NOW TRENDING
Tesla Roadster Revealed With SpaceX Thrusters and Flying Stunts
Tesla has unveiled its long-awaited electric supercar, promising sub-one-second acceleration, extraordinary cornering grip and SpaceX-inspired thrusters.
Nearly nine years after the original prototype was introduced, the next-generation Tesla Roadster is back in the spotlight with some of the company’s most ambitious performance claims. Tesla says the electric supercar can accelerate from 0 to 60 mph in less than one second, generate up to 2 g of cornering force with a fan-assisted system and incorporate thrusters developed with SpaceX technology.
These features could distinguish the Roadster from conventional electric sports cars. However, the most extraordinary claims still need to be assessed against the final production specifications and independent testing. The central question is whether Tesla can turn its ambitious demonstrations into a practical, road-ready vehicle.
Tesla Roadster Targets Acceleration Below One Second
The headline figure is the claimed acceleration from 0 to 60 mph in less than one second. If achieved under the specified conditions, this would represent an extraordinary target for a production-oriented electric sports car.
Electric motors can deliver substantial torque almost immediately, but acceleration depends on more than power alone. Tyre grip, traction control, vehicle weight and the ability to transfer force to the road all influence how quickly a car can accelerate.
Tesla’s claim therefore raises an important engineering question: how will the production Roadster manage the forces involved in such an extreme launch? Independent testing will be necessary to establish the car’s actual performance and determine the conditions required to achieve the advertised figure.
The Roadster is designed to demonstrate the potential of electric propulsion beyond conventional performance benchmarks. Rather than focusing exclusively on motor output, Tesla is presenting a broader approach that combines acceleration technology, unconventional aerodynamics and experimental propulsion systems.
Tesla’s next-generation Roadster promises extreme acceleration and an unconventional approach to electric performance.
SpaceX Thrusters Could Give the Roadster an Unusual Advantage
One of the Roadster’s most unusual proposed features is its SpaceX-inspired thruster system. Instead of relying exclusively on its electric motors, the experimental setup uses bursts of released gas to generate additional thrust.
The concept brings aerospace-inspired technology into a vehicle designed around high-performance driving. It also raises questions about how the system will be integrated, maintained and operated safely in a road-going car.
Tesla has made extraordinary claims about the Roadster’s capabilities, including the suggestion that it can fly. However, a brief airborne demonstration is not the same as sustained, controlled flight. An actual flying vehicle would require dedicated systems for lift, stability, steering and safe operation in the air.
The distinction matters because a spectacular demonstration does not automatically establish that every feature will be available in the final customer vehicle. The thrusters’ precise configuration, performance benefits and production availability will need to be confirmed.
For now, the technology illustrates Tesla’s ambition to move beyond the conventional electric supercar formula. Whether it becomes a practical production feature remains one of the project’s most important unanswered questions.
A Fan System Designed to Increase Cornering Grip
The Roadster’s other unusual feature is a fan-assisted suction system mounted beneath the car. Tesla says this system can pull the vehicle toward the road, increasing the load on the tyres and potentially improving grip through corners.
The principle is related to fan-generated downforce. By creating a pressure difference beneath the vehicle, the system can potentially produce additional force toward the road surface. This differs from relying exclusively on conventional aerodynamic components that generate downforce through airflow around the body.
Tesla claims the Roadster could achieve cornering forces of up to 2 g with this technology. That figure is an ambitious performance target, but it requires context. Cornering capability depends on tyre characteristics, road conditions, vehicle speed and how long the car can sustain the stated force.
The proposed fan system is designed to increase the force pressing the Roadster toward the road.
The engineering challenge will be making the system effective without adding excessive weight, energy consumption or mechanical complexity. Engineers will also need to establish how it behaves when road conditions change or tyre grip begins to decrease.
If the technology reaches production, it could provide a distinctive advantage on a race track. However, its real value will depend on repeatable performance, reliability and safe operation rather than a single headline figure.
Tesla Wants the Roadster to Remain a Driver’s Car
Tesla is increasingly focused on autonomous driving, but Elon Musk has described the Roadster as an exception to the company’s broader direction.
Musk said the Roadster would eventually be the only manually driven car Tesla makes. He also argued that the vehicle should push the limits of what a driver-focused sports car can achieve.
That approach gives the Roadster a different purpose from vehicles designed primarily for autonomous transportation. Instead of removing the driver from the experience, Tesla is presenting its electric supercar as a machine built around direct control and extreme performance.
The final driving experience will depend on the production car’s steering, braking, suspension and electronic systems. Its controls and safety equipment will also determine how effectively the experimental technology can be integrated into a usable road car.
Tesla is positioning the Roadster as a performance car centered on driver involvement.
The Roadster’s Biggest Challenge Is Reaching Production
The Roadster’s return is significant because the project has remained in development for nearly nine years since its original prototype debut. The latest unveiling renews interest in the car, but a presentation is only one step toward delivering a finished vehicle.
Tesla must still demonstrate that its most ambitious performance claims can be translated into a production-ready package. That means validating the acceleration figures, establishing the effectiveness of the suction system and confirming the availability and safety of the proposed thrusters.
The company will also need to balance extreme performance with reliability, everyday usability and the regulatory requirements that apply to road-going vehicles. These considerations become especially important when a car incorporates technology that goes beyond conventional electric propulsion.
For prospective buyers, the final specifications will matter more than the spectacle of the unveiling. Verified performance figures, production configuration, pricing and delivery information will determine how the Roadster compares with other high-performance electric cars.
Tesla has presented a vision of an electric supercar that combines extraordinary acceleration, enhanced cornering grip and aerospace-inspired technology. If the company can deliver these capabilities as promised, the Roadster could become one of its most distinctive vehicles.
Until independent testing and final production specifications are available, however, its most extraordinary features should be treated as manufacturer claims rather than established production-car capabilities.
Subaru’s new electric SUV combines 375 horsepower, standard all-wheel drive and up to 281 miles of estimated range.
The 2026 Subaru Trailseeker brings a new level of performance to the brand’s electric SUV lineup. With dual electric motors, 375 horsepower and standard all-wheel drive, the new crossover combines the utility Subaru buyers expect with acceleration that makes it the quickest vehicle the automaker has produced, according to the company.
The Trailseeker arrives as U.S. buyers gain more electric SUV options across different sizes, performance levels and price points. Its combination of power, ground clearance and cargo versatility gives Subaru a new way to appeal to drivers who want electric performance without giving up the capabilities associated with the brand.
2026 Subaru Trailseeker Offers 375 Horsepower
The Trailseeker uses two AC synchronous permanent-magnet electric motors, one mounted on each axle. Each motor produces 224 horsepower and 198 lb-ft of torque, while the combined system delivers up to 375 horsepower and 396 lb-ft of torque.
The 2026 Subaru Trailseeker combines a streamlined crossover design with a dual-motor electric powertrain.
Each motor forms part of an integrated transaxle that includes a single-speed reduction gear and power inverter. This configuration allows the vehicle to distribute power between the front and rear axles while supporting electronic torque management.
The result is a significant performance step for Subaru. The company says the Trailseeker can accelerate from 0 to 60 mph in 4.4 seconds, making it the brand’s quickest vehicle yet. Instant electric torque and the combined output of the two motors are central to that performance.
Subaru Trailseeker AWD Adds Off-Road Capability
All-wheel drive is a key part of the Trailseeker’s setup. Its electric motors drive both axles, while Subaru’s revised Symmetrical All-Wheel Drive system works with a dual-mode X-MODE system designed to improve traction on challenging surfaces.
Drivers can select Snow/Dirt or Deep Snow/Mud settings. The SUV also includes Grip Control and Hill Descent Control, features intended to help maintain control on slippery roads and uneven terrain.
The Trailseeker’s dual-motor AWD system and X-MODE settings are designed to support traction on varied surfaces.
Acceleration sensors at the front and rear provide information that helps the vehicle manage torque distribution and maintain stability. The system is designed to combine the rapid response of electric motors with Subaru’s focus on all-weather capability.
However, the Trailseeker’s specific off-road performance will depend on terrain, tires, ground clearance and driving conditions. Its traction technology should not be interpreted as a guarantee of capability on every surface.
Battery, Range and Charging Efficiency
The 2026 Trailseeker uses a 74.7-kWh lithium-ion battery pack containing 104 cells. The battery supplies energy to both electric motors, supporting the SUV’s combined power output while providing an estimated driving range of up to 281 miles.
The Trailseeker pairs its electric powertrain with the space and everyday utility expected from a Subaru crossover.
Larte Design gives Cadillac’s 682-hp luxury SUV an aggressive makeover with red accents and oversized aerodynamic elements.
The Cadillac Escalade-V already stands out for its supercharged V-8 and imposing size, but Larte Design has created an even more dramatic version. The Esthete body kit adds extensive carbon-fiber components, contrasting red details and an exterior design intended for owners who want their luxury SUV to attract attention.
The modified Escalade-V retains the model’s bold proportions while introducing a more extreme appearance. Its combination of gloss-black surfaces, red accents and oversized aerodynamic elements creates a sharp contrast with the relatively restrained styling of the standard SUV.
Cadillac Escalade-V Gets an Aggressive New Look
Cadillac updated the Escalade for the 2025 model year, but the Escalade-V maintained much of the same exterior design as other versions. Its performance credentials are less subtle: a supercharged 6.2-liter V-8 produces 682 horsepower, making it one of the most powerful versions of Cadillac’s full-size luxury SUV.
Larte Design gives the Cadillac Escalade-V a more dramatic appearance than the standard factory styling.
For buyers who want the vehicle’s exterior to reflect its performance, Larte Design offers the Esthete package. The body kit changes the SUV’s visual character through redesigned bodywork and contrasting finishes rather than relying on the factory design alone.
Dry Carbon Fiber and Red Exterior Details
The Esthete package features a two-tone exterior combining gloss black with red accents. Larte Design uses dry carbon fiber for the exterior components, including a vented hood, a redesigned front grille and extended wheel arches.
The Esthete package combines carbon-fiber components with gloss-black finishes and red detailing.
The modifications continue along the sides, where carbon-fiber rings surround the 24-inch multispoke wheels. At the rear, a spoiler and diffuser add further visual emphasis, giving the Escalade-V a more motorsport-inspired appearance.
The prominent front splitter is another defining feature. Although it contributes to the kit’s aggressive styling, its low, projecting shape could require extra care around steep driveways, parking curbs and other obstacles. Owners considering the package should also confirm ground clearance and any practical limitations associated with the added bodywork.
Larte Design Focuses on Visual Impact
Larte Design has built a reputation for bold exterior modifications for high-performance luxury vehicles, including the Mercedes-AMG G 63, BMW X6 M and Lamborghini Urus. The company’s approach generally emphasizes a more distinctive appearance than the original factory styling.
The rear design adds a prominent spoiler and diffuser to the modified luxury SUV.
The company has also explored unconventional finishes in previous projects. One earlier Escalade-related design featured pink carbon fiber, with the color incorporated into the material’s weave rather than applied only as a tinted surface coating.
The Esthete package follows that same emphasis on visual differentiation. Its combination of dry carbon-fiber components, red detailing and oversized exterior elements is aimed at customers who want their Escalade-V to be immediately recognizable.
The modifications are primarily about styling, and the supplied information does not establish any additional engine output or performance gains from the body kit. The Escalade-V’s headline specification remains its factory-rated 682-horsepower supercharged V-8. For buyers who prefer a more understated luxury SUV, the standard design may be the better fit; for those seeking maximum visual impact, Larte Design offers a far more conspicuous alternative.
The three-row SUV earns recognition for its 329-hp hybrid system, all-wheel-drive capability and long estimated driving range.
The 2026 Hyundai Palisade Hybrid has earned a place on WardsAuto’s 10 Best Engines & Propulsion Systems list, highlighting the SUV’s combination of power, efficiency and everyday utility. Its turbocharged hybrid powertrain delivers 329 horsepower and an estimated driving range of up to 619 miles, according to Hyundai.
The award marks Hyundai’s 18th product win in the competition and the second time one of its three-row SUVs has received recognition from the program. The annual awards evaluate powertrain technology, performance and efficiency, giving manufacturers an opportunity to demonstrate advances in conventional, hybrid and electric propulsion.
Hyundai Palisade Hybrid Combines Power and Efficiency
The 2026 Hyundai Palisade Hybrid uses a 2.5-liter turbocharged four-cylinder engine paired with an electrified powertrain. The system produces a combined 329 horsepower and 339 lb-ft of torque, giving the large SUV performance intended to suit family travel and longer journeys.
The 2026 Hyundai Palisade Hybrid combines a three-row layout with a turbocharged hybrid powertrain.
Power is delivered through a six-speed automatic transmission. Buyers can choose front-wheel drive or Hyundai’s HTRAC all-wheel-drive system, allowing the Palisade Hybrid to serve drivers with different traction and driving requirements.
Hyundai estimates more than 30 mpg on the highway, while the SUV’s estimated 619-mile driving range is intended to reduce the need for frequent fuel stops. These figures are manufacturer estimates, and actual results can vary depending on driving conditions, configuration and driving style.
All-Wheel Drive and Towing Capability
The Palisade Hybrid is designed to combine improved fuel efficiency with the utility expected of a three-row SUV. Its available HTRAC all-wheel-drive system uses a mechanical arrangement intended to provide traction on slippery surfaces, according to Hyundai and WardsAuto’s award commentary.
The available HTRAC all-wheel-drive system adds traction capability to the hybrid SUV.
The hybrid model also has an estimated maximum towing capacity of 4,000 pounds. That figure adds versatility for owners who need to tow compatible small trailers or recreational equipment, although the actual permissible load depends on vehicle configuration and applicable towing requirements.
Hyundai has also introduced Stay Mode, a function designed to monitor the hybrid battery system while the vehicle is parked. It allows extended use of selected features, including the infotainment system and climate controls, helping support an experience that draws on some of the conveniences associated with electric vehicles.
Why the Hyundai Palisade Hybrid Won the Award
WardsAuto judges assessed 26 powertrain nominees under real-world driving conditions. Their evaluation considered horsepower, torque, noise, vibration and harshness (NVH), observed efficiency and technological innovation.
The Palisade Hybrid pairs its electrified powertrain with technology designed for everyday family use.
The judges highlighted the combination of smooth, quiet hybrid operation and mechanical all-wheel-drive capability. That balance is particularly relevant in a large SUV, where buyers may want strong performance and traction without sacrificing fuel economy.
The award is part of a broader evaluation process in which only all-new or significantly improved powertrains, along with returning winners from the previous year, are eligible. Hyundai’s latest recognition reflects the engineering behind the Palisade Hybrid’s propulsion system rather than the vehicle’s design or technology package alone.
For the 2026 model year, the Palisade Hybrid strengthens Hyundai’s position in the three-row SUV segment by combining a 329-hp output, available all-wheel drive, an estimated 4,000-pound towing capacity and a long claimed driving range. The award recognizes that balance of performance and efficiency, while real-world fuel economy and range will depend on how and where the vehicle is driven.
-
NOW TRENDING2 months agoTesla Cybercab Gets September 3 Austin Launch Date
-
TEST DRIVES2 months ago2025 Ford Bronco Sport Badlands: The Adventure SUV You Can Drive Every Day
-
INTELLIGENT MOBILITY2 months agoGM Super Cruise: How It Works and What Comes Next in 2028
-
TEST DRIVES2 months ago2026 Toyota GR Supra MkV Final Edition
-
NOW TRENDING2 months ago2027 Toyota Corolla Celebrates 60 Years With Special Edition
-
NOW TRENDING2 months agoAston Martin Valen: The Most Powerful Front-Engined Supercar
-
NOW TRENDING2 months ago2027 Jeep Wrangler Smoky Mountain Edition Debuts With 4×4
-
Formula12 months agoFIA Reveals Second ADUO Results With Red Bull-Ford Still on Top
You must be logged in to post a comment Login