Automotive
2025 Chevrolet Corvette ZR1: The Fastest, Most Powerful Corvette Ever
Chevrolet has unleashed the unthinkable in the Corvette ZR1. The King of the Hill returns with the most powerful V8 ever produced in America from an auto manufacturer, mind-bending specs, and iconic design to challenge the world’s best supercars in both coupe and convertible variants.
“The team that revolutionized Corvette with a mid-engine architecture took on another challenge: take ZR1 to the next level,” said Scott Bell, vice president, Chevrolet. “Corvette ZR1 is about pushing the envelope with raw power and cutting-edge innovation. From Stingray, to Z06, E-Ray, and now ZR1, the Corvette family continues to elevate with each new iteration — and challenge the best in the world.”
Pushing the boundaries of the Small Block
ZR1’s 5.5L LT7 twin-turbocharged DOHC V8 engine starts with the same architecture as Z06’s LT6, the most powerful naturally aspirated production V8 engine ever, and takes it to the next level with twin turbochargers — the first time ever for a factory Corvette.
Dubbed the “Small Block Gemini” architecture, the LT6 program was only the beginning as engineers dual-pathed a goal: to create massive power, capability, and character from naturally aspirated and turbocharged flat plane crankshaft twin engines. With these goals in mind, engineers did not create an LT6 with turbochargers, but instead changed and optimized virtually every system for a boosted application.
Corvette ZR1’s 5.5L, twin-turbo DOHC flat-plane crank LT7 engine is the result of engineering prowess and pushing the boundaries of what the engine architecture can do. Thoughtful planning produced the best performance from forced induction, married with the 5.5L flat-plane engine architecture.
Unique to the 5.5L LT7 twin-turbo V8:
- • Head castings with unique ports and a larger combustion chamber
- • Valve train timing and lift profile optimized for forced induction with higher exhaust temp enabling exhaust valves
- • Completely new intake system tuned for twin turbochargers
- • CNC machined combustion chamber, exhaust, and intake ports specific to the LT7
- • Dual, ported shroud, ball bearing, mono-scroll (76 mm) turbochargers integrated with the exhaust manifold to reduce the volume and distance from the exhaust valve to the turbine wheel for quick response with electronic wastegates
- • Intelligent anti-lag engine calibration techniques specifically for ZR1 that adapt and react to driving style
The LT7 engine also builds upon this engine architecture with:
- • Added block and head machining to support turbo cooling and oiling
- • Counterweight changes to account for a unique piston, and unique connecting rod for the crank train
- • A secondary port fuel injection system added to deliver the needed additional fuel to support the engine’s massive output
To support the dramatic increase in power from the LT7 engine, engineers made numerous changes to the Corvette ZR1’s eight-speed dual-clutch transmission, including:
- • Inner and outer input shaft upgrades
- • Increased gear capacity with strength increased via shot peening for all gears
- • Final drive refinements
- • Oil management to support increased vehicle longitudinal and lateral capability
- • Increased control valves to accommodate the higher required clutch clamp load for LT7
The LT7 engine is purpose-built to accomplish its four-figure horsepower mission with no compromises in componentry and maintains the rev-happy character that is the heart of the Small Block Gemini engine family. It will be hand-assembled by the master engine builders at the Performance Build Center, part of the Bowling Green Assembly Plant in Kentucky.
Enabling speed with ease
Purposeful aerodynamics provide the most downforce ever from a Corvette with over 1,200 pounds (544 kg) at top speed.
The Corvette ZR1 offers speed on tap like no Corvette before it. Two distinct setups, complete with Magnetic Ride dampers, accomplish this. The standard Corvette ZR1 chassis arrives with a sleeker body with lower drag and a small spoiler with customer-adjustable short and tall wickers. It also includes a standard carbon-fiber front splitter, rocker moldings, side intake with integrated brake cooling, and front underwing with stall gurney deflectors. Michelin Pilot Sport 4S tires wrap 20-inch front, and 21-inch rear wheels. The standard chassis blends the best of on-road comfort and track capability with this setup.
Corvette ZR1 dispatches the world’s toughest tracks with ease, not only with the power from the 5.5L LT7 engine, but also due to additional, specific aerodynamic and cooling changes found throughout the car. These include:
- • Flow-through hood: Air enters the front grille, flows through the intercooler heat exchanger, and exits the hood to increase front downforce and cool charged air temperatures.
- • Carbon fiber side profile air ducts: Clean, cool air is funneled through ducts, which are cleanly integrated into the signature wishbone bezel behind the cabin doors to cool the rear brakes through an intricately designed system that doesn’t impact rear wheel travel.
- • Unique fresh air intake ducts: Carbon fiber inlets located on top of the coupe rear hatch ingest air to cool the turbo compressor inlet air temperatures.
Corvette ZR1’s optional ZTK performance package unlocks a true track weapon. Notably, the ZTK package adds an aggressive, high-downforce rear wing, front dive planes, and a tall hood Gurney lip – all constructed from woven carbon fiber. Underneath, underbody strakes replace the standard front underwing stall Gurney to increase front downforce. The suspension tuning included in the ZTK package incorporates stiffer springs and adds Michelin Pilot Sport Cup 2R tires. Amid testing and development, the ZR1 tackled some the world’s most demanding racetracks, including the Nürburgring, Road Atlanta, and Virginia International Raceway.
Carbon Aero, featuring all aerodynamic equipment from the ZTK package, is available on the standard ZR1 chassis as well.
“We went into the ZR1 program with lofty goals, but even our first development tests on-track showed the teams were already exceeding them,” said Tadge Juechter, executive chief engineer, Corvette. “As we worked to develop this car, we continued to leap past expectations, and we knew we had a special Corvette on our hands.”
Controlling ZR1’s high performance is a new brake system. The brake package uses a revolutionary carbon ceramic rotor manufacturing technology to yield increased durability and reduced brake component temperatures. Front rotors measure 15.7 inches (400mm) in diameter and rear rotors 15.4 inches (390mm) in diameter — the front rotors are the largest ever equipped on Corvette. In just 24.5 seconds, the Corvette ZR1 goes from 80-200 mph and back to 80 mph (129 – 321 – 129 kph) — 22% quicker than the C7 Corvette ZR1, and 53% quicker than the C6 Corvette ZR1.
Designed for the split window’s return
For ZR1, function and form quickly took hold to create an instant icon — an icon worthy of the historic split window’s return.
“We didn’t approach this decision lightly, we know this is a beloved element from Corvette’s history,” said Phil Zak, executive design director, Chevrolet. “Not only does this element provide function, but we were able to integrate passionate design into the form and do it in a way that paid homage to Corvette’s history. ZR1 felt like the right time to bring the split-window back.”
Last seen on the C2-generation Corvette, and quietly previewed on the Corvette Z06 GT3.R race car, the split-window style capitalizes on the design statement that is Corvette ZR1. While serving as a statement piece, this carbon fiber “spine” between the two rear windows, available in exposed weave or body color, provides increased heat extraction from the engine compartment, working in parallel with numerous other cooling elements throughout ZR1.
The teams worked to elevate the striking design first revealed with the eighth-generation Corvette Stingray and accentuate lines that evoke the car’s sense of motion — but the design’s function also helps it perform. Teams looked at every component of Corvette ZR1 to ensure cooling and aerodynamics remained top of mind, and any change accomplished the car’s mission: performance.
Additional changes include:
- • A carbon fiber roof to reduce mass and lower the center of gravity for both coupe and convertible
- • Unique aluminum wheel design available in four finishes, including Edge Blue — an homage to ZR1’s signature color cue
- • Optional new carbon-fiber wheel design, exclusive to ZR1, to further reduce mass
- • LT7 engine intake finished in Edge Blue — delivering an engine that looks as good as it performs
The Corvette ZR1’s cockpit dials up the attention to detail, notably with unique ZR1 badging found on an interior plaque, the sill plates and steering wheel. A new finishing stitch pattern for the doors, specific to ZR1, is available on the 3LZ trim. A boost gauge is also present, denoting the first factory turbocharged Corvette in the nameplate’s history.
Providing further choice to customers, the Corvette ZR1 will provide a roster of customization between exterior and interior colors. Shared with the 2025 Corvette lineup, new colors such as Competition Yellow, Hysteria Purple, and Sebring Orange headline updates. The latter recalls a fan-favorite hue from the previous C7-generation Corvette ZR1.
Inside, a new Habanero interior is available, as is a Blue Stitch option. Various full-length racing stripes, brake caliper colors, including an exclusive blue for the calipers, seat belt colors and more will also be available.
King of the Hill coming next year
Corvette ZR1 will enter production in 2025 and will be built at General Motors’ Bowling Green Assembly Plant in Kentucky. It joins Corvette Stingray, Corvette Z06 and Corvette E-Ray to continue elevating the Corvette family. Further details on price and availability will be shared closer to production.
Cross flags closers:
- • On its first lap at the Milford Proving Ground’s MRC test track, the new ZR1 clocked a faster peak speed than the production C7 ZR1.
- • Engineers clocked a sub-10-second quarter-mile time on the Corvette ZR1’s first launch.
- • All four test drivers clocked over 200 mph (321 kph) peak speed on their very first laps at the Nürburgring with ease.
- • LT7 produces more power than two LS7 engines, the legendary 7.0L V-8 from the sixth-generation Corvette Z06 – akin to one LS7 engine per bank.
The Corvette ZR1 adds to the Chevrolet’s line up of performance cars under the Corvette brand including the Stingray, Z06, and recently available on to order; the E-ray. The Middle East is renowned globally for its appreciation of fast, powerful, beautiful sports cars and the arrival of the ZR1 will take this passion stratospheric.
Automotive
Chinese Cars Are Reshaping the GCC Market, but Resale Value Could Be the Next Battleground
The GCC automotive market is undergoing a significant transformation. Chinese manufacturers are expanding their presence, established brands are navigating supply chain disruptions, and consumers are reassessing the economics of vehicle ownership.

At Keyloop Fusion Live Dubai, Srijith KN, spoke with Nour Abu-Safe, Head of Insights & Analytics at AutoData Middle East, about the changing competitive landscape, the impact of regional logistics challenges, and the opportunities emerging for automotive retailers.
Drawing on market intelligence, vehicle valuation data and industry research, she explains why technology alone may not guarantee long-term customer loyalty, why hybrids currently offer stronger residual value, and why the next major opportunity for dealerships could lie in pre-owned Chinese SUVs.
How are disruptions around the Strait of Hormuz affecting established automotive brands, and could the market changes become permanent?
Initially, many believed the disruption would be temporary. However, the data is beginning to show that market conditions are solidifying and businesses are adapting.
Traditional manufacturers, particularly Japanese brands such as Toyota, Nissan and Lexus, are experiencing challenges getting inventory into the region.
Chinese manufacturers have been more agile because several operate their own vehicle carrier fleets and logistics networks. This has allowed them to establish alternative routes into the GCC.
We have seen a 90% reduction in Japanese vehicle imports into the region, linked to the disruption around the Strait of Hormuz.
Alternative routes through ports outside the Gulf and via the Red Sea and Saudi Arabia are increasingly being used. However, these arrangements are creating delays, with vehicles now taking approximately six to eight weeks to reach showrooms.
The important development is that the market is adapting. Some of the alternative logistics routes established during this period could remain in use for years to come.
Are Chinese automotive brands attracting an entirely new generation of buyers, or are they winning customers away from established manufacturers?
It is a combination of both.
Younger consumers, particularly those between 19 and 30, are increasingly attracted to Chinese vehicles because of their styling, advanced technology, competitive pricing and safety features.
For younger families, especially those entering parenthood, these features can be important purchasing considerations.
Chinese vehicles also tend to offer attractive warranty and servicing packages, making them appealing to consumers who want to reduce their overall ownership costs.
Older buyers, particularly those in their 40s and 50s, generally demonstrate stronger loyalty towards established manufacturers and premium brands.
However, Chinese manufacturers are increasingly entering the premium segment as well, and we are beginning to see them capture some of that market share.
These demographic observations are also supported by consumer research, including studies published by YouGov, which we reference in our market analysis.
Chinese vehicles are becoming increasingly sophisticated. But can manufacturers sustain customer loyalty when technology evolves so quickly?
This is one of the most interesting challenges facing Chinese manufacturers.
Advanced technology is a powerful selling point. It looks attractive in marketing materials and helps manufacturers differentiate their vehicles.
However, rapid technological advancement also accelerates depreciation.
When a manufacturer introduces a significantly improved model within a short period, previous model-year vehicles can quickly appear outdated. That creates challenges for residual values and the used-car market.
For dealerships, the opportunity is to identify vehicles that offer a balance between modern technology and proven, practical features.
Hybrid vehicles are an interesting example because they combine improved efficiency with familiar internal combustion technology.
A vehicle that balances innovation with long-term usability may be better positioned to retain customers over five to ten years than one that depends primarily on the latest technology.
Chinese manufacturers are doing many things well, but the next few years will reveal how effectively they manage this challenge.
With affordability becoming increasingly important, how are vehicle financing and leasing models evolving across the GCC?
Vehicle demand remains present, and manufacturers have found ways to maintain supply despite the disruptions.
However, we could see greater pressure on consumer finances over the coming year.
That creates opportunities for financing and leasing providers.
Financing offers with zero down payment are becoming particularly relevant for buyers who may not have sufficient funds available for a substantial upfront payment.
On the leasing side, some operators are reporting demand increases of approximately 30% to 35%.
Consumers still need vehicles for everyday mobility, but some are becoming more reluctant to take on the financial commitment and risk associated with outright ownership.
Leasing offers an alternative that can address those concerns.
What is the biggest opportunity dealerships may be overlooking today that could become particularly important in 2027?
Used Chinese SUVs.
SUVs represent the largest vehicle body-type segment in the region, and the growing population of Chinese SUVs creates a significant opportunity for dealerships.
The first owner typically absorbs much of the vehicle’s depreciation during the initial two to three years. In some cases, that depreciation could be around 50%.
For dealerships, this creates an opportunity to develop certified pre-owned programmes around relatively young Chinese SUVs.
A three-year-old vehicle may still be in excellent condition and covered by its original warranty or service package.
If dealerships can price these vehicles correctly, they can attract buyers who cannot afford a brand-new SUV but still want a modern, well-equipped vehicle.
This could become an important growth segment for the automotive retail industry.
For consumers considering a vehicle purchase today, which offers the strongest proposition: petrol, hybrid, electric or a competitively priced Chinese vehicle?
There is no single answer because the decision depends on individual priorities.
However, when we compare petrol, hybrid and electric vehicles, our current data indicates that hybrids retain their value best.
They offer fuel efficiency while maintaining the familiarity and convenience of an internal combustion engine.
For buyers concerned about long-term value, that makes hybrids particularly attractive.
Chinese manufacturers, meanwhile, are becoming increasingly competitive on design, pricing and technology.
Vehicles such as the ROX 01 and Jetour G700 demonstrate how Chinese brands are entering segments traditionally dominated by established SUVs such as the Toyota Land Cruiser and Nissan Patrol.
The competitive landscape is changing considerably.
One particularly interesting insight from our latest data is that 48% of the new 2027-model vehicles arriving in the UAE are Chinese brands.
That tells us how aggressively these manufacturers are planning their product introductions, expanding supply and positioning themselves to attract both new and existing automotive customers.
The next few years will be particularly interesting as these changes reshape the balance between established manufacturers and emerging competitors.
Automotive
Dubai Ride-Hailing App Zed Strengthens Leadership with Appointment of Shobhit Singhal to Shape Its Future
Zed, the Dubai-born ride-hailing app and part of Al Ghurair Mobility, has appointed Shobhit Singhal, former Chief Operating Officer of Southeast Asian super app Gojek, to lead its business and strategic direction. Built in Dubai and designed around the unique mobility needs of those who live and work in the city, Zed is entering a new period of development, with a renewed focus on strengthening its position in the Dubai mobility sector, advancing homegrown technology and building a scalable platform for the region.
Singhal brings extensive experience in leading technology-driven businesses across international markets. As Chief Operating Officer of Gojek, he oversaw the company’s mobility, food delivery and consumer logistics operations, having previously led cross-functional teams across Southeast Asia. His earlier career includes leadership roles at Apple in Singapore, and as a consultant with Bain & Company, specialising in technology services and telecommunications.
In his new role, Singhal will focus on enhancing the customer experience and driving innovation across Dubai’s mobility ecosystem. His priorities will centre on deploying scalable technology to build a smarter, more forward-looking ride-hailing experience for customers.
Shobhit Singhal, Head of Business at Zed, said: “Dubai is one of the world’s most dynamic markets for innovation, and there is a real opportunity to build an app designed around the unique needs of the people who live here. Our ambition is to make Zed the go-to app for rides across Dubai, whether it’s an everyday taxi journey or a premium experience. My priority is to turn that ambition into reality by delivering a reliable, seamless service that customers choose time and again. By getting the fundamentals right in Dubai, we can build a homegrown success story with the potential to grow across the wider region.”
Badr Al Ghurair, CEO of Al Ghurair Mobility commented: “Shobhit’s appointment represents an important step in Zed’s growth journey. At Al Ghurair Mobility, we see Zed as a key part of our vision for the future of mobility in Dubai. His experience in scaling complex mobility businesses, combined
with his understanding of technology and operations, brings valuable expertise to the company. We have a clear vision for Zed as a homegrown platform that can deliver meaningful value to customers and partners alike. With Shobhit’s leadership, our focus is on turning that vision into consistent execution and building a strong foundation for sustainable growth.”
With its roots in Dubai, Zed is focused on developing homegrown mobility technology tailored to the needs of Dubai residents. By strengthening its operations and building on its understanding of the local market, the company aims to establish a scalable platform.
Singhal holds an MBA from Northwestern University’s Kellogg School of Management and a Bachelor of Technology in Engineering from the Indian Institute of Technology Delhi.
Automotive
Automechanika Shanghai 2026: A platform connecting Middle East ambition with global automotive innovation
Automechanika Shanghai 2026 will bring together the global automotive supply chain from 2 to 5 December at the National Exhibition and Convention Center in Shanghai, offering businesses access to parts, components, equipment and aftermarket services. As the Middle East region advances automotive manufacturing and electric mobility, the exhibition offers an ideal platform to support sourcing and industry collaboration.
The 21st edition of the fair will occupy 390,000 sqm across 16 halls and the mezzanine floor, hosting around 7,600 global exhibitors. The fair welcomed 253,691 visitors from 190 countries and regions in its previous edition (2025). More than an exhibition, Automechanika Shanghai presents itself as a unified platform, integrating the show floor with a robust programme of conferences, workshops and 100 fringe events.
Technologies and innovations take centre stage
Covering the entire supply chain from manufacturing to the aftermarket, upgrades in parts & components, electrics & electronics, accessories, diagnostics, body and paint, tyres, and wheels showcase advanced components, smart tyres, lightweight wheels, maintenance for new energy vehicles, infotainment electronics, and high-performance enhancements for both passenger and commercial vehicles.
The Parts & Components and Electrics & Electronics sector, the largest at the fair with over 4,200 exhibitors, showcases advancements in materials, lightweight design, intelligent technologies, and electrification for ICE, EV, and hybrid vehicles, covering chassis, powertrain, new drive technologies, thermal management, standard parts, and more.
Driven by the rapid transformation of electrification, nearly half of Automechanika Shanghai’s exhibitors focus on new energy products and services. The New Energy & Connectivity sector grows 20%, featuring 700 exhibitors in electric powertrains, autonomous driving, AI, charging and battery swapping, intelligent chassis, and thermal management, alongside hybrid, fuel cell, and hydrogen solutions enhancing performance and safety. The newly established Global Quality Alliance Hub, centered on the IATF 16949 standard, unites standards bodies, trainers, certifiers, and regulators to strengthen quality management.
Fringe events guide insights into global trends
More than 480 global experts will participate in the 2026 conference and events programme.
The programme comprises five complementary pillars. Flagship events will address industry trends, policy and innovation, while the Tech series will focus on emerging technologies and R&D collaboration. The Talent series will connect companies with skilled professionals through educational initiatives.
Connect will facilitate collaboration between carmakers and suppliers throughout the year. The Automotive Supply-Demand Matching Series and Global Collective Forum will bring manufacturers, suppliers and technology companies together to discuss supply-chain development, investment and international partnerships.
Automotive+ will explore the convergence of artificial intelligence, vehicle-road-cloud systems, new energy solutions, hardware-software integration and robotics. The Innovation4Mobility platform will provide a dedicated showcase for these technologies and their applications across the automotive industry.
Middle East market developments create sourcing opportunities
The GCC’s new light vehicle market continues to grow, expanding the regional vehicle base and driving demand for parts distribution, maintenance equipment and aftermarket services. Electric vehicle adoption is also rising across the region, bringing further servicing requirements for diagnostics, charging systems and new energy powertrains. In addition, manufacturing and trade partnerships continue to develop across the Middle East. These developments underline growing opportunities for Middle Eastern businesses to source parts, equipment and technologies through international platforms such as Automechanika Shanghai.
Automotive manufacturing has rapidly developed across Asia as well, with many countries becoming key manufacturing hubs. These manufacturing centers not only fulfill domestic demand but also produce complete built-up (CBU) vehicles and parts for export across the region and beyond. China is a dominant player, leading vehicle production and exports with a significant volume that translates to tens of billions of dollars in trade value. For example, Chinese automakers shipped approximately $117 billion worth of vehicles globally, with a notable emphasis on new energy vehicles. Other major Asian automotive exporters including Thailand, India, Japan, and South Korea collectively contribute substantial export values, underscoring the integrated and competitive nature of the region’s automotive industry.
These developments highlight opportunities for cooperation between Middle Eastern businesses and international suppliers across automotive manufacturing, parts distribution and aftermarket services.
An ecosystem that needs the aftermarket to keep running
Automechanika Shanghai, Asia’s largest automotive fair of its kind, with product categories spanning across manufacturing and aftermarket, also attracts strong participation from across Asian countries and across the world. In a market dominated by an aging, largely combustion-powered fleet, this aftermarket focus remains highly relevant even as EV adoption grows. While traditional parts are still in high demand, continuous innovation is essential to keep pace with a vehicle base that is both aging and evolving. This reinforces Automechanika Shanghai’s position as the Asia’s largest in serving this sector, at a time when maintaining reliable and affordable vehicle operation is a key priority throughout the region.
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