The electric truck market is arguably one of the most exciting and rapidly evolving segments in the automotive industry. With groundbreaking innovations and bold designs, manufacturers are vying for a dominant position. While the video above offers a fantastic direct comparison of three leading contenders—the Tesla Cybertruck, Ford F-150 Lightning, and Rivian R1T—this accompanying article delves deeper into the nuances of their performance, design philosophies, and practical implications for potential owners.
These aren’t just workhorses; they are lifestyle statements, engineered to deliver a blend of rugged capability and advanced technology. Our comprehensive analysis, building on the critical assessments from the video, provides crucial insights into which EV truck truly stands out.
Understanding the Contenders: Trims, Pricing, and Core Specs
Before diving into performance metrics, it’s essential to understand the specific configurations and pricing of the electric trucks tested. Each model brings a unique proposition to the table, reflected in its cost and available features.
- Tesla Cybertruck Dual Motor: The test model was a customer-owned dual-motor variant, starting at an MSRP of $82,235. However, with the exclusive Foundation Series pack, limited to the first 1,000 trucks, its price escalated to a significant $102,235. This premium trim often includes advanced features and priority delivery.
- Rivian R1T Dual Motor with Max Pack: The Rivian R1T, lauded for its versatility, began at $71,700 for its dual-motor setup. To ensure a fair comparison with the Cybertruck’s premium pricing, the R1T was upgraded with the larger Max Pack battery and Performance Pack options, bringing its total cost to a closely matched $102,850. This configuration enhances both range and dynamic capabilities.
- Ford F-150 Lightning Platinum: Representing the more traditional luxury lifestyle segment, the Ford F-150 Lightning Platinum carries an MSRP of $93,990. The specific test unit came in at $94,135, showcasing Ford’s top-tier electric pickup offering. This trim emphasizes comfort, advanced features, and familiar F-series utility.
These price points firmly place all three models in the premium electric pickup truck category, targeting buyers who seek advanced technology and robust performance.
The Thrill of the Drive: Acceleration, Braking, and Handling
Performance testing reveals significant differences in how these electric trucks accelerate, stop, and handle. The test team subjected each truck to rigorous evaluations, including 0-60 mph sprints, quarter-mile runs, braking distance tests, and a figure-eight course that gauges overall dynamic prowess.
1. Raw Speed: 0-60 MPH and Quarter-Mile Times
Electric vehicles are renowned for their instantaneous torque, and these trucks are no exception. The results for pure acceleration were compelling:
- Rivian R1T: Dominating the acceleration tests, the R1T achieved 0-60 mph in a blistering 3.3 seconds, followed by a quarter-mile time of 12.1 seconds. This performance is exceptional for a full-size pickup truck.
- Tesla Cybertruck: The Cybertruck demonstrated impressive speed, hitting 60 mph in 3.8 seconds and completing the quarter-mile in 12.4 seconds. Notably, it posted the highest trap speed, indicating strong top-end power.
- Ford F-150 Lightning: While still quick for its size, the F-150 Lightning was the slowest of the trio, reaching 60 mph in 4.1 seconds and completing the quarter-mile in 12.8 seconds. Its more conventional body-on-frame construction likely contributes to this difference.
These figures underscore the Rivian R1T’s performance-oriented design, making it the clear winner in straight-line acceleration among the three.
2. Dynamic Control: Braking and Figure-Eight
Beyond acceleration, a vehicle’s ability to stop and handle is paramount for safety and driver engagement. The figure-eight test, combining acceleration, braking, and cornering, provides a holistic view of dynamic capabilities.
- Rivian R1T: The R1T consistently placed first in both braking distances and the figure-eight loop. Its sophisticated suspension and responsive chassis allowed it to navigate the course with precision and control.
- Ford F-150 Lightning: The Lightning came in second for these dynamic tests. Despite its traditional truck architecture, Ford’s engineering ensured a respectable performance, balancing utility with a degree of agility.
- Tesla Cybertruck: The Cybertruck placed third in both braking and figure-eight performance. This outcome is noteworthy, particularly given that the Cybertruck was equipped with off-road focused tires during testing, which typically offer less grip on pavement compared to the street tires fitted to the Rivian and Ford.
The choice of tires significantly impacts on-road handling and braking. The Cybertruck’s off-road tires likely compromised its performance in these paved-surface tests. However, its lower center of gravity and independent suspension should theoretically offer better handling than a traditional body-on-frame truck.
Beyond the Pavement: Real-World Range and Towing Challenges
Electric trucks face unique challenges, especially concerning range and the impact of heavy loads like towing. Understanding real-world performance is critical for prospective owners.
1. Highway Range Testing
To simulate real-world conditions, the trucks were charged to 100% and driven on an extended highway cruise at a steady 70 mph. While none of the trucks perfectly matched their EPA or manufacturer estimates, the relative consistency between them offered valuable data.
These highway tests revealed that real-world conditions often result in ranges below official estimates, a common characteristic across many EVs. Factors like ambient temperature, terrain, and driver habits play a significant role in actual range outcomes.
2. The Towing Penalty: Range Impact
Towing is a primary function for many truck owners, and its effect on EV range is a major concern. The test involved an 110-mile loop, comprising 65% highway and 35% rural roads, averaging 50 mph, with trailers hitched to each truck.
- Ford F-150 Lightning and Tesla Cybertruck: Both the Ford and the Tesla saw their real-world range drop by approximately one-third when towing. This substantial reduction means that a truck rated for 300 miles might only achieve around 200 miles with a trailer.
- Rivian R1T: The Rivian performed comparatively better, experiencing a range drop of roughly one-quarter. This efficiency advantage could be significant for those who frequently tow over longer distances.
For all three trucks, towing resulted in roughly half of their EPA combined range figure. This finding underscores the necessity for EV truck owners to carefully plan routes and charging stops when towing, acknowledging the substantial decrease in operational range.
Form vs. Function: Build Quality and Exterior Design
The Cybertruck’s radical stainless steel exoskeleton immediately draws attention, but its unique construction presents both aesthetic and practical considerations when compared to the more conventional designs of the Rivian and Ford.
1. Cybertruck’s Build Quality: A Return to “Old Tesla”?
The Cybertruck’s build quality was a major point of contention during the comparison. Despite a prolonged development period, reviewers noted multiple panel alignment issues and corners that protruded inappropriately. This feedback echoes criticisms leveled at earlier Tesla models, suggesting that some manufacturing inconsistencies persist.
Beyond structural alignment, the stainless steel exterior proved to be a practical challenge. It’s incredibly prone to fingerprints and smudges that are difficult to remove, even with specialized cleaning supplies. For an owner who values a pristine vehicle, this could be a persistent frustration, making the Cybertruck a less-than-ideal choice for anyone with even a slight tendency towards OCD.
2. Design Philosophies: Radical vs. Refined
The F-150 Lightning maintains the familiar, robust appearance of a traditional pickup, leveraging Ford’s decades of truck design experience. It’s a pragmatic choice for those seeking an electric version of a beloved classic. The Rivian R1T, on the other hand, strikes a balance between modern EV aesthetics and rugged utility, with a sleek yet adventurous look.
The Cybertruck’s angular, unpainted stainless steel design is undeniably futuristic, but its “exoskeleton” approach compromises certain practical aspects. The minimalist, almost unfinished look, while intentional, may not appeal to all buyers, especially those accustomed to more refined automotive finishes.
Inside the Command Center: Interiors and Infotainment
The interior experience is where driver and passenger interact most directly with the vehicle. The Cybertruck’s minimalist design philosophy is pushed to its extreme here, creating a stark contrast with the more conventional yet technologically advanced cabins of the Ford and Rivian.
1. Cybertruck’s Interior: Minimalism Taken Too Far?
Tesla has long championed minimalism, often rebranding it as chic and forward-thinking. However, in the Cybertruck, this approach feels “unfinished,” according to reviewers. The dashboard is a perfectly straight line, and the entire interior relies on straight lines and hard corners. This design, intended to mirror the exterior, sometimes looks more like a movie prop than a fully developed automotive cabin.
A particularly perplexing design choice is the microscopic rearview mirror that offers no rearward visibility. In a $100,000 vehicle, the absence of a proper video mirror, a feature common in many modern cars, is a significant oversight. This not only impacts safety but also highlights a potential compromise in utility for aesthetic adherence.
2. Infotainment and Controls: Screen-Centric Challenges
Tesla’s screen-based infotainment system, with its “menus on menus on menus,” is familiar to existing owners but can be challenging for newcomers. The Cybertruck takes this to an extreme:
- No Turn Signal Stalks: Turn signals are activated via buttons on the steering wheel, both located on the same side. This requires a significant adjustment for drivers accustomed to traditional stalks.
- Gear Selection on Screen: Shifting gears requires a swipe on the central touchscreen, eliminating a physical shifter.
- Wiper Activation: Activating windshield wipers requires pushing a steering wheel button, then navigating to the screen to select the desired speed, as there is no automatic setting. This can be particularly problematic in sudden downpours or when encountering splashes, posing a safety risk as drivers divert their attention from the road.
In contrast, the Ford F-150 Lightning and Rivian R1T offer more conventional and intuitive interior layouts, blending physical controls with large touchscreens. This provides a more user-friendly experience, prioritizing functionality alongside technology.
Innovations on the Road: Steer-by-Wire and Four-Wheel Steer
One of the Cybertruck’s most significant technological advancements is its 48-volt architecture enabling steer-by-wire and four-wheel steer systems. These technologies aim to enhance maneuverability and driving dynamics.
1. The Promise of Steer-by-Wire
Tesla’s transition from a 12-volt to a 48-volt electrical system in the Cybertruck is crucial for implementing steer-by-wire. This system eliminates the mechanical link between the steering wheel (or yoke) and the front wheels, replacing it with electronic signals. This allows for variable steering ratios, meaning the wheel requires fewer turns at low speeds for tight maneuvers and becomes less sensitive at high speeds for stability.
The integration of four-wheel steer amplifies this benefit, allowing the rear wheels to turn in opposition to the front at low speeds (for tighter turning circles) and in parallel at high speeds (for enhanced stability). This system proved to be a “game-changer” particularly for towing and reversing trailers. Drivers found that only slight inputs on the yoke were needed to maneuver a trailer into tight spaces, a task typically demanding considerable skill and effort.
2. Real-World Driving Impressions
While innovative, the steer-by-wire system and yoke steering presented a learning curve. At parking lot speeds, the steering can feel overly sensitive, leading to “jerking around” as drivers adapt to the precise inputs required. This contrasts sharply with traditional steering, where drivers might palm the wheel for tight turns.
At highway speeds, the system feels more conventional, requiring typical subtle adjustments. However, the yoke itself, being smaller than a traditional steering wheel, feels “like steering with a Nintendo Switch,” according to one reviewer. This incongruity between a massive truck and a diminutive control input adds to the Cybertruck’s novelty but also raises questions about long-term ergonomics and driver comfort, especially for those who might occasionally steer with a knee.
Tackling the Terrain: Off-Road Prowess
For any truck, off-road capability is a key selling point. The comparison test included a challenging trail to assess how each EV truck performed when the pavement ended.
1. Rivian R1T: Built for Adventure
The Rivian R1T confirmed its reputation as an off-road champion. Designed with adventure in mind, it navigated obstacles with ease, exhibiting impressive articulation and minimal wheelspin. Even on street tires (as opposed to its optional all-terrain tires), the R1T’s sophisticated traction control programming and independent suspension allowed it to walk through challenging sections effortlessly. Its ability to manage traction effectively with open differentials, without relying on locking differentials, is a testament to its advanced software and engineering.
2. Tesla Cybertruck: Potential Awaiting Activation
The Cybertruck’s off-road performance was a struggle. Despite having what appeared to be all-terrain tires and theoretical front and rear locking differentials, its traction control programming seemed less refined. When a wheel lifted or encountered low-grip situations, the Cybertruck hesitated, spinning wheels as its computer deliberated before finding traction. The crucial front and rear locking differentials, though present, were not yet activated in the test vehicle, suggesting that its full off-road potential remains untapped.
Once these features are enabled via software updates, the Cybertruck’s off-road capabilities could improve significantly. However, as tested, it lagged behind its rivals, highlighting that advanced hardware needs equally advanced, fully implemented software.
3. Ford F-150 Lightning: Surprising Competence
The Ford F-150 Lightning, despite being on street tires and having the least ground clearance, impressively navigated the off-road course. Its quicker and more effective traction control programming allowed it to find grip and progress through obstacles where the Cybertruck faltered. The Lightning’s ability to “figure out much more quickly what to do in low-grip situations” speaks volumes about Ford’s mature vehicle control systems, drawing on years of F-series off-road experience.
The Verdict: A Lifestyle Truck Showdown
After almost 1,000 miles of diverse testing over five days, a clear picture emerged regarding these three electric trucks. The deliberation focused on their role as “lifestyle trucks,” emphasizing how well they balance performance, utility, and modern amenities rather than pure work-truck capability.
1. Third Place: Ford F-150 Lightning
The Ford F-150 Lightning secured third place, not because it’s a poor product, but because it’s designed to cover a much broader base. While the Platinum trim is a lifestyle version, the underlying platform is still heavily biased towards traditional pickup truck work, with a higher center of gravity and a more conventional body-on-frame feel. It’s a comfortable and capable choice, particularly for those seeking a familiar F-150 experience with an electric powertrain. However, for a direct comparison against more sports-utility-like EV trucks, its inherent truck-like characteristics became a slight disadvantage.
2. Second Place: Tesla Cybertruck
The Tesla Cybertruck placed second, largely due to compromises stemming from its radical design. While it boasts impressive acceleration and innovative features like steer-by-wire, its build quality issues, impractical interior, and unrefined software for off-road situations held it back. The experience felt like a blend of cutting-edge technology and frustrating drawbacks, with design choices sometimes detracting from capability. Many of its issues, such as the unactivated locking differentials, indicate that while the potential is high, it isn’t fully realized yet.
3. First Place: Rivian R1T
Ultimately, the Rivian R1T rose to the top as the winner of this comparison test. It demonstrated exceptional performance across the board: outstanding acceleration, superior handling and braking, efficient real-world range (even when towing), and phenomenal off-road capability. The R1T seamlessly blends comfort with adventure, offering a well-rounded and refined experience without the extreme compromises seen in the Cybertruck. It handles well, rides well, tows well, and offers a compelling balance of innovation and practicality, proving why it was MotorTrend’s 2022 Truck of the Year.
Your Electrified Truck Showdown Q&A
What electric trucks are compared in this article?
The article compares three leading electric pickup trucks: the Tesla Cybertruck, Ford F-150 Lightning, and Rivian R1T.
Which electric truck was rated as the best overall in this comparison?
The Rivian R1T was chosen as the overall winner due to its excellent performance in acceleration, handling, towing, and off-road capability.
How does towing affect the range of these electric trucks?
Towing significantly reduces the range of all three electric trucks, roughly by one-quarter to one-third of their normal highway range. Owners should plan for more frequent charging stops when towing.
What is unique about the Tesla Cybertruck’s steering system?
The Cybertruck features a steer-by-wire system and four-wheel steering, which uses electronic signals instead of a mechanical link. This makes it very nimble, especially for tight maneuvers and towing.
How do the exterior designs of these electric trucks differ?
The Tesla Cybertruck has a radical, angular stainless steel ‘exoskeleton’ design. The Ford F-150 Lightning maintains a traditional pickup truck appearance, while the Rivian R1T blends modern EV looks with rugged utility.