There’s a special thrill that comes with pushing a vehicle beyond the paved path, venturing into the wild where dirt, rocks, and steep inclines challenge both machine and driver. Sometimes, those adventures yield incredible surprises, revealing an unexpected prowess in vehicles you’d never peg for serious off-roading. On the flip side, what appears to be a purpose-built off-roader can sometimes deliver a crushing dose of reality, leaving you stranded or scratching your head. As the video above perfectly illustrates, our team at Edmunds constantly puts trucks and SUVs through their paces, uncovering these very moments of triumph and disappointment.
Our rigorous testing methodology goes far beyond a casual drive on a dirt path. We tackle challenging hill climbs, high-speed desert runs, and technical rock crawls to truly gauge a vehicle’s capabilities. This commitment often leads to baffling results, where a luxury SUV on summer tires might outperform a beast with specialized off-road gear. It’s these real-world tests that separate marketing hype from genuine off-road prowess, helping you make informed decisions when looking for your next adventure machine.
Unearthing Unexpected Off-Road Champions
Sometimes, the greatest stories are those of unexpected heroes. Our off-road testing has frequently revealed vehicles that defy their perceived limitations, proving that innovative engineering and clever software can outperform raw specifications. These moments are often the most satisfying, as they challenge preconceived notions about what makes a truly capable off-road vehicle.
The Electric G-Wagen’s Unbelievable Ascent
Picture this: a formidable GMC Hummer EV, boasting superior ground clearance, immense power, and significantly larger, more aggressive tires, facing off against an electric G-Wagen fitted with conventional summer tires. Logic dictates the Hummer would dominate the hill climb. Yet, in a truly baffling turn of events, the G-Wagen simply walked up the hill with astounding ease, leaving our test driver speechless.
This remarkable performance wasn’t due to traditional off-road hardware but to the G-Wagen’s incredibly sophisticated traction control and stability management systems. These electronic aids meticulously distribute power and brake individual wheels, effectively mimicking a locking differential to find grip where seemingly none exists. It’s a testament to modern software engineering, demonstrating that sheer mechanical might isn’t always the deciding factor in off-road capability, especially in controlled, technical scenarios.
Bronco’s Suspension Dominance and Articulation Surprises
When the Ford Bronco burst onto the scene, many enthusiasts expressed concern about its independent front suspension (IFS) compared to the Jeep Wrangler’s traditional solid axle. However, in our “whoops” suspension test, the Bronco’s IFS unequivocally “kicked Jeep’s ass,” maintaining composure and control where the Jeep struggled. This setup allows each front wheel to move independently, better absorbing impacts and maintaining tire contact over rough terrain, translating to a more comfortable and controlled ride at speed.
Even more surprising was the Bronco’s articulation, especially with the sway bars disconnected and lockers engaged. Articulation, the ability of a vehicle’s wheels to move up and down independently, is critical for maintaining traction over uneven surfaces. The Bronco “slithered through those little dips” exceptionally well, challenging the long-held belief that IFS inherently compromises articulation for off-road performance. It effectively combined the best of both worlds, providing excellent high-speed stability and surprising low-speed rock-crawling prowess.
The Honda Pilot: A Family SUV’s Secret Talent
The Honda Pilot is a quintessential three-row family SUV, designed for carpools and grocery runs, not conquering trails. It lacks dedicated off-road features like a disconnecting anti-roll bar, a low-range transfer case, or locking differentials. Yet, against all odds, the Pilot impressed us with its ability to navigate challenging terrain. Its advanced all-wheel-drive system, combined with intelligent traction control, allowed it to “figure things out underneath” even when wheels lifted.
This “soft-roading” capability means the Pilot can competently handle unpaved roads, muddy tracks, or snowy conditions that might deter lesser crossovers. While it won’t tackle extreme rock crawling, its performance highlights how mainstream vehicles can provide a surprising level of capability for the average family seeking light adventure. It underscores that for many, sophisticated electronic aids can bridge the gap between a pavement princess and a competent adventurer.
F-150 Tremor: The Unflappable Workhorse
In a head-to-head hill climb against the Chevy Silverado Trail Boss and Ram Rebel, the Ford F-150 Tremor emerged as the undisputed victor. While the Chevy was “tossing us around and fumbling with its auto locker” and the Ram required a low-range engagement and rear diff lock, the Tremor simply “ate this hill up with ease.” Its V8 engine delivered “low-end torque output [that] seems to be very even and very easy to modulate,” providing exceptional throttle dexterity crucial for precise off-road driving.
Beyond its power delivery, the Tremor also offered superior visibility from the driver’s seat, lacking the bulky hood bulges of its competitors. This improved sightline is invaluable on technical climbs, allowing drivers to better place their wheels and avoid obstacles. The combination of refined power, excellent control, and clear visibility made the F-150 Tremor the most comfortable and capable truck in this challenging comparison, solidifying its reputation as a serious contender in the off-road truck segment.
Adrenaline-Pumping High-Speed Off-Road Adventures
While technical rock crawling tests a vehicle’s finesse and articulation, sometimes the purest joy of off-roading comes from sheer speed. These specialized machines are built to conquer vast, open terrains at astonishing velocities, transforming rough trails into exhilarating playgrounds. Our tests of high-speed off-roaders are as much about adrenaline as they are about engineering prowess.
Lamborghini Huracan Sterrato: Supercar Meets Dirt
Imagine a Lamborghini Huracan, a supercar synonymous with track performance, venturing off-road. The Sterrato is precisely that: a rally-inspired version designed to tear through dirt roads. Our test driver Kirk Bell found himself in “third gear off-road in a Huracan,” marveling at how the car allowed him to “hold a slide beautifully.” This remarkable feat is thanks to specialized suspension, raised ground clearance, and all-wheel-drive systems tuned for loose surfaces.
The Sterrato embodies a unique niche, proving that the thrill of a supercar doesn’t have to be confined to pristine asphalt. It’s a high-stakes, high-adrenaline experience that showcases advanced engineering capable of adapting extreme performance to vastly different environments. For those who crave speed and have a penchant for the unconventional, the Sterrato delivers an unparalleled off-road driving experience.
Ford Raptor R: Unbridled Desert Power
When it comes to high-speed desert running, few vehicles can match the raw power and capability of the Ford Raptor R. With a monstrous 720 horsepower on tap, this truck is designed to fly over rough terrain. Our testing saw it pinned, accelerating hard, reaching an incredible 107 mph off-road. This isn’t just about speed; it’s about control at speed, achieved through highly advanced Fox Live Valve shocks, massive suspension travel, and robust chassis components designed to withstand brutal punishment.
The Raptor R is a purpose-built desert runner, a testament to Ford’s commitment to extreme performance off-roaders. It provides an exhilarating experience, allowing drivers to push boundaries in ways most vehicles simply cannot. The feeling of charging across broken ground at triple-digit speeds, with the suspension soaking up everything in its path, is unlike anything else in the automotive world.
Navigating Off-Road Disappointments and Tough Lessons
Not every off-road adventure ends in glory. Sometimes, despite advanced technology and hefty price tags, vehicles fall short of expectations. These disappointments, while frustrating, offer valuable lessons and highlight the critical importance of understanding a vehicle’s true limitations and the specific demands of challenging terrain. Our experiences remind us that even the most promising electric off-roaders can encounter their Achilles’ heel.
Rivian R1T: Power Isn’t Always Traction
The Rivian R1T, with its innovative quad-motor setup and impressive power, seems destined for off-road greatness. However, as our tests revealed, “it’s not power, it’s traction!” On a particular hill climb, the R1T got stuck at a mere 29-degree incline, unable to progress despite multiple attempts. This was a stark contrast to a humble Tacoma TRD Pro, which had “zero problem” conquering the same obstacle. The issue wasn’t a lack of horsepower but the inability of the brake torque vectoring system to effectively distribute power and find grip in extreme articulation scenarios.
This incident highlighted a crucial point for electric off-roaders: while instant torque is fantastic, without a physical locking differential or extremely sophisticated torque management, even massive power can be useless when one or more wheels lose contact. For serious technical off-roading, traditional mechanical lockers often provide a more reliable solution than purely electronic systems trying to replicate their function. This was a clear learning moment about the practical limitations of even the smartest electric trucks in highly demanding situations.
Mustang Mach-E Rally: When Angles Matter
Ford’s Mustang Mach-E Rally attempts to bring an off-road flavor to the electric crossover segment. However, our testing on soft-roading trails quickly exposed its fundamental limitations. With a mere 5.8 inches of ground clearance, a paltry 16-degree approach angle, and a 27-degree departure angle, the Mach-E Rally simply isn’t equipped for anything beyond the mildest unpaved roads. The breakover angle, too, proved to be an Achilles’ heel.
These geometric figures—ground clearance, approach, departure, and breakover angles—are paramount in off-road performance. Low ground clearance means easily scraping the underbody, risking expensive damage to batteries or suspension components. Poor approach and departure angles mean the front and rear of the vehicle will hit obstacles prematurely, preventing ascent or descent. The Mach-E Rally, despite its sporty pretensions, served as a clear reminder that without fundamental off-road geometry, even a “rally” designation is just marketing.
Conquering Extreme Challenges: The High-Stakes G-Wagen Climb
Some off-road scenarios aren’t just challenging; they’re genuinely terrifying, especially when a six-figure luxury vehicle is on the line. Our “butt-clinchingest moment” involved tackling “the pipes” in a $190,000 Mercedes G-Wagen, a technical obstacle demanding absolute precision and nerve. This particular challenge pushed both the vehicle and the driver to their absolute limits, highlighting the meticulous planning and skill required for extreme off-road driving.
Despite its formidable reputation and impressive measurable ground clearance (even better than our Bronco), the G-Wagen lacked modern amenities like surround-view cameras, forcing complete reliance on a spotter. Every movement was slow and deliberate, measured in “6-8 inches at a time,” constantly checking for underbody clearance. The driver was “sweating” and “wired,” fully aware of the immense financial risk involved. This methodical approach is critical in such situations, preventing costly damage.
The G-Wagen’s phenomenal power delivery, even in low range with center and rear differential locks engaged (and eventually the front lock), allowed for incredibly smooth modulation, essential for creeping over massive concrete pipes. The precarious sideways lean on the hill, combined with the need for “inch-perfect” tire placement, created a high-pressure environment. Successfully navigating this obstacle was a testament to the G-Wagen’s robust engineering and the driver’s exceptional skill, proving that even with the best equipment, human expertise is irreplaceable in the most extreme off-road challenges.
Beyond the Mud: Your Off-Road Q&A
What does ‘off-roading’ mean?
Off-roading means driving a vehicle on unpaved surfaces like dirt, rocks, or steep hills, instead of regular roads. It challenges both the vehicle and the driver to handle rough terrain.
How do experts test vehicles for off-road capability?
Experts test vehicles by putting them through challenging scenarios like steep hill climbs, fast drives across deserts, and difficult rock sections. This rigorous testing helps reveal a vehicle’s true performance away from paved roads.
Can a regular family SUV be good at off-roading?
Yes, some regular family SUVs can surprise you with their ‘soft-roading’ ability for light adventures. They often use clever all-wheel-drive and traction control systems to handle unpaved roads and snowy conditions.
Why is having good traction so important for off-roading?
Good traction is crucial because it ensures your vehicle’s wheels can grip the uneven terrain. Without enough traction, even a very powerful vehicle can get stuck because its power can’t effectively reach the ground.
What are some basic features that help a vehicle off-road?
Important features include good ground clearance to avoid scraping the underside, and smart electronic systems that manage traction. Also, a vehicle’s ability to ‘articulate’ or move its wheels independently helps maintain contact on bumpy surfaces.