Tired: Take an old car that was once classy, install an LS V8 engine, add LED headlights and a digital dashboard, sell it to someone with Guy Fieri’s sense of style. Wired: Create a custom 800-volt electric propulsion system, but connect it to beautiful old-school analog gauges and switches. Discover the sublime details of this reinvented Rolls-Royce.

Halcyon and the Rolls-Royce Corniche “Highland Heather”

The more I look at this Corniche (nicknamed “Highland Heather”), completely rebuilt by a coachbuilder called Halcyon, the more I find things to love. The purple-on-white color combination is intense, yet elegant. The rest of the car is pure class.

Halcyon started making waves last year, announcing in December that it “empathetically modernizes classic Rolls-Royce models,” namely the Corniche convertible and the Silver Shadow sedan. Empathetic modernization… what a phrase. It’s tempting to dismiss this as press release jargon, but, based on the photos of the company’s first complete project (the purple convertible here), I think these Halcyon folks might really have something.

A Unique Creation, Timeless

Among the many restomod, reimagined, and coachbuilt cars I’ve seen over the last decade, this Corniche truly seems to be among the most… out of sync with reality. And I say that as a sign of sincere appreciation for its uniqueness. While many modified old cars end up looking like old cars with modern parts, this one really gives the impression of coming from an alternate timeline where 1970s design and 2020s technology truly coexist.

This makes the Highland Heather a rather cool achievement, regardless of its road performance.

An Analog Dashboard, a Triumph of Design

The press release presenting this car, which will be showcased in person at the Hampton Court Palace Concours of Elegance in a few days, highlights impressive technical elements, such as its in-house built 800V electric platform and adaptive suspension.

But for me, the design of the dashboard interface is a more interesting success. Just look at those switches and gauges. Analog. Three-dimensional. Beautiful.

Just by looking at them through a screen, I feel like they allow selections with a satisfying click. And there are few greater joys in the automotive world than controls that offer a dramatic feel.

An Exclusive Project and an Inspiration for the Future

Halcyon plans to produce only 60 cars of this type, and they start at around half a million dollars. Old Rolls-Royces in general can often be found for a song, but the cost to maintain one in good condition with original parts is astronomical.

The Halcyon Corniche is incredibly cool, and I’d love to see more customizers follow a similar design philosophy regarding the human-machine interface.

Electric vehicles (EVs) are establishing themselves as the future of transportation, driven by the need for sustainable mobility solutions. Tesla, a leader in this revolution, stands out as much for its cars as for the technology that supports them. At the heart of this technology is the Tesla charging cable. This simple yet essential accessory ensures drivers have access to the energy needed for all their journeys. Discover how this cable has become the indispensable pillar of electric mobility, from home charging to the Supercharger network.

The Evolution of Tesla Charging Technology

Tesla’s commitment to innovation is evident in its charging solutions. Early models used the Universal Mobile Connector (UMC), allowing charging from a standard household outlet. In response to growing demand for speed, Tesla introduced the Wall Connector, offering higher power and reduced charging times. Today, Tesla cables combine versatility and efficiency, meeting all needs, whether at home, at work, or on the road.

Home Charging: Simplicity and Efficiency

The ability to charge your vehicle at home is a major advantage for Tesla owners. The Wall Connector turns your garage into a personal charging station. Capable of providing up to 70 km of range per hour, it ensures your car is always ready each morning. This solution eliminates frequent stops at public stations and allows you to take advantage of off-peak electricity rates, reducing the overall cost of ownership.

The Versatility of Tesla Charging Cables

Designed to adapt to all scenarios, Tesla cables, like the Mobile Connector, come with multiple adapters for different types of outlets. Whether you’re at a friend’s house or a hotel, simply plug in to charge. This flexibility is crucial for frequent travelers or residents of areas where charging infrastructure is still developing, offering total freedom without the fear of running out of power.

The Supercharger Network for Long Trips

For long journeys, Tesla’s Supercharger network is a game-changer. Strategically located along major routes, these Superchargers deliver ultra-fast charging, adding up to 320 km of range in just 15 minutes. The proprietary cable is designed to deliver maximum power safely, minimizing downtime and making long-distance travel as simple as filling up with gasoline.

Efficiency, Savings, and Environmental Benefits

Tesla’s proprietary technology maximizes energy transfer efficiency, reducing losses and costs. Charging at home during off-peak hours proves more economical than using public stations. Beyond savings, driving a Tesla is also an eco-friendly choice: zero emissions during use, reduced pollution, and lower greenhouse gas emissions. Tesla’s goal to power its Superchargers with renewable energy reinforces this commitment to a sustainable future.

The Future of Charging and the Tesla Community

Tesla continues to innovate with the deployment of its network and the development of even faster solutions, such as wireless charging. These advancements will make EV ownership more attractive. Owning a Tesla also means joining a community passionate about technology and sustainability, united by the exchange of tips and mutual support, with constant backing and software updates provided by the brand.

In the rapidly evolving technological landscape, the manufacturing of new energy vehicles (NEVs) is undergoing significant transformation. This transition is driven by the urgent need for sustainability and efficiency in automotive production. As manufacturers strive to meet growing consumer demand and stringent regulations, intelligent CNC machining is emerging as a crucial component of the factory of the future.

The Challenges of Electric Vehicle Manufacturing

The increasing demand for eco-friendly transportation solutions has accelerated the growth of the NEV market. However, this transition presents significant challenges, including the complexity of modern designs that require intricate components to be produced with high precision. The need to use lightweight materials, such as aluminum and advanced composites, adds to this complexity, as these materials often require specialized machining techniques.

Furthermore, manufacturers must address the need for flexibility in their production processes. The ability to quickly adapt to new designs and methods is critical, especially as supply chain disruptions have highlighted the crucial importance of manufacturing agility.

The Rise of Intelligent CNC Machining

Intelligent CNC machining is at the forefront of addressing these challenges. By leveraging advanced computing technologies and automation, manufacturers can achieve high precision and efficiency. In the context of NEVs, it significantly enhances the accuracy and consistency of critical components.

Battery packs, essential for the performance and safety of electric vehicles, are a perfect example. They require extremely precise manufacturing processes where the slightest deviation can lead to issues. Precision machining meets these requirements while reducing production cycles and material waste.

Machine Learning and Data Analytics

A key advantage of intelligent CNC machining is its ability to integrate machine learning and data analytics. Collecting and analyzing production data provides valuable insights. Real-time monitoring of machining processes allows for immediate adjustments, ensuring optimal performance.

This data-driven approach also facilitates predictive maintenance, which helps prevent unexpected downtime by identifying potential issues before they lead to failures.

Digital Trends in CNC Machining

With the advent of Industry 4.0, digital trends are becoming paramount. They enhance production efficiency and enable greater flexibility and better traceability.

Cloud Computing and IoT

Cloud Computing and the Internet of Things (IoT) are revolutionizing operations management. Connecting CNC equipment to cloud platforms allows for centralized data management and seamless communication between devices.

Augmented Reality (AR) and Virtual Reality (VR)

AR and VR provide operators with enhanced training and support. AR can offer real-time overlays of critical machining parameters, guiding operators through complex processes. VR simulations allow for practice in a risk-free environment.

Key Technologies in Precision Machining

For NEV manufacturing, several key technologies are driving advances in precision machining.

High-Speed Cutting (HSC)

High-speed cutting technology enables rapid material removal at high speeds, crucial for complex geometries and hard materials.

Multi-Axis Machining

Multi-axis machining enhances CNC machine capabilities by allowing simultaneous movement along multiple axes, producing complex shapes in a single setup.

Integration of Additive Manufacturing

The integration of additive manufacturing (3D printing) with CNC machining is gaining ground. This hybrid approach offers greater design freedom to create lightweight and optimized components.

The Future of Smart Manufacturing

The future of production in the NEV sector will be shaped by several major trends.

Automation and Autonomous Manufacturing

The rise of automation technologies is paving the way for autonomous manufacturing systems, enabling continuous production with minimal human intervention.

Sustainable Manufacturing Practices

In the face of environmental concerns, NEV manufacturers must optimize material usage, reduce waste, and minimize energy consumption. Precision machining and digital trends facilitate these sustainable practices.

Intelligent CNC machining is set to play a pivotal role in the future of smart electric vehicle manufacturing. By embracing these advancements, manufacturers can not only enhance their production capabilities but also contribute to a more sustainable and efficient automotive industry.

The Total Cost of Ownership of a Truck. Acquiring a truck is a long-term commitment and involves many expenses. It is essential to understand the financial implications to assess the true price of the chosen vehicle. These costs are crucial, whether you are an independent owner-operator or managing a large fleet. They include purchase, repairs, fuel, maintenance, driver salaries, insurance, and taxes, forming a significant part of overall expenses. A precise understanding of these elements is fundamental for rigorous financial planning and effective management in a highly competitive market.

The Average Annual Cost of Ownership

The average annual cost of owning a truck generally ranges between €150,000 and €180,000. This estimate includes both fixed and variable costs: acquisition, fuel, repairs, insurance, salaries, taxes, and tolls. Fuel and driver payroll are the largest expense items, with fuel accounting for up to 40% of operating costs. Newer models often result in lower maintenance costs, but their purchase or lease price is higher. Using tools like Total Cost of Ownership (TCO) is essential for accurate business planning and profitability control.

Factors Influencing the Total Cost

Vehicle Acquisition Costs

Purchasing the truck is the most significant initial investment. The price of a new one ranges between €130,000 and €200,000. A used vehicle is cheaper to buy but may lead to higher maintenance costs. Leasing offers an alternative with reduced initial costs but higher monthly payments. Customizations (GPS systems, refrigeration units) also impact the final price.

Fuel Costs

A major expense item, fuel can represent 30 to 40% of the total budget. Its consumption depends on the type of truck, distances traveled, location, and traffic conditions. Long trips at constant speed are more economical than urban driving. To reduce these costs, adopt efficient driving practices, use optimized navigation, and consider newer or electric models.

Maintenance and Repairs

Regular maintenance (oil changes, tire replacements, inspections) is crucial to avoid unexpected and costly repairs. Mechanical failures (engine, transmission) heavily impact the budget, especially as the truck ages. Strictly adhering to maintenance schedules and performing pre-trip inspections are effective ways to control these expenses.

Driver Salaries

Driver compensation is one of the largest expense items. Wages, bonuses, and benefits vary based on experience and labor shortages in certain regions. Retaining drivers through good working conditions helps reduce turnover-related costs. For an owner-operator, their own salary is included in operating costs.

Taxes, Tolls, and Insurance

Registration fees, taxes (such as IFTA for fuel), and tolls are unavoidable. Their amounts depend on the vehicle’s weight, routes taken, and regions traversed. Insurance is also a significant fixed cost. Digitalization (electronic toll collection) facilitates payments, but rigorous accounting of these fees is necessary.

Conclusion

Mastering the total cost of ownership of a truck is imperative for the sustainability of any transport business. A detailed analysis of each expense item – acquisition, fuel, maintenance, salaries, and taxes – allows for optimizing profitability and ensuring sound financial management in a demanding sector.

McLaren, the British supercar manufacturer, is navigating an era of profound change and increasing internationalization. While the question of a car manufacturer’s nationality is crucial for purists, McLaren is considering how to preserve its unique essence, its “Britishness,” while expanding its appeal abroad. Its CEO, Nick Collins, has shared his vision for the future.

The Maverick Spirit at the Heart of McLaren’s Identity

For Nick Collins, McLaren’s “Britishness” does not lie in clichés but in a characteristic spirit of rebellion and boldness. He describes it as a unique combination of respect for established rules and their tactical transgression. “There is a certain maverick spirit, a stance that emerges from British culture,” he explains, citing as examples Victorian architecture mixed with modern structures or fashion designer Vivienne Westwood.

A Legacy of Technical Revolution and Innovation

This non-conformist spirit is found in the brand’s technical DNA. Collins recalls the bold innovations that have marked its history, such as the pioneering adoption of the carbon fiber monocoque in the F1, the P1, and racing cars. “This boldness in engineering and technology, this bravery to do something radical, this sense of fun… That is the McLaren spirit,” he states, also emphasizing the importance of the positive team atmosphere fostered by Zak Brown in Formula 1.

British Design: Between Conformity and Transgression

From a design perspective, Britishness translates into the confidence to do the unexpected. Collins evokes Coco Chanel’s maxim, “Before you leave the house, take one accessory off,” to illustrate the philosophy of reduction to the essentials. However, he specifies that the goal is not to reduce to nothing but to find the right balance: “It’s enough of something, but with a touch of the unexpected.”

Balancing Tradition and Modernity for Sustainable Longevity

The challenge for McLaren is to find the perfect balance. A too abrupt break from the codes would only create a fleeting fashion product. Conversely, too strict an adherence to the rules leads to boredom. The recipe for success and longevity, according to Collins, lies in this “underlying beauty with a twist” that marries tradition with a hint of rebellion. It is this balance that defined the golden age of British design in the 60s.

The Future of McLaren’s DNA: Evolving Without Denying Its Roots

While McLaren acknowledges the need to evolve its design language and better differentiate its models in the future, the brand intends to celebrate and preserve the elements that define its DNA. “You should never be constrained by your past. You should celebrate it and move forward,” concludes Collins. Thus, McLaren’s Britishness is not a straitjacket but a spirit: a blend of technical boldness, unpredictable design, and a resolutely maverick character that continues to guide the brand toward new horizons.

There’s nothing quite like the feeling of freedom and pride you get behind the wheel of your first brand-new car, with its pristine surfaces and that distinctive new-car smell. Naturally, you want to preserve that feeling for as long as possible. However, people often tend to focus on the appearance while neglecting mechanical maintenance, which is just as crucial, especially in the UK where city driving and unpredictable weather take a toll on your vehicle. Regular maintenance is the key to driving with peace of mind, avoiding breakdowns and costly repairs. Here are 7 essential secrets to keeping your car performing and as reliable as the day you bought it, while ensuring proper car maintenance.

1. Regular Brake Checks

Brakes are one of the most important safety components of your vehicle. A grinding noise, a soft pedal, or a vibrating sensation should alert you. In the UK, faulty brakes are one of the leading causes of MOT test failure. Regular checks ensure the system’s effectiveness and optimal braking distances.

2. Oil Changes and Fluid Checks

Don’t neglect oil changes! Most manufacturers recommend an oil change every 5,000 to 7,500 miles (approximately 8,000 to 12,000 km), an interval that should be reduced for city drivers. Use this opportunity to check the levels of coolant, brake fluid, power steering fluid, and windshield washer fluid. Correct levels prevent serious mechanical failures.

3. Tire Maintenance

As the only points of contact with the road, tires are crucial for safety. UK law requires a minimum tread depth of 1.6 mm, but it is advisable to change them at 3 mm. Check the pressure (PSI) monthly and have them rotated every 10,000 km for even wear. An under-inflated tire impairs handling and increases fuel consumption.

4. Never Ignore Warning Lights

A warning light that illuminates on your dashboard is not a suggestion but a serious alert. Signals concerning the brakes, engine, or battery require immediate inspection by a professional to avoid a breakdown or a more costly repair.

5. Properly Prepare for Your MOT Test

The MOT test checks the vehicle’s essential systems. Preparing in advance, including the previous points, is crucial to avoid failure and expensive last-minute repairs.

6. Adhere to the Service Schedule

An annual service or one every 20,000 km is recommended. It typically includes a comprehensive brake check, an oil change, filter replacements, wheel balancing, and a battery check-up. It’s an investment that helps detect minor problems before they become major ones.

7. Prepare Your Car for Winter

Winter requires special attention. Check the condition of the battery, which struggles more in cold weather, and the antifreeze level. Fitting winter tires significantly improves grip on ice and snow for safer driving.

Conclusion: The Key to Longevity

Maintaining your car regularly is an investment in its safety, reliability, and resale value. Simple, preventative actions, like a brake check or an oil change, make all the difference. By following these 7 secrets, you will enjoy a high-performing and economical car, no matter the road you take. Remember that car maintenance is essential for all these reasons.

In the logistics and transportation sector, efficiency and reliability begin with choosing the right equipment. For heavy loads, oversized freight, or irregularly shaped cargo, few options offer as much flexibility as a flatbed trailer, particularly the standard 53-foot flatbed trailer, a cornerstone of road freight transport in North America. Whether you operate a fleet or are simply looking to increase your transport capacity, understanding flatbed trailer options is essential for optimizing performance, safety, and return on investment.

What is a Flatbed Trailer?

A flatbed trailer is a long, open platform without sides or a roof, making it ideal for transporting goods that do not easily fit into enclosed trailers. Designed for maximum accessibility, they allow for loading and unloading from all angles, perfect for large equipment, metal structures, and bulky cargo. The 53-foot flatbed trailer is the industry standard for commercial loads in the United States, offering an ideal balance between cargo volume and compatibility with freight infrastructure.

The Different Types of Flatbed Trailers

Not all flatbed trailers are created equal. Depending on your cargo, you might consider:

Standard Flatbed

Measures 48 to 53 feet long. Ideal for palletized freight and general cargo.

Step Deck (or Drop Deck)

Features a lower floor for taller cargo that exceeds standard height limits.

Double Drop Deck

Offers an even lower central section (“well”) for transporting extremely tall items like construction machinery.

Extendable Flatbed Trailer

Ideal for long loads like beams or steel pipes, these trailers can be adjusted in length.

Steel vs. Aluminum: Which Material to Choose?

The material is crucial when choosing a trailer:

Steel Trailers: Known for their durability and affordable price. Better suited for very heavy loads but add significant weight, which can impact fuel consumption.

Aluminum Trailers: Lighter and corrosion-resistant. Higher initial cost but can reduce long-term expenses in maintenance and fuel.

Hybrid Trailers: A mix of a steel chassis and an aluminum floor, combining robustness and reduced weight. If fuel economy and weight limits are concerns, aluminum or hybrid options may offer better long-term value.

Safety and Compliance

Safety must always be a top priority when using or loading a flatbed trailer. Ensuring proper securement methods, good weight distribution, and securing oversized loads is essential for driver safety and regulatory compliance. For the latest rules, consult the FMCSA’s Official Cargo Securement Regulations.

Finding the Right Trailer for You

Choosing the right flatbed trailer goes beyond just size. It’s about matching your trailer to your cargo types, transport frequency, and geographic coverage. Flatbed trailers remain a vital part of the commercial transport industry. Their open-deck design, high load capacity, and versatility make them the preferred choice for a wide range of shipments.

New Toyota Camry: 10 Unbeatable Advantages When it comes to reliable, elegant, and versatile sedans, the Toyota Camry consistently ranks among the best in its class. Renowned for its long-term reliability, impressive fuel efficiency, advanced safety features, and refined driving experience, the Camry is a top choice for drivers in San Antonio, Texas.

1. Toyota Camry: A Proven Performer

The Toyota Camry has been an automotive pillar for decades, known for its exceptional build quality, low maintenance costs, long lifespan, and high resale value. Its balance of efficiency, power, and comfort makes it the ideal car for daily commutes and weekend getaways.

2. Fuel Efficiency Suited for Texas

The Camry offers one of the best fuel economies in its class: up to 39 MPG on the highway with the 4-cylinder engine and up to 52 MPG combined with the Hybrid version. Perfect for driving on Loop 410 or heading to Austin.

3. Advanced Safety Technologies

Every new Camry comes equipped with the Toyota Safety Sense 2.5+ suite, including a pre-collision system, lane departure alert, and adaptive cruise control. Essential features for a peaceful drive on busy roads like I-10.

4. Comfort and Elegant Design

With its bold design, spacious interior, and features like dual-zone climate control and ventilated seats, the Camry ensures optimal comfort, even during the hot San Antonio summers.

5. Performance Options for Everyone

Whether you prefer the efficiency of the 4-cylinder, the sporty power of the V6, or the economy of the Hybrid, there is a Camry to suit your driving preferences.

6. Ideal for Families and Professionals

With its spacious trunk and generous interior space, the Camry is perfect for errands, business trips, or family outings, all with a favorable cost of ownership.

7. Excellent Resale Value

Investing in a Camry is a smart financial choice. Toyotas retain their value much better than most competitors, ensuring a better return on investment.

8. Advantageous Local Offers

San Antonio has many Toyota dealerships, such as North Park Toyota or Red McCombs Toyota, offering a wide selection, attractive discounts, and tailored financing services.

9. The Certified Pre-Owned (CPO) Option

For excellent value, Certified Pre-Owned (CPO) Camrys offer the benefits of a new car at a reduced price, with an extended warranty and a rigorous inspection.

10. Simplified Financing

Local dealerships offer flexible financing options and online pre-approval tools to help all types of buyers find the solution that suits them.

Choosing a new Toyota Camry in San Antonio is a decision that combines economic intelligence and everyday practicality. With unmatched reliability, cutting-edge safety, and the support of local dealerships, the Camry remains the number one choice for drivers in the region.

In modern automotive repair shops, fire hazards are ever-present. Welding, grinding, cutting, or handling highly flammable fluids: mechanics constantly work amidst potential ignition sources. The presence of oil-soaked rags, brake cleaners, vapors, and fuel lines significantly increases this danger.

At the Heart of the Fire Watcher Training Program

The Fire Watcher training prepares individuals to monitor high-risk tasks. Participants learn to inspect the work area before any operation, identify combustible materials, check the availability of firefighting equipment, and confirm the validity of necessary permits. More than just an observer, the Fire Watcher knows how to trigger an emergency response, activate alarms, use fire extinguishers correctly, and assist with evacuations. The training, often offered by organizations like FMTC, is based on realistic scenarios for practical application in the workshop.

Compliance and Responsibility in the Workplace

Auto repair shops are subject to national safety codes and occupational health directives that often require the presence of a trained Fire Watcher during hot work. The implications of non-compliance include legal liability, fines, and complications with insurance. For employees, the risks are even higher: burns, exposure to toxic fumes, and catastrophic damage. Having dedicated personnel for monitoring reduces confusion in very busy workshops and enhances collective awareness of risks.

A Role That Goes Beyond Simple Surveillance

Even outside of welding stations, tools that produce heat or accidental sparks can ignite vapors or greasy rags. A Fire Watcher is trained to assess the entire area and spot hazards that others might overlook.

Investing in Prevention and Professional Development

Beyond safety, this training enhances professional credibility. Certified technicians demonstrate a sense of responsibility and vigilance that is highly valued. For shop owners, it helps reduce insurance risks and establish a proactive safety culture. Trained Fire Watchers can also assist during evacuation drills, conduct routine inspections, and support other safety programs. Short, targeted training sessions fit well into busy schedules without disrupting workflow.

Conclusion

The risk of fire will always be present in garages, but its impact can be controlled through awareness, preparation, and training. Fire Watcher training equips mechanics with the necessary skills to prevent accidents. By investing in this area, workshops ensure compliance and protect their teams, equipment, and reputation.

The supercharged Hurricane I6 engine establishes itself as the true heartbreaker, demonstrating phenomenal tuning potential that is only just beginning to be explored. The shining proof? A 1987 Dodge Ram D150 pickup, transformed by the expertise of Morgan Evans and Jason Kastner, which develops a staggering 802 horsepower and 740 lb-ft of torque.

A Vintage Chassis, Modern Mechanics, and a Record

The project, featured on the Torque n’ Tungsten YouTube channel, has already made its mark by winning the “Grudge Match” at the famous Roadkill Nights event, holding its own against otherwise very impressive builds. The two partners didn’t stop there, recently completing a 1,200-mile journey across Michigan, punctuated by drag strip passes.

The recipe for this power monster is based on a stock 3.0-liter long block, but radically transformed. Gone is the factory twin-turbo setup, replaced by a single massive turbocharger, a Precision Next Gen 6870, capable of supporting up to 1,200 horsepower. Evans and Kastner, master fabricators, custom-built all the necessary piping and new manifolds to optimize airflow. The result is a roaring six-cylinder that shattered a world record for a Hurricane engine by covering the quarter-mile in just 9.39 seconds, with a trap speed of 140 miles per hour.

A Reinforced Transmission to Tame the Fury

All this power is sent to the wheels via an eight-speed ZF automatic transmission, similar to the one equipping the new Ram Hurricanes, but with a crucial upgrade: a Circle D torque converter with a higher stall speed, specially chosen for the dragster’s lightning-fast acceleration. At the rear, a Moser 8.75-inch rear end was installed. After several tests, the team determined that the truck performed much better with drag radial tires than with slicks.

A Constantly Evolving Project

The D150 remains a constantly evolving project, where every detail is refined in the pursuit of perfection. After their latest series of runs at the Sick Michigan Miles event, Evans and Kastner identified a new area to optimize: the rev limiter, which was hit during the best pass. They therefore plan to raise it to unleash even more power. The Viking front coilovers, on the other hand, seem perfectly tuned, having allowed the truck to remain perfectly stable even when its front wheels lifted several inches off the ground.

Unanimous Reception in the Community

While the turbo I6 engine in the new Rams can sometimes divide purists, the feedback on the YouTube videos of this swap project is extremely positive. The choice of a modern, ultra-high-performance powertrain, rather than simply dropping in a Viper V10, seems to have won over the community. This bold build confirms what is obvious to many: the Hurricane engine is indeed Mopar’s 2JZ, a robust and extraordinarily improvable mechanical foundation promised a bright future in the world of performance.