2026 Range Rover SE SWB P400 Review: Brilliant Chassis, Software That Isn’t Ready

The Belgravia Green paint reads almost black under streetlights and opens into a deep British racing color when daylight catches the rear quarter panel. That contrast is the first thing the eye does with this Range Rover.

The second observation is harder to put into words. Driving the SE SWB P400 home through heavy rain on the freeway, surrounded by traffic, the cabin held a balance of intimate and roomy that bigger luxury SUVs rarely manage. Visibility through the glass was excellent enough that the weather stopped reading as a problem, and the chassis held its line through mixed traffic and standing water with the composure of a vehicle two segments lower in mass.

Then the adaptive cruise control failed to detect a Prius cutting in.

That tension is what the next seven days kept rehearsing.

The loaner is the SE designation with the mild-hybrid 3.0L Ingenium inline-six and a $113,300 base sticker before options. It is the trim and powertrain combination most cross-shoppers weigh against the BMW X7, the Mercedes-Benz GLS, the Porsche Cayenne, and the Cadillac Escalade.

After a week behind the wheel, the verdict on this configuration is more nuanced than the headline numbers suggest.

What It Is

The 2026 Range Rover SE Short Wheelbase with the P400 powertrain sits at the entry point of the fifth-generation Range Rover lineup. The SE designation is the volume trim below HSE, Autobiography, and the limited-production SV. The standard-wheelbase body has a 118.0-inch wheelbase that keeps overall length manageable for daily-driver duty in a way the seven-seat long-wheelbase body does not, with a turning circle of 35.9 feet versus 37.9 on the LWB.

The P400 designation belongs to the 3.0-liter turbocharged Ingenium inline-six with a 48-volt mild-hybrid system. JLR’s engine code on the build sheet is AJ20 P6H. The motor produces 395 horsepower at 5,500 rpm and 406 lb-ft of torque at 2,000 rpm, paired with a ZF eight-speed automatic and full-time all-wheel drive. EPA fuel economy is rated 19 city, 24 highway, 21 combined on premium 91-octane fuel.

The Range Rover’s full powertrain ladder runs from this P400 inline-six through the V8 P530, the plug-in hybrid P550e, and the Autobiography-only P615 LV8. Notably, no trim above SE offers the P400.

SE buyers are choosing this engine on this trim or skipping it entirely.

Pricing positions the SE SWB against the Mercedes-Benz GLS 450, the BMW X7 xDrive40i, the Porsche Cayenne, and the Cadillac Escalade Premium Luxury. Full specifications and configurator access live on JLR’s official Range Rover page.

Specifications

Specification	2026 Range Rover SE SWB P400
Base MSRP	$113,300
Destination Charge	$2,450
As-Tested MSRP	$129,965 (Base $113,300 + Options $14,215 + Destination $2,450)
Engine	3.0L Ingenium turbocharged inline-6, 48V mild-hybrid (JLR engine code AJ120P6H)
Power	395 hp @ 5,500 rpm
Torque	406 lb-ft @ 2,000 rpm
Transmission	ZF 8-speed automatic
Drivetrain	Full-time all-wheel drive
0-60 mph	5.5 seconds
EPA Fuel Economy	19 city / 24 highway / 21 combined
Fuel Type	Premium 91
Towing Capacity	8,200 lb
Seating	5
Cargo Volume	42.9 cu ft (rear seats up)
Wheelbase	118.0 in
Length / Width / Height	198.9 in / 87.0 in (mirrors) / 73.6 in
Curb Weight	~5,400 lb (within Class 2F GVWR 7,001 to 8,000 lb)
Tires / Wheels	285/40 R23 all-season; 23″ Style 1075 Gloss Black
Brake Discs	19 in front / 19 in rear (Performance Braking System)
All-Wheel Steering	Standard
Transfer Case	Twin-speed (high / low range), standard
Service Interval	24 months / 34,000 km (~21,000 mi)
Audio System	Meridian 3D Surround Sound (mid-tier, 19 speakers / 825 W); $1,200 option
GVWR Class	Class 2F (7,001 to 8,000 lb)
Plant	Solihull, United Kingdom
VIN	SALKP9FU5TA367020
Test Vehicle Color	Belgravia Green / Ebony & Ebony interior

Options on This Build

The build sheet (JLR order 18416730, build date March 5, 2026) shows the test vehicle’s exact options. The base SE SWB is $113,300; this loaner adds $14,215 in options for an as-tested MSRP of $129,965 with destination.

Code	Option	Price
017HE	Premium Upgrade Interior Pack (Full Extended Leather, Laminated side glass, Solar attenuating windscreen, Deep pile carpet mats)	$1,930
032AG	23″ Style 1075 Gloss Black wheels	$3,600
025MN	Meridian 3D Surround Sound System (19 speakers, 825 W)	$1,200
039IB	Head-up Display	$1,400
088UX	Natural Black Birch veneer	$1,300
075QS	Shadow Exterior Pack	$1,000
080AN	Narvik Black Contrast Roof	$1,000
RR001	Interior Protection Pack	$760
064QW	Pixel LED headlights with signature DRL	$600
188NG	Ebony Headlining	$400
072BI	Cold Climate Pack (Heated Windscreen, Heated Washer Jets)	$350
LRX92	Rear Seat Convenience Pack	$280
RR003	Wheel Protection Pack	$235
LRX95	Emergency Pack	$85
RR099	Range Rover Handover Pack	$75
1DV	Belgravia Green paint	included
301MX	Ebony perforated Windsor leather seats with Ebony	included
Source: JLR build sheet TA367020 (5/4/26). Total options: $14,215. Standard equipment on every SE includes air suspension, all-wheel steering, twin-speed transfer case, Pivi Pro, soft-close doors, panoramic roof, 20-way power front seats, heated and ventilated rear seats, 3-zone climate, surround camera, lane keep assist, blind spot, adaptive cruise with steering assist, Park Assist, and Terrain Response 2.

Design and Interior

Belgravia Green is the kind of paint that asks the light to do something for it. Under sodium streetlights it reads almost black with a hint of marine in the door creases. In overcast morning light the green opens up and pulls toward racing British Racing Green territory. In direct afternoon sun the rear quarter panel catches a shimmer that flatters the body’s long, restrained surfaces. JLR has been making this color work on this body for two model cycles now, and the SE wears it as well as any Autobiography would.

The SWB body’s proportions are worth a closer look. The 198.9-inch overall length is roughly eight inches shorter than the LWB, and the difference shows up in two places that matter visually. The rear door is shorter, which restores classical Range Rover proportions where the side glass reads as a continuous horizontal band rather than a stretched rectangle. And the rear overhang behind the back wheel pulls the body into a more athletic stance.

Standing alongside both bodies, the SWB looks like a Range Rover. The LWB looks like a Range Rover that has been asked to do limousine work.

This loaner runs the optional 23-inch Style 1075 Gloss Black wheels ($3,600, code 032AG), wrapped in 285/40 R23 all-season rubber. The dark wheel against the green body holds together better than I expected. The Shadow Exterior Pack ($1,000, code 075QS) and the Narvik Black Contrast Roof ($1,000, code 080AN) push the SUV slightly toward a stealth aesthetic without crossing into the grocery-getter-with-attitude territory that some buyers want and most do not.

Door pulls are clean machined-metal items with a soft-close mechanism that closes the door automatically when you let go from any position, like the Mercedes S-Class implementation but with a more positive engagement.

Pixel LED headlights with the signature DRL pattern ($600, code 064QW) round out the lighting; the daytime running light signature is recognizable as a Range Rover from the front in heavy traffic, which is the test the lighting design is actually optimized for.

The Ebony perforated Windsor leather and Ebony interior reads as a single continuous space when you climb in. The dark headliner ($400, code 188NG) pulls the cabin in tighter than the standard cream headliner would, and it contrasts cleanly with the panoramic roof glass overhead.

The Premium Upgrade Interior Pack ($1,930, code 017HE) extends the leather wrap onto surfaces a base cabin would leave in textured plastic, and the deep-pile carpet mats and laminated side glass that come with the pack do real work on cabin acoustics at freeway speed.

The Natural Black Birch veneer ($1,300 option, code 088UX) is where this cabin separates itself from the price tier below. The wood feels properly cool and dense to the touch, with a closed-grain finish that resists fingerprint smear. I pressed a fingernail into the dashboard veneer hard enough to leave a mark on most simulated-wood interiors at the BMW X5 or Mercedes GLE price point. The Range Rover’s veneer did not scratch. That kind of material durability is the difference between a luxury cabin and a luxury-styled cabin, and the SE earns the distinction.

The 20-way heated and ventilated power front seats (standard, code 401AJ) hold body shape over multi-hour drives without the dead-thigh fatigue that creeps into competitor seats around the three-hour mark. The rear seats heat, ventilate, and recline electrically, and the second-row legroom in the SWB body is sufficient for two adults at six feet without compromise; the LWB is for owners who routinely carry three rear passengers or want chauffeur-grade rear comfort.

Cargo behind the second row measures 42.9 cubic feet. That is the SWB body’s quiet advantage. The LWB five-seater pushes the rear seat back for added legroom and gives up cargo to do it.

Cabin lighting is where the SE shows the same hardware-capable, software-uneven pattern that appears throughout the Pivi Pro environment. The system offers a wide color palette, a custom color picker that lets you dial in any RGB value you like, and an “Animate” function.

The animation control has no preview, no label explaining what it does, and no in-cabin documentation. Pressing it changes the lighting in some way that is not obviously different from the static mode unless you watch carefully for thirty seconds.

Capable hardware, missing UX layer.

The center console is the cabin’s clearest practical miss. The cubbies are sized for cup holders, a small phone, or one rectangular deep slot designed for a wallet and sunglasses. Nothing in the console fits a 13-inch laptop, an iPad Pro, or a standard 11-inch tablet.

For a vehicle positioned partly as an executive transport and mobile office, that is a real packaging oversight. The Mercedes GLS and the BMW X7 both leave more flexible storage space at this price. Real estate agents, photographers carrying small gear, and tech executives running a tablet on the road will notice.

Pivi Pro Touchscreen and Haptic Feedback

Pivi Pro is the most consequential everyday demerit on this Range Rover, and only one of the three problems is something JLR can address with a software update.

Start with the haptic touchscreen pressure. The 13.1-inch screen runs a haptic-feedback layer that requires noticeably more force than smartphone use trains a finger to expect. A casual tap, the kind that wakes an iPhone or registers a control on a Tesla screen, simply does not register on the Pivi Pro.

Many actions take two or three firm double-presses before the input lands. The technology works in concept. The calibration fights muscle memory in a way that gets actively annoying within the first day.

The second issue is the menu-tree information architecture. Some screens carry a back button. Others do not. The presence and absence is inconsistent across the system, and there is no predictable rule for which feature module will let you step back one level.

That trains the driver to default-navigate from the home screen every time, because home is the only reliable starting point. The inconsistency is worse than uniform absence: it sets an expectation and then breaks it. Adjusting one climate setting that lives three menus deep often requires re-traversing the whole tree from the top.

The third issue is hardware, and it is the one that surprised me. The screen runs hot to the touch, not just warm but uncomfortably warm, under conditions where I should have expected the dash to be cool. The first time I noticed it was during cold rainy weather with the vehicle idling, ambient temperatures in the low fifties, climate routing pointed away from that area of the cabin, and the system not under any unusual computing load.

Stack the three issues and the in-motion experience gets genuinely problematic. Hard-press calibration plus inconsistent back navigation plus menu re-traversal forces visual attention on the screen for too long when a driver is trying to change climate, seat, or audio while moving. The hardware is mostly capable (13.1-inch screen, fast SoC). The calibration, information architecture, and thermal design are not.

Of the three demerits, only one is software-fixable. A universal back button across every feature module is the kind of fix JLR could ship via OTA software update, and the SUV’s everyday usability would improve materially without any hardware change.

The haptic pressure and the screen thermals are concerns the buyer is stuck with. The BMW iDrive rotary remains the gold standard for non-distracting interaction in this segment. The Mercedes Hyperscreen is the closer competitor, and its back-navigation is more consistent and its screen does not run hot at idle in cool weather.

For a buyer who rarely adjusts settings while driving and runs wireless CarPlay (standard, code 183AB) for navigation and audio, the native Pivi Pro environment recedes into the background and the system becomes livable. For a buyer who actually uses the JLR native menus, this is a real frustration that compounds over months of ownership.

Driving Impressions

Powertrain

The 3.0-liter turbocharged Ingenium inline-six produces 395 horsepower at 5,500 rpm and 406 lb-ft of torque at 2,000 rpm. On paper that is enough motor to move a 5,400-pound luxury SUV at the pace its segment expects.

In practice the relevant number is the torque figure, and the relevant detail is where it arrives. Peak torque at 2,000 rpm means the inline-six is making meaningful thrust off idle, and the ZF eight-speed automatic stays in the heart of that band on most everyday throttle inputs. Quick on-ramp merges happen with a half-pedal request rather than a full one, and the SUV reads notably stronger than the 0-60 figure of 5.5 seconds suggests in routine driving.

The 48-volt mild-hybrid system handles auto stop-start and torque-fill duties. Engine restarts at traffic lights are smooth enough that the only signal you have that it happened is the tachometer needle moving off zero. There is no driveline shudder, no audible cranking, none of the usual stop-start tells.

JLR has been refining this hybrid layer for several years and it shows.

The ZF 8HP transmission is the same gearbox most of the segment uses, and the calibration in this Range Rover errs toward smoothness over urgency. In Comfort mode the gearbox upshifts early and stays in higher gears longer, which is appropriate for the use case. Dynamic mode tightens the throttle map, holds gears longer, and puts more of the torque band under your foot at any given speed.

Sport-mode shifts are firm without being abrupt. The SUV is not pretending to be a sports SUV the way the Cayenne or the X5 M60i do, and the calibration choice reflects that.

EPA fuel economy is rated 19 city, 24 highway, 21 combined on premium 91-octane fuel. Real-world economy over the loan tracked in the 20-22 mpg combined range across mixed driving with one off-road excursion. The mild-hybrid system does help in stop-and-go traffic, where indicated economy stays closer to the rated city number than most luxury SUVs of this mass manage.

Steering and Maneuverability

The steering tuning on this Range Rover is the single best feature on the SUV. That is a strong claim for a vehicle that does several things very well, and I want to be specific about why I make it.

Power steering effort is light at parking-lot speeds, light enough that one-handed parking maneuvers in tight spots become routine rather than tense. The weight builds linearly as speed climbs, with no on-center deadband and no artificial heaviness layered into the assist map.

At freeway speed the wheel firms up into a settled, accurate position that telegraphs road texture without telegraphing every expansion joint. The calibration sits somewhere between the Porsche Cayenne (slightly more weight, slightly more communication) and the BMW X7 (lighter, more isolated), and the choice is exactly right for the SUV’s mass and intended use.

All-wheel steering is standard on this SE per the build sheet (code 049BB), and that hardware is the structural reason the SUV threads parking lots and tight residential streets like a vehicle two segments smaller. The rear axle steers up to roughly seven degrees opposite the front wheels at low speed, which collapses the turning circle to 35.9 feet. The LWB body is 37.9 feet by comparison.

That two-foot difference reads in the real world as the difference between a confident U-turn and a three-point version.

The integration between front and rear steering is what JLR has gotten right that some competitors with the same hardware have not. There is no perceptible delay, no artificial feeling at the steering wheel, no awareness that the rear is doing something the driver did not request. The SUV just behaves as if it has a shorter wheelbase than its specifications suggest.

After a week, I had stopped pre-planning tight maneuvers. The SWB body and the rear steering had erased the need for it.

Ride Quality and Long-Distance Comfort

Electronic Air Suspension is standard on every Range Rover (code 027BY), and the JLR implementation is the best in the segment by a meaningful margin. That is true on technical merit and it is also true on the harder test: how the system actually behaves when you stop paying attention to it.

The air system handles freeway expansion joints with a single short isolated thump rather than the secondary jiggle that lesser air systems pass back into the cabin. Broken urban pavement disappears underneath the SUV without the body losing its level. Dirt roads at moderate speed read more like a textured highway than an off-road excursion.

The air springs are doing real work at every level of input, and the chassis responds with the kind of long-wave compliance that lets a passenger read a phone in the back seat without motion fatigue.

The ride-height feature is a clear standout against every air-suspension SUV I have driven in the same segment. The SUV offers four heights: Vehicle Access (auto-lowers 50 millimeters at park for entry and exit), Normal, Off-road 1 (raises 75 millimeters above Normal), and Off-road 2 (an additional 60 millimeters above that). Every transition between heights happens quickly and smoothly, with no sense that the air system is pumping or settling.

By contrast, several competitor air systems I have tested in the past few years take noticeably longer to change height, and several telegraph the change through the body in ways that make a passenger ask what just happened. The Range Rover does the work invisibly.

The most defensible comment I can make about the chassis came on a heavy-rain freeway drive home one evening. The cabin held a balance of intimate and roomy at the same time, which is a harder combination to engineer than it sounds. Most large SUVs feel either cavernous or cramped. Rarely both.

Visibility through the side and rear glass was excellent enough that the weather stopped reading as a problem. Surrounded by traffic and the usual collection of inattentive drivers, the SUV held its lane and its pace with no drama. The high seating position, the composed chassis, and the sightlines combined to inspire the kind of trust that takes most luxury SUVs a thousand miles to earn.

The Range Rover earned it in one drive.

That observation matters for the article’s structural argument. The vehicle earned confidence in heavy rain. The adaptive cruise control system did not, in the same conditions, on the same drive. Physical engineering wins. Software calibration loses. The air suspension is on the winning side of that ledger by a wide margin.

For the buyer who is cross-shopping a steel-spring competitor (the BMW X5 base, the Cayenne base, the GLE), the air system is one of the SE’s most defensible features against the lower-priced alternatives. The Mercedes GLS Airmatic and the BMW X7’s optional air system are closer technical comparisons, and on a back-to-back comparison drive the Range Rover’s air implementation reads as the most polished of the three.

Off-Road Capability

The question every Range Rover review has to answer is whether the off-road capability is real or whether it is a marketing artifact. I took the SE down an old logging road with fallen trees and debris in the path to find out, with 4WD engaged and Terrain Response 2 set to the appropriate program for the surface.

The build sheet confirms the standard off-road equipment package on every SE: a twin-speed transfer box with high and low range (code 043BF), electronic air suspension with two off-road heights, Adaptive Dynamics, All Terrain Progress Control (095CB), Drive Line Disconnect (027JD), Surround Camera with Wade Sensing (086GN), 35.4-inch wading depth, and Terrain Response 2 (088IA).

This is more capability than most owners will ever ask of the SUV. The question was whether that capability actually works when you ask.

On the logging-road run, the side cameras were invaluable for navigating tight passages without letting the body touch branches or fallen logs. The 3D Surround Camera renders a top-down composite of the SUV and its surroundings, and the side-camera views show exactly where the front and rear corners sit relative to obstacles.

That kind of situational awareness, on the 1991 Toyota pickup I have owned for years, would have required several get-out-and-look stops to verify. The Range Rover replaced all of that physical verification with screen-mediated certainty.

A drive that would have taken thirty minutes of cautious creep on the old pickup took ten in the Range Rover.

Off-road 1 mode raised the body 75 millimeters above normal ride height; that put the running boards above the tallest debris in the path. Off-road 2 was not needed for the trees I was navigating, but the additional 60-millimeter increase is available for deeper situations.

Air-suspension transitions were smooth and quick, with no waiting for the system to settle before continuing. Terrain Response 2 selected appropriate throttle and traction calibration without any input from me beyond the program selection.

Features and Technology

Park Assist and ADAS

Park Assist on this Range Rover is not a feature for areas with traffic. That sounds harsh, but three anecdotes from the loan brought me to it.

The first happened in my own neighborhood, on a quiet street with no other cars present. I activated Park Assist for a routine parallel parking job in front of my house. The system scanned the available spaces and identified the spot directly in front of my neighbor’s driveway as the “best” target, blocking the driveway.

The actual open spot in front of my own house was a few car-lengths back, equally legal, with no obstructions. The system’s target-selection logic prioritized the wrong spot. Getting the system to consider the correct spot required several button presses to cycle through alternatives, and even then the interface treated my preferred space as a secondary candidate.

The second happened in midtown traffic. I had Park Assist running for a parallel job. Mid-sequence, the system detected an oncoming bicyclist and aborted the maneuver. Credit where it is owed: that is a genuinely good safety intervention. The cyclist had right-of-way, the system saw the cyclist, and the system stopped.

Immediately after the cyclist passed, I re-engaged Park Assist and the system proposed a “best spot” directly in front of a fire hydrant. The safety logic correctly avoided a moving cyclist. The same software then cheerfully selected an illegal park location with a stationary fire hydrant the bumper would have touched.

The pattern is clear. The system is excellent at “will I hit this person?” and weak at “is this actually a legal place to park?”

The third happened in the same midtown session. Cars came up behind me during a parking sequence. Park Assist canceled mid-maneuver, which is again the safety-conservative call, and the cars went around.

If I had been parking the SUV myself I would have completed the move with the cars passing. Once Park Assist canceled, the recovery flow required several screen taps to re-engage the parking interface, and by the time I had navigated those taps the cars behind me had been waiting too long.

I drove forward, found a different spot, and parked manually. The system’s recovery flow is too multi-step for real urban driving.

The structural pattern across all three anecdotes is the same. The hardware works, the safety supervisor works, and the parking algorithm itself works. The target-selection logic and the recovery flow are the problems.

The 3D Surround Camera, which uses the exact same sensor suite as Park Assist, is genuinely excellent in manual driver-aid mode. The view rotates around the vehicle for any angle the driver wants, gives clear situational awareness in tight spots, and replaces the get-out-and-look exercise that off-road navigation used to require. The sensors and hardware are identical between the two functions; the software competence is what differs.

The cameras and sensors on this SUV are not the failure point. The supervisory automation is.

Park Assist on the 2026 Range Rover is excellent in the conditions JLR designed it around, and erratic in any condition more complex than that. That is a calibration choice in the supervisory layer, not a hardware limitation.

JLR could refine cancellation thresholds and target-selection priorities through software updates, and the system would improve substantially. Until then, the buyer who lives in a city or routinely parks on streets with cyclists, traffic, and competing parking targets will turn off Park Assist within the first month and rely on the genuinely excellent surround camera instead.

The ADAS failures here are safety-relevant rather than convenience-relevant, which makes the verdict harder to write than the Park Assist one.

The adaptive cruise control and the lane-keep system on this Range Rover are not trustworthy. Not in rain, not in clear weather, not on well-marked freeways, not in light traffic. The pattern is consistent across the loan and across conditions.

The hardware on the build sheet is current and complete: Adaptive Cruise Control with Steering Assist (code 065AN), Forward Facing Camera (086IB), Emergency Braking (065EE), Lane Keep Assist (086BH), Blind Spot Assist (086GM), Traffic Sign Recognition with Adaptive Speed Limiter (086DC), and Driver Condition Response (086DJ). The radar, the cameras, and the sensor fusion logic are all in place.

The 3D Surround Camera elsewhere on this same vehicle proves the sensor suite is good. The interpretation layer for highway-speed ADAS is what falls down.

The first failure is the one I noticed earliest. Adaptive cruise control fails to detect vehicles cutting in laterally. The first incident was a Prius merging in front of me during heavy rain on the freeway. The Range Rover did not see the merge. I had to brake manually to avoid closing the gap.

I logged that one as a possible weather-related artifact. It was not.

The follow-up incidents over the next several days, on different freeways in different weather, confirm the pattern is not weather-related. ACC consistently struggles to acquire vehicles that move laterally into the gap ahead of the SUV. Once acquired, the system tracks them appropriately. The acquisition latency is the problem, and it is the kind of latency a driver only notices at exactly the moment noticing it matters.

The second failure is the lane-keep and steering-assist behavior. On a well-marked stretch of California freeway with clean painted lane lines and clear weather, the combined lane-centering and steering-assist system reads as erratic. The SUV over-corrects toward the center of the lane, then hunts back the other way, then applies a micro-correction in the original direction.

The corrections telegraph through the steering wheel as small unprompted inputs the driver did not request. After about ten miles of this, I disengaged the lane-keep portion of the system and ran ACC alone. The driver who is fighting the assist for control of the line stops trusting the assist within a single highway commute.

The pattern across both failures is the same as the pattern in Park Assist and Pivi Pro. The sensors and cameras work. The interpretation layer is the problem.

Three distinct software-calibration issues across three different feature modules suggests JLR’s driver-assist software stack as a whole needs a calibration pass, not isolated tuning fixes. Drivers coming from Cadillac Super Cruise (smooth, predictable, no over-correction on mapped freeway segments), Mercedes Drive Pilot, or BMW Driving Assistant Pro will find this Range Rover’s ADAS package genuinely behind those systems on real-world freeway behavior.

To keep the section credible, I owe the parts of the ADAS suite that do work the same fairness I gave Park Assist’s Nevada City moment. Blind Spot Assist is calibrated correctly and lights up reliably on freeway lane changes; the warning is timed to be useful rather than nagging. Traffic Sign Recognition reads speed limits accurately on California highways and the head-up display ($1,400 option, code 039IB) presents the recognized limit clearly.

Emergency Braking did not need to demonstrate itself during the loan, which is the only outcome that gives me confidence in it. Driver Condition Response operates quietly in the background.

Infotainment and Audio

The Pivi Pro infotainment system runs on a 13.1-inch curved-glass touchscreen with wireless Apple CarPlay (code 183AB) and wireless Android Auto (183CB) standard, plus native Connected Navigation Pro, Amazon Alexa integration (194AB), SiriusXM Satellite Radio with HD, an online data plan, and onboard Wi-Fi. The hardware spec is competitive with anything in the segment.

The native menu environment is the part this article has already criticized at length in the Pivi Pro section above. For routine driving I ran wireless CarPlay and let the native interface recede into the background, which is how I suspect most owners will end up using the system.

The audio system on this build is the mid-tier Meridian 3D Surround Sound (option 025MN, $1,200), a 19-speaker, 825-watt configuration that sits between the standard Meridian system (13 speakers, 380 watts) and the Autobiography-exclusive Meridian Signature (29 speakers, 1,700 watts).

The Surround tier is the right choice for a buyer who cares about audio without crossing into audiophile territory. The center channel is well-defined and stays anchored to the dashboard rather than smearing toward the driver, the rear stage carries weight without dominating, and rear passengers get distinct fill rather than the diluted spillover most luxury SUV audio systems offer second-row occupants.

Streaming sources rendered clean, with appropriate detail in the high frequencies and a bass response that the 825-watt amplifier supports without distortion at high volume. The Signature tier above this would add a wider soundstage, more isolated rear-channel imaging, and more headroom at the top end of the volume range.

For most buyers, including most who consider themselves audio enthusiasts, the Surround tier is the value pick. Stepping up to the Signature only makes sense for owners who routinely drive multi-hour highway routes and treat the cabin as a rolling listening room.

Value and Verdict

After seven days behind the wheel, the buyer-recommendation map for this Range Rover sorts itself into clear regions, and most of the regions point toward the SE SWB P400 rather than away from it.

The recommendation that is hardest to make is the one against the Range Rover, and even that one comes with caveats. The ADAS calibration is the only thing that gives me real pause for a buyer planning a long freeway commute, and it is the kind of issue JLR can address through software updates over the next twelve to twenty-four months.

The Pivi Pro friction is real but tolerable for a buyer who runs CarPlay. The Park Assist failures matter mostly to urban buyers and are not a reason on their own to choose a different SUV.

For the rest of the cross-shop, the SE SWB P400 is genuinely the right answer. It is the trim and powertrain combination most buyers will actually take home, and after seven days I understand why.

Frequently Asked Questions

What is the difference between the 2026 Range Rover SE and Autobiography?

The SE is the volume trim, base MSRP $113,300 plus $2,450 destination. The Autobiography is the next-up trim and adds extended interior leather, additional standard equipment, and access to the V8 P530 and PHEV P550e powertrains the SE does not offer. The SE is the trim and powertrain combination most cross-shoppers actually buy; the Autobiography is the trim that justifies the segment-leading price tag. A dedicated SE-versus-Autobiography comparison from the same loan period is the next article in this cluster.

What is the difference between Range Rover SWB and LWB?

SWB is the standard 5-seat body with a 118.0-inch wheelbase, a 35.9-foot turning circle, and 42.9 cubic feet of cargo behind the second row. LWB adds approximately eight inches of wheelbase, almost all of it dedicated to second-row legroom, with a 7-seat configuration also available. The LWB has a 37.9-foot turning circle and (counterintuitively) less cargo behind the second row in 5-seat configuration than the SWB does, because the rear seat is pushed back. SWB is for owners who value maneuverability; LWB is for owners who treat the SUV as a chauffeur transport.

Does the 2026 Range Rover P400 require premium fuel?

Yes. The 3.0-liter turbocharged Ingenium inline-six with 48-volt mild-hybrid is engineered for premium 91-octane fuel, and the EPA ratings of 19 city, 24 highway, and 21 combined are based on premium. Running lower-octane fuel will reduce both performance and economy and is not recommended in the owner’s manual.

How fast is the 2026 Range Rover P400 0-60?

5.5 seconds in the SWB body, per JLR. The 395 horsepower and 406 lb-ft of torque pull the 5,400-pound SUV to highway speed without drama, and peak torque arrives at 2,000 rpm so the response feels stronger than the number suggests in everyday driving. The V8 P530 is approximately a second quicker, and the plug-in P550e is in similar territory to the V8 thanks to electric torque-fill.

How much does the 2026 Range Rover SE SWB cost?

Base MSRP is $113,300 plus a $2,450 destination charge, for a starting price of $115,750 before options. The press loaner reviewed here adds $14,215 in options for an as-tested sticker of $129,965. Most retail buyers will land between $120,000 and $135,000 once option packages, wheel choice, paint, and interior upgrades are spec’d.

Is the 2026 Range Rover reliable?

Reliability is the headline question with any Range Rover. The model has historically been a below-segment performer in long-term reliability surveys, and the fifth-generation SUV reviewed here is too new to have meaningful long-term data on its own. The dedicated Range Rover reliability page in the TWD reliability database and the upcoming reliability deep-dive in this cluster cover the year-by-year complaint and recall data in detail.

What audio systems are available on the 2026 Range Rover?

Three tiers. Standard Meridian (13 speakers, 380 watts) is included on every Range Rover. Meridian 3D Surround Sound (19 speakers, 825 watts) is a $1,200 option on the SE and was fitted to this loaner. Meridian Signature (29 speakers, 1,700 watts) is exclusive to the Autobiography and SV trims. The mid-tier 3D Surround is the value pick for most buyers; the Signature is the audiophile-grade upgrade for owners who treat the cabin as a listening room.

Does the 2026 Range Rover have rear-wheel steering?

Yes, and it is standard on every 2026 Range Rover including the SE. The build sheet on this loaner confirms All-Wheel Steering as standard equipment (code 049BB). The rear axle steers up to approximately seven degrees opposite the front at low speed, which collapses the SWB body’s turning circle to 35.9 feet and is the structural reason the SUV handles parking lots like a vehicle two segments smaller.

How many people does the 2026 Range Rover SE SWB seat?

Five. The seven-seat third-row configuration is exclusive to the LWB body. The SWB cabin’s second row is wide enough to carry three adult passengers across, but the standard configuration is two heated and ventilated power-reclining outboard seats with a fold-down center armrest.

How does the Range Rover SE compare to the Mercedes G-Class and Land Rover Defender?

The G-Class is a more distinctive shape with worse on-road behavior, worse fuel economy, and a depreciation curve that helps if you buy used and hurts if you buy new. The Defender 110 offers roughly the same off-road capability for $35,000 to $40,000 less, with a more rugged aesthetic and a less-luxurious cabin. Detailed Range Rover comparisons against both vehicles, plus the Porsche Cayenne, are part of this cluster and live in dedicated articles.

Land Rover provided the vehicle for this review with a full tank of gas.