
2025 Lexus LX700h Overtrail First Test: The LX Achieves Its Final Form Without Compromise
Very capable off-road
Excellent fit and finish Cons Gruff powertrain
On-road behavior needs work
Not fuel efficient
If you're going to buy a Lexus LX SUV, then you might as well go for the new off-road-focused Overtrail trim level. That's because the full-size LX is an old-school, off-road-focused SUV out of the box, with body-on-frame construction, low-range gearing, and a live rear axle. Lexus dresses up most of the LX family in street clothes, however, and even offers—puzzlingly—an F Sport trim level that isn't really sporty but if piloted that way might elicit a surprised 'F—!' from an unsuspecting driver. But every LX, at its core, is an Overtrail waiting to be unleashed, to be gifted a set of off-road tires so it can devote itself to a life in the dirt.
AI Quick Summary
The 2025 Lexus LX700h Overtrail trim enhances off-road capability without sacrificing on-road performance. It features a hybrid powertrain with 457 hp, improved fuel efficiency, and unique off-road tires. Priced from $113,700, it balances luxury with ruggedness for off-road enthusiasts.
This summary was generated by AI using content from this MotorTrend article Read Next
0:00 / 0:00
This isn't to bag on the LX (well, kind of) but more to highlight that if you're willing to tolerate old-timey off-road SUV drawbacks like wallowing on-road behavior, body lean, easily unsettled suspension, high floor, and substantial thirst for fuel, then you might as well maximize off-road capability. The Overtrail is therefore the most spiritually whole LX you can buy, and now we have test data proving that its off-road upgrades don't detract from its objective performance much, if at all.
A Hybrid in Name
The Overtrail isn't the only new entrant to the LX lineup for 2025. This year, the LX600 and its 3.4-liter twin-turbo V-6, which has been on sale since 2022, are joined by the LX700h hybrid, which uses an electrified version of the same engine. The Overtrail trim is only offered for the LX700h, whereas other LX trim levels can be had regardless of powertrain choice.
Power for the 700h rises to 457 hp and 583 lb-ft of torque, up from 409 hp and 479 lb-ft in the LX600. Fuel efficiency rises by 2 mpg city (from 17 mpg to 19), enough to drag the combined rating up 1 mpg (from 19 mpg to 20). The LX600 and LX700h share a 22-mpg highway rating. We suspect the Overtrail's off-road tires and other changes will likely blunt the hybrid's mileage benefits; in our week of real-world driving, we saw roughly 13 mpg. Expect less driving range, too—the LX700h's fuel tank shrinks from the LX600's 21.1-gallon size to only 18.0 gallons.
Lexus hybridizes the LX700h's V-6 by adding an electric motor between the engine and its transmission, where it replaces a traditional torque converter. Unlike the similar hybrid V-6 used in Toyota's Tundra pickup and Sequoia SUV, the Lexus version runs on premium fuel and includes a separate alternator and starter motor rather than relying purely on the electric drive motor for those functions. Lexus powers the setup with a small nickel-metal hydride battery that eats up some of the underfloor cargo space behind the second-row seats (and is responsible for the fuel tank's shrinkage).
Although at times smoother in operation than the regular twin-turbo six in the LX600, the hybrid setup sometimes shines a harsher light on the otherwise gruff and grainy engine. That's because you're treated to moments where the V-6 isn't running, such as when it winks off at a stoplight or at steady low-speed cruising around town. It's these periods of silent, buttery smoothness from the powertrain that make the vibrations and noises that intrude when the engine refires seem that much less sophisticated. The old LX's V-8, while much less powerful and even less fuel efficient, at least was more Lexus-like in operation. But the Hybrid Is Quicker, Right? Right … ?
Lexus says the LX700h should hit 60 mph from a stop in 6.4 seconds. Our test data shows it's zippier than that, reaching 60 mph in 6.2 seconds—far ahead of the ostensibly 'sportier' 2022 LX600 F Sport's 6.7-second result. (We also tested a 2022 LX600 Luxury that somehow did the deed in 6.1 seconds despite being heavier than the identically powered LX600 F Sport.)
Remember, the LX700h Overtrail also rides on chunky 18-inch Toyo Open Country all-terrain rubber (sized 265/70R18)—we suspect non-Overtrail models equipped with more streetable tires would further improve performance (accelerative and otherwise) over their LX600 equivalents. While the Toyos don't add noticeable din to the cabin at highway speeds, you can feel them scrub a little more when taking corners enthusiastically.
Same LX, for Better or Worse
As for this street-second LX700h Overtrail's objective braking and handling figures, they aren't as far behind as you might expect. Despite weighing some 300 pounds more than the LX600s we've tested (all hybrids are about that much heavier than their gas-only LX equivalents) and those beefy tires, the Overtrail halts from 60 mph in 135 feet—just 1 foot shorter than the LX600 Luxury we've tested and only 7 feet longer than the F Sport.
Thanks to the rear-mounted battery, the LX700h is slightly better balanced than the LX600s, with this Overtrail stressing its front tires with only 51 percent of its mass, compared to 53 percent for the LX600 Luxury and 52 percent for the LX600 F Sport. That might be why the Overtrail and its trail tires hung on for 0.68 g average on the skidpad, a mere 0.05 g shy of the LX600 Luxury (the F Sport's sportier rubber garners a stickier 0.75 g) and in line with, say, a Mercedes-Benz G-Class.
The overall point we're getting at here is that outside of the numbers, which aren't bad considering the off-road-focused tires and suspension, the actual experience of piloting an LX700h Overtrail in the real world is about as rowdy and trucklike as any regular LX. It feels perched high, with a suspension that allows nautical levels of body lean, brake dive, and acceleration squat.
Although the thick-sidewall Toyo tires smooth out most pavement cracks and smaller imperfections, smacking speed bumps or larger-amplitude whoops at any real speed overwhelms the suspension, as each end of the LX responds differently. The independently sprung front end sops up the impact but allows some fore-aft pitching—enough that the live rear axle can load up before meeting the same bump, limiting its travel and allowing it to slam hard into its bump stops. That pitches the body forward, continuing the untoward motions back and forth well after the speed bump is in your rearview mirror.
But slow down to rock-crawling speeds, and the LX700h Overtrail's suspension articulation and pleasantly soft spring and damper rates eat up the ugly stuff (as we sampled in our first drive), even in the higher suspension height settings, keeping passengers mostly comfortable. The center Torsen differential can be locked, as can the front and rear axles. Drivers can switch between regular drive mode settings (Custom, Normal, Comfort, Eco, and the inexplicable Sport and Sport+ options), MTS off-road settings (Deep Snow, Mud, Sand, Dirt, or Auto), or DAC/Crawl low-speed cruise control options using handy physical toggle switches below the secondary touchscreen.
And Yet …
This gear is cool and all, and it all works—trouble is, most LX700h models, Overtrail or otherwise, are likely to spend most of their time on pavement and at speeds that exceed a walking pace. There, it'll wallow, heave this way and that, and go jittery over suboptimal road surfaces. But again, every other LX behaves the same way. Here, you're getting the appropriate off-road looks and wheels and tires to go along with the trucky behavior. It's a pairing that feels like the most cohesive of the LX family, though more general-purpose full-size luxury three-rows such as the Cadillac Escalade, Jeep Grand Wagoneer, and others meet or beat it in everyday comfort and utility.
In many ways, this feels like the LX in its most final form—as the de facto stand-in for the full-size Land Cruiser that Toyota stopped selling here in favor of the smaller 250-series model. For fans of the old Land Cruisers, the LX is probably exactly what they're looking for. As a bonus, it includes improvements over those older models in the form of easier access to the third-row seat (through a wider opening and better-folding second-row chairs) even though those seats are slammed down low on the floor and are best for children. Speaking of, the LX isn't bad for carting around kiddos, with overhead air vents in the second and third rows (joined by center-console vents in the second row), and cupholders abound. Adding Lexus fit and finish and materials to the already good Toyota build quality is another upgrade potential Land Cruiser buyers would no doubt appreciate.
Another bonus? The Overtrail is the least expensive LX700h you can buy, starting at as little as $113,700. (That price requires forgoing the otherwise standard third-row seat, which chops $1,750 from the price tag.) There is only one major factory option otherwise, the 2,400-watt, 25-speaker Mark Levinson audio system for $2,660. Fully loaded, as our test model was for $118,110, the Overtrail ends up priced at the low end of the LX lineup overall, LX600 included, making it the rare trim level that's both the one you want and not the most expensive.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Forbes
4 minutes ago
- Forbes
Why Verifiable AI Is Manufacturing's Next Trillion-Dollar Advantage
The industrial sector's AI future isn't about automation—it's about accountability. As manufacturers face a widening skills gap and rising regulatory scrutiny, the most valuable asset isn't a smarter machine—it's a machine that can prove its decisions. The $1 Trillion Accountability Gap Manufacturing is facing a dual crisis. According to Deloitte and The Manufacturing Institute's 2023 workforce analysis, 2.1 million manufacturing jobs could go unfilled by 2030. Deloitte estimates this talent gap could cost the U.S. manufacturing sector up to $1 trillion in lost output by 2030. As we rely on AI to fill this growing talent void, we're deploying algorithmic solutions for predictive maintenance and quality control—then struggling to document these systems' decision-making for regulators and stakeholders. The NIST AI Risk Management Framework explicitly warns that without systematic traceability, companies risk regulatory penalties and eroded trust. This isn't theoretical—in late 2023, Tesla recalled 2 million vehicles due to Autopilot's insufficient driver-engagement controls, highlighting the critical need for verifiable human-AI supervision in safety-critical systems. Verification Systems in Industrial Practice Leading manufacturers are implementing what analysts call "forensic-grade AI documentation"—systems that don't just generate recommendations but create detailed audit trails of their reasoning processes. Some manufacturers are beginning to use LLMs to draft repair procedures, but only after human-plus-AI validation layers flag unverified recommendations. Aerospace leaders are piloting AI systems that guide technicians through complex procedures while logging every query with timestamps and operator identification—creating digital chains of custody for maintenance decisions. Electronics manufacturers are exploring LLMs to train workers across languages, with systems designed to validate outputs against IPC-610 and other quality standards before deployment. When Hexagon's Nexus platform creates digital threads linking AI quality checks to individual machine calibration records, it enables systematic process improvement—reducing defects and accelerating root-cause analysis. Such comprehensive documentation creates competitive advantages beyond mere compliance. The FDA has authorized more than 1,000 AI-enabled devices through established premarket pathways, with comprehensive documentation requirements that are accelerating regulatory submissions for companies with robust audit trails. The Workforce Verification Frontier As AI systems become more sophisticated, human operators need higher-level skills to effectively supervise algorithmic decisions. This creates an urgent need for verifiable real-time workforce reskilling that can keep pace with rapidly evolving AI capabilities. Progressive manufacturers are treating this challenge as an opportunity to build comprehensive workforce development ecosystems that leverage LLM-based learning platforms. These systems don't just deliver training content—they create detailed documentation of skill acquisition and competency validation. Siemens' AI coaching platforms log every trainee interaction, creating O SHA-compliant skill records while significantly reducing certification times. The system doesn't just train workers—it documents their competency development in formats that satisfy regulatory requirements and support career advancement. Robotic automation leaders are testing systems where workers must verbally confirm understanding of AI-generated instructions—creating accountability chains that reduce procedural errors. These systems transform compliance documentation from bureaucratic overhead into valuable operational intelligence. Consider a junior technician at a medical device plant. She's trained on a new AI-assisted calibration system. When a defect is later found, the investigation doesn't start with blame—it starts with the audit trail. The logs show she followed every AI recommendation, used the correct tools, and documented each step. The issue was upstream—a faulty sensor the AI couldn't detect. Because the system verifies both the AI and the human, she's not punished. She's praised for following protocol. And the company fixes the real problem: the sensor. This is the power of verifiable AI: it doesn't replace trust. It scales it. Emerging platforms like Answerr, originally built for academic verification, are now being adapted for manufacturing to log human-AI workflows, verify upskilling progress, and maintain compliance-ready audit trails. These platforms are helping define the new AI passport—verifying not just what was done, but how it was learned, who approved it, and how it can be traced. This convergence of educational technology and industrial training represents a critical evolution in workforce development. Building Verification Infrastructure By documenting both AI decisions and worker interactions, these systems create a seamless bridge between workforce reskilling and operational accountability. Manufacturing leaders should approach AI verification with the same systematic rigor they apply to other quality management initiatives. What Belongs in a Manufacturing AI Verification Stack? Companies should establish clear documentation standards, train personnel on verification protocols, and integrate audit trail requirements into vendor selection criteria. Siemens' Teamcenter requires dual signatures—human plus AI—for critical process modifications, while GE Vernova's systems are designed to flag uncertain AI predictions for mandatory human review. The Business Case for Verification The financial implications extend beyond compliance costs. In regulated industries, AI verification systems have reduced false positives in inspections by up to 90%—potentially avoiding hundreds of millions in recall costs. Early adopters of AI governance frameworks like NIST AI RMF report lower risk profiles, with some insurers offering premium reductions for transparent, auditable AI systems. These examples demonstrate that verification infrastructure generates positive returns through risk reduction, operational efficiency, and accelerated regulatory approval. Companies that view AI documentation as merely a compliance burden miss the larger strategic opportunity. Implementation Strategy To build a robust verification framework, leaders should: Prioritize vendor-agnostic logging systems that aggregate data from multiple AI tools into centralized compliance dashboards, preventing isolated documentation silos. Implement dual-control systems similar to pharmaceutical manufacturing, where human sign-off is required for AI-driven batch changes. Focus on explainability by requiring AI transparency tools from vendors to create systematic documentation of reasoning processes, not just outputs. Audit for continuous learning to ensure verification frameworks support ongoing evolution as AI systems and regulations change without disrupting operations. Manufacturing's next competitive advantage isn't AI that works—it's AI that proves it works. From validated repair procedures to timestamped technician guidance, industry leaders are building moats of verifiable trust. Emerging platforms like Answerr are helping define the new AI passport—verifying not just what was done, but how it was learned, who approved it, and how it can be traced. By Q3 2026, audit your AI tools for traceability compliance to build a defensible competitive position. The question isn't whether your factory needs AI—it's whether your AI can survive a customer audit. Build verification infrastructure now, or watch competitors who did dominate your market. Disclosure: The author is Chief Business Officer at Answer Labs, which builds AI governance tools for education, and a Venture Partner at Antler. He previously conducted research at both Stanford and MIT and holds a PhD in science and technology studies with a focus on AI.
Yahoo
32 minutes ago
- Yahoo
The Surprising Reason Retirees Shouldn't Pay Cash for a Car
Most people are looking to downsize and purchase less in retirement and certainly to take on as little debt as possible. Yet there is a time and a place for new purchases and loans in your golden years. Financing a car might just be one of them, even if you have the cash to buy one outright. Experts explain why. Check Out: Read Next: Keep Your Money Working for You In retirement, you want to be thinking about 'opportunity cost' when it comes to your money, according to Christopher Adam, director at Woodside Credit, which specializes in collector car financing. In other words, keeping your money working for you. 'In a high-rate environment, assets are typically generating more money, which can be very disruptive to long-term wealth if cashed out,' he said. Thus, pulling cash out of your retirement accounts or high-yield savings might not make sense if you need a new car. 'Financing can minimize the amount of cash being moved around and provide stability in a financial portfolio.' Of course, ideally retirees will want to look for the best loan terms possible and not leap too quickly. See More: Tax Advantages There are even some tax advantages to financing a car, Adam said. One comes from the auto loan interest deduction provision inside the recently signed One Big Beautiful Bill Act (OBBBA). According to the law, retirees could write off up to $10,000 per year in interest on qualifying vehicles (new vehicles only, cars must be assembled in the U.S. and other stipulations apply). This deduction will only apply from 2025 to 2028 unless further legislation is passed to extend it, however. Another tax consideration is that withdrawing a sum of money from an account like a 401(k) to pay for a car in full can be counted as taxable income, Adam said, 'potentially causing a push into a higher tax bracket.' Financing a vehicle can get around this issue. Shop Around While a loan may be a good idea, it's still important to 'shop around and crunch numbers,' Adam urged. He even recommended using resources like AI to help understand the full financial impact from different choices. 'It can be time-efficient to run cash-flow projections, evaluate risk and opportunities, making it easier to conclude what strategy makes the most sense,' he said. The Simpler the Better While financing may be the right plan, keep loans simple, said Alex Black, the CMO of EpicVIN. Go for short-term loans, like three to five years, with a good down payment (at least 20%) and a fixed rate. 'Do not allow balloon payments or long-time payments.' Before You Finance Adam urged any retirees who are thinking of buying a car to be clear about their current income streams and cash flows, and not to finance a car that's out of their budget, either. 'Rule of thumb: If a car payment consumes more than 10% to 15% of monthly income, it's likely not suitable,' he said. As with all financial decisions in retirement, don't wing it, but talk with your financial planner or advisor, Black urged. 'Go over cash flow, savings goals and future big expenses. A car loan needs to fit easily into your budget without upsetting the big picture.' More From GOBankingRates 5 Cities You Need To Consider If You're Retiring in 2025 This article originally appeared on The Surprising Reason Retirees Shouldn't Pay Cash for a Car Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data


Forbes
34 minutes ago
- Forbes
Torsten Gross Shows The World How To Race A Car With ‘Just Hands'
Connecticut resident Torsten Gross is currently a race car driver, rescue scuba diver, and has competed in multiple marathons. His personality jumps off the screen during our Zoom interview, his enthusiasm evident. 'I scuba dive. I did 12 marathons in 12 months. I skydive. I do anything that that challenges my life insurance policy,' Gross says, smiling widely. Gross is someone one might describe as 'full of life.' Considering Gross was clinically dead for a full two and a half minutes after the diving accident that paralyzed him, that's quite a statement. Only 15 when he dove into the water and emerged a C6 quadriplegic, Gross is now 46 and continues to find ways to push his physical and mental limits. Although he uses a wheelchair to get around on a daily basis, Gross isn't letting anything stop him; that includes racing cars at high speeds. And while Gross has only been racing cars for a a few years (uses hand controls instead of the typical foot pedals), he has become a fixture running laps around Lime Rock Park, the historic race track 10 minutes from his house. His passion for racing caught the attention of Amazon, which sent a film crew to capture his path for a new series on Prime called Just Hands: For the Love of Racing. With the full support of automotive industry giant Pennzoil, Gross is telling his story to inspire others to push their own limits. Torsten Gross And His Journey To COTA The Just Hands: For the Love of Racing documentary follows Gross for three years as he pursues GT competitive racing. Starting with episode 1, Gross is behind the wheel of his adapted Porsche, taking on the legendary track at Watkins Glen. Episode 2 features wheel-to-wheel action at the IGT championship at Virginia International Raceway. In Florida, Gross tackles 24 Hours at Daytona in episode 3. And finally, Austin's Circuit of the Americas is the ultimate test for his journey. Constant filming might be intrusive to some, but not to this adventurer. 'My only goal is to get more people in chairs behind the wheel of track cars because of how freeing it is,' Gross says. What Gross wants to convey is that his story has nothing to do with being an adaptive driver, and everything to do with coming up with creative approaches to life. Specifically, in this case, in motor sports. His route is also unique in that he didn't train in go-karts as a kid the way many race car drivers do. He is not a multimillionaire with big bucks to funnel into his passion. And, of course, that he started racing later in life. Gross built this road piece by piece on the way up. 'It would be criminal if you stop racing' Now 46, Gross has an extraordinarily understanding wife who doesn't just support him and his need to try new and heart-pounding things, she encourages him to keep going. 'We're very supportive of each other, because we understand that life is short,' Gross says. 'It's meant to be lived, not to be wondered about.' That outlook was put to the test recently when her husband broke his femur and punctured his lung in a crash at the track. 'I do a lot of crazy stuff, unfortunately for her,' Gross says. 'We were in the emergency room and I told her I'd stop racing. But she actually stopped me and said something to the extent of 'Look, you're on an adrenaline high right now. You're not thinking straight; you're in an emergency room. Let's talk about this later.'' Later, Gross's wife told him she thought it would be a shame for him to stop racing cars. 'She said, 'You're good at it and you love it,'' Gross remembers. 'She said it would be criminal if I didn't continue doing it.' As Gross was being transported to the hospital, he insisted the cameras stay on all the way up to the point he got to the operating room. He wanted this part of his journey to be documented and real. Pennzoil Steps In To Support Torsten Gross And Just Hands Gross is effusive in his praise of the way Pennzoil has not only championed this project, but the way the company gives him a chance to be himself on screen. 'When we first started talking, I told them 'There's a difference between using a guy in a wheelchair that's a race car driver versus a race car driver that happens to be in a wheelchair,'" Gross recalls. 'They get it. Pennzoil has always treated me that way, and that to me, that means a lot.' For Torsten Gross, this is just the start. Stay tuned to find out what he'll try next.