3.0L are a wear item tied almost entirely to oil change interval. Land Rover's factory interval is too long for this engine. Independent Land Rover specialists consistently recommend oil changes every 5,000-7,500 miles. Deferred service causes guide wear, which shows up as a cold-start rattle around 80,000-100,000 miles. Catching it at rattle stage costs $3,500-$5,500. Missing it costs an engine.

Connecting rod bolts recall (2013-2015 only): Land Rover issued recall P055 in 2015 covering 2013-2015 L494 models with the V6 supercharged engine. Improperly torqued connecting rods could separate from the crankshaft, seizing the engine. Dealers replaced engines free of charge. Before buying a 2013-2015 V6, confirm this recall is resolved on the specific VIN. If the work is documented, these cars are not uniquely risky after the repair. If documentation is missing, walk away.

The V6 oil consumption pattern has been documented in forum posts going back to the 2016-2017 era. The engine can consume a quart of oil every 1,000-1,500 miles under heavy use. Check oil level on the pre-purchase inspection; do not assume it will be at full.

What V6 owners consistently report liking: better fuel economy than the V8, lower long-term repair exposure, and the same driving character in daily use. If the V8 badge doesn't matter, the 395hp V6 (2018-2022) is the pick.

Model-year notes: The 2013-2015 V6 carries the highest risk due to the connecting rod recall and the oldest coolant pipes. The 2016-2017 V6 (380hp) benefited from calibration revisions post-recall and is meaningfully lower risk. The 2018-2022 V6 (395hp) represents the most refined version with updated chain guides and all facelift improvements.

5.0L Supercharged V8

The 5.0L V8 is what the Range Rover Sport was built to sell. 510hp through 2017, 525hp from 2018, 575hp in SVR trim. It makes the L494 genuinely fast in a way that's hard to replicate in this segment.

The coolant crossover pipe exists on the V8, and the consequences of failure are worse. The same plastic fitting that runs between the banks on the V6 is present here. The V8 costs more to replace, so the proactive aluminum pipe swap is even more important on a V8 example. Any V8 purchase without confirmation the pipe has been addressed should have that cost ($2,200-$2,600) priced into the offer.

Timing chain guides and tensioners are a documented issue on the 5.0L at high mileage, especially pre-2017. Land Rover revised the plastic guide specification for 2017+ engines. On a pre-2017 V8 above 80,000 miles, the timing chain system should be inspected by a Land Rover specialist. Failure cost: $3,500-$5,500 at an independent specialist, significantly more at a dealer.

Supercharger nose cone failure is considered an eventual certainty on both V6 and V8 supercharged engines. The nose cone houses the supercharger bearings and a spinning coupler; bearing wear causes a whining or rattling noise. It is routinely addressed during timing chain work since the supercharger needs to come off anyway. The part itself is approximately $300-$350; the labor cost is absorbed into the timing chain job.

Supercharger belt and pulley replacement is typically recommended around 80,000-100,000 miles. When the belt fails, the supercharger stops, boost drops, and the car may enter limp mode. This is a known interval on the 5.0L.

SVR-specific notes: The 575hp SVR uses the same 5.0L V8 in a higher state of tune. Early SVRs (2015-2017 pre-US, 2018 first US model year) had documented transmission and supercharger calibration issues that Land Rover worked through. The 2019-2022 SVR is generally considered sorted. On any SVR, confirming the transmission fluid has been changed (many owners skip it) is critical; the 8-speed shows shudder at cruise under extended intervals.

What V8 owners report liking: the sound, the acceleration, and the way the vehicle feels at highway speed. What they consistently note: fuel costs of $3,500-$5,000 per year at average US mileage, and higher repair bills when things go wrong.

Td6 Diesel (2016-2018 US Market Only)

Land Rover brought the 3.0L SDV6 diesel to the US from 2016-2018, then discontinued it. 254hp and 443lb-ft of torque, mated to the ZF 8-speed. EPA estimate was approximately 26 mpg combined, the best of any L494 powertrain.

The crankshaft issue documented on diesel L494s (primarily 2013-2015 production) in global markets was associated with specific SDV6 manufacturing batches. For the US market, which received the Td6 only from 2016 onward, the early crankshaft risk is reduced. That said, the Td6 is rare in the US used market, parts availability is limited, and diesel specialists familiar with JLR are not in every city.

If you find a US Td6: get a full mechanical inspection including an oil sample analysis. The economy advantage is real, but sourcing parts for an uncommon diesel in a US market not built around it adds unpredictability.

P400e PHEV (2019-2022 US)

The P400e pairs a 2.0L turbocharged Ingenium four-cylinder with a rear-mounted electric motor. Combined output: 398hp. Land Rover advertises roughly 23 miles of electric range; real-world EV range in moderate temperatures is 16-20 miles according to owner reports on rangerovers.net.

This is the highest-risk used buy in the L494 lineup and the powertrain to avoid unless you have an extended warranty or a strong specialist relationship.

Gas particulate filter (GPF) clogging is the most documented P400e failure. Drivers who use the vehicle primarily in EV mode, especially on short trips, prevent the GPF from completing its self-cleaning regeneration cycle. The GPF becomes clogged, chokes the engine, and can cause significant power loss. The fix requires extended highway running or dealer intervention. Owners who use the vehicle mostly as an EV are the ones hitting this problem.

Battery charging faults and HV heater failures are recurring themes on rangerovers.net P400e threads. The 12V auxiliary battery commonly discharges. The high-voltage heater is a documented failure point that causes the HV battery to only charge to 95% of capacity. Diagnosis requires JLR diagnostic equipment.

NHTSA recall for the water pump drive belt (Land Rover recall N785) covers 2019-2021 P400e vehicles: the water pump drive belt can detach, the engine can overheat, and coolant can contact the turbocharger heat shield. Land Rover flags this as a fire risk. Dealers replace the coolant elbow pipe and turbo feed pipe free of charge. Confirm this is resolved on any P400e before buying.

A separate P400e recall addresses the high-voltage battery mount bolt torque. Again, dealer-resolved, but confirm it before purchase.

The P400e works well for buyers with home charging, short commutes, and warranty coverage remaining. For the average used buyer without a JLR specialist on speed dial, it is the L494 to skip.

Trim-Specific Notes

The US L494 trim ladder ran from SE through SVR, with meaningful differences in equipment and meaningful cost implications in repair.

SE is the entry point. You get the full L494 experience: air suspension, keyless entry, leather, InControl Touch Pro infotainment, and the ZF 8-speed. The SE typically came with the 3.0L V6. It is the easiest L494 to buy on a budget and the one with the fewest expensive optional systems to break.

HSE adds 21-inch wheels, xenon headlights (LEDs on facelift cars), heated and ventilated front seats, and a panoramic roof. The panoramic roof is a documented leak point when drainage channels clog. Ask about sunroof maintenance and check the headliner edges for water staining.

HSE Dynamic adds larger alloys, gloss black exterior trim, All Terrain Mode, and the Dynamic driving mode. It's the step below full Autobiography equipment without the added repair exposure of the Autobiography's additional comfort systems. Forum consensus treats the HSE Dynamic as the value sweet spot in the L494 lineup.

Autobiography Dynamic is fully loaded: torque vectoring, ventilated seats, 22-way seat adjustment, heated steering wheel, adaptive cruise, 360-degree camera with T-junction view, and a 19-speaker Meridian audio system. The Meridian audio amplifier is a documented failure point on high-mileage examples. The 22-way seats have multiple electric motors; each is a failure point. If the Autobiography price is reasonable, it can be worth it. If you're stretching to afford it, the HSE Dynamic is more defensible.

SVR has unique front fascia aero, Brembo brakes, and the 575hp V8. It was available only post-facelift (2018+ US) and commands a significant premium. The brakes are more expensive to service. The power output means transmission and driveline stress is higher. Worth it if performance is the priority; not the right buy for someone primarily concerned with long-term ownership cost.

Air suspension across all trims: The L494 uses electronic air suspension on virtually every US model. It is standard equipment, not an option. When budgeting for a used L494, air suspension repair is not hypothetical. Budget for it. See the inspection checklist below for what to check before buying.

Which Model Years to Target Within This Generation

The 2019-2021 range is the practical sweet spot. These cars have all the facelift equipment, the updated 395hp V6 and 525hp V8, resolved door latches, improved chain guides, and the lowest accumulated recall count of the generation. Depreciation has hit them meaningfully compared to newer L461 pricing.

The 2013-2015 range is the highest risk. Not because they are unfixable, but because they carry the most outstanding issues for any given car. A 2014 with documented connecting rod recall completion, replaced coolant pipes, and a full service history is a different proposition than a 2014 with no service records. The discount on early cars needs to cover those unknowns.

The 2022 final-year models are typically priced higher relative to age than 2019-2021 examples because buyers perceive the newest as the safest. That's partially true, but the real-world reliability difference between a 2020 and 2022 L494 is marginal. The 2020 at a lower price is often the smarter buy.

Pre-Purchase Inspection Checklist

This checklist is L494-specific. Generic used car advice does not cover the systems most likely to affect an L494 purchase decision.

Before the test drive:

• Run the VIN through CarScout's recall lookup. Confirm the connecting rod recall (campaign P055), door latch campaigns, front suspension knuckle recall, and P400e water pump recall (if applicable) are all resolved.
• Check for evidence of professional service history. L494s without documented oil changes every 5,000-7,500 miles have elevated risk across all powertrain issues.

Cold start (most diagnostic, do this first):

• Start the engine cold and idle for 90 seconds before moving. Listen for timing chain rattle from the front of the engine. A metallic rattle on cold start that fades once the engine warms is the documented pattern for chain guide and tensioner wear. If you hear it, budget $3,500-$5,500 minimum for chain work.
• Listen for supercharger whine, growl, or rattle separate from normal boost sound. A high-pitched whine that changes with RPM at idle can indicate nose cone bearing wear.

Under the hood:

• Check the coolant level cold. Low coolant on a cold engine is a red flag: either the coolant pipe has already been leaking or there is an ongoing cooling system issue.
• Look for coolant residue or dried white mineral deposits around the "V" of the engine between the banks. This is where the crossover pipe sits. Any residue means the pipe has been weeping.
• Check oil level and condition. L494 V6s can consume a quart per 1,000-1,500 miles. Dark, sludgy oil with a clean filter indicates extended change intervals and elevated chain risk.

Air suspension:

• Walk around the car on a level surface. Uneven ride height from corner to corner indicates a failing air spring or compressor. One low corner is typical of an isolated air spring leak. Multiple corners suggest a compressor struggling to maintain pressure.
• Leave the car running for 5-10 minutes with it parked, then check for the "Suspension Fault: Normal Height Only" message on the instrument cluster. This is the signature message for compressor failure.
• Budget $1,700-$2,200 per corner for air spring replacement, $2,100-$2,200 for compressor replacement. A car with all four springs showing end-of-life symptoms is a $7,000+ repair.

Infotainment (InControl Touch Pro):

• On pre-facelift cars (2013-2017): watch for blank or frozen screens on startup. This system's failure rate earned a class-action lawsuit. Software updates (Phase 3 and Phase 4) addressed it on many cars. Ask if updates have been applied. On facelift cars (2018+), the Touch Pro Duo system is more stable but can still show occasional reboots.
• Rear camera function: check that it appears promptly when you shift to reverse. Camera failures are a documented issue covered under some TSBs.

Door latches:

• On 2014-2016 models, confirm the door latch recall has been completed. Test every door from both inside and outside, locked and unlocked. A door that doesn't fully engage from the inside is a pre-recall symptom.

Panoramic sunroof:

• If the vehicle has a sunroof, check the headliner around the edges for water staining. Clogged drainage channels are common. A stained headliner means water has been sitting; replacing a headliner costs $800-$1,500. Check that the sunroof opens and tilts without hesitation or grinding.

For P400e PHEV:

• Ask for a full charge before the test drive. Confirm the vehicle can actually charge from a 240V source, not just a 120V trickle. If the dealer doesn't have charging available, that is a red flag.
• Confirm both the water pump drive belt recall (N785) and the HV battery mount recall are resolved.
• During the drive, switch to EV mode and confirm the EV range estimate is reasonable (14+ miles remaining after a full charge). A depleted HV heater will show abnormally low EV range.

Running Costs

RepairPal puts average annual repair cost for the Range Rover Sport at $1,179, but that average includes many cars still under warranty or with low mileage. Independent specialists who work on high-mileage examples routinely cite $2,000-$4,000 in unplanned repairs annually.

The 12,000-mile service (oil, filters) runs approximately $250-$350 at an independent specialist. Land Rover dealer rates are typically $500-$700 for the same service. The L494 benefits significantly from finding a good independent Land Rover specialist. Dealer pricing for out-of-warranty work is steep.

FAQ

Is the L494 Range Rover Sport reliable? Reliability is below average by RepairPal's metric (2.5/5, ranked 31st of 32 brands). The L494 has real, recurring issues across all powertrains. With proactive maintenance, documented service history, and a pre-purchase inspection, many owners report years of trouble-free driving. Without those, repair costs can run $10,000-$15,000 in a single year.

Which L494 engine is most reliable? The 3.0L supercharged V6 in 2018-2022 form (395hp) is the lowest-risk combustion powertrain. It has the benefit of all production revisions, better fuel economy than the V8, and fewer catastrophic failure modes when maintained correctly. Avoid the P400e unless you have warranty coverage.

What years of Range Rover Sport L494 should I avoid? The 2013-2015 range carries the highest risk: connecting rod recall on V6 models, oldest air suspension, and the most accumulated recall campaigns. If you're buying a 2013-2015, confirm every recall is documented and price in the cost of the coolant crossover pipe replacement.

How many miles will a Range Rover Sport L494 last? With documented service history and proactive coolant pipe and timing chain maintenance, 150,000-200,000 miles is achievable. The aluminum body does not rust. The limiting factors are the cost of repairs at high mileage and availability of specialists who work on them.

Is the SVR worth the premium over a standard V8? The SVR is the most capable and fastest L494. The premium is meaningful; expect to pay $8,000-$12,000 more than a comparable HSE Dynamic V8 at equivalent mileage. If you're buying primarily for performance and can absorb higher service costs, it is. If cost efficiency over 5 years of ownership matters, the HSE Dynamic V8 or V6 is a better financial calculation.

Bottom Line

The 2019-2021 Range Rover Sport L494 with the 3.0L supercharged V6 is the sweet spot: post-facelift refinements, the updated 395hp V6, lowest recall burden of the generation, and meaningful depreciation versus comparable-age competitors. If budget allows for the V8, the 2019-2021 5.0L is rewarding but demands the coolant pipe and chain guide conversation upfront.

Whatever year you're considering: run the VIN through a recall check before anything else, then get a cold-start inspection by an independent Land Rover specialist. Two hundred dollars for an hour with someone who works on these daily is the cheapest insurance available.

Price drops on specific L494 years and trims are trackable at usecarscout.com for CarScout members.

Data sourced from NHTSA recalls database, EPA fuel economy estimates, RepairPal maintenance data, and real owner experiences from rangerovers.net, landroverforums.com, landroversonly.com, rrsport.co.uk, and the Range Rover Forum (rangerover.org). See the full Land Rover Range Rover Sport market data for pricing and inventory.