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India's luxury electric vehicle market is set to welcome a new competitor as BYD's premium automotive brand, Denza, makes its official India debut on 13 November 2026. The brand is entering the country with two electric models: the Denza Z9 GT performance shooting brake and the Denza D9 luxury MPV.

Positioned above BYD's existing vehicle range, Denza aims to attract buyers looking for advanced technology, powerful electric performance and premium cabin comfort. Both models are expected to arrive as completely built units (CBUs), with a dedicated retail network for the luxury brand.

Denza Z9 GT: A High-Performance Electric Shooting Brake

The Z9 GT is the headline model of Denza's initial Indian line-up. Its shooting-brake design combines a sporty front profile with a long, sloping roofline and an extended rear section.

The international electric version uses a 122.5kWh battery pack and three electric motors, producing up to 1,156hp and 1,200Nm of torque. It features all-wheel drive and can accelerate from 0 to 100 kmph in a claimed 2.7 seconds. Its claimed WLTP driving range is approximately 600km.

One of its most unusual features is rear-wheel steering. This technology enables special manoeuvres such as crab-walk movement, allowing the car to move diagonally, and a 360-degree turning function designed to help in tight spaces.

The cabin is equally technology-focused, featuring a large central infotainment display, a digital driver's screen, a passenger display, an augmented-reality head-up display and a premium 20-speaker Devialet sound system. Heated, ventilated and massage-equipped seats add to its luxury appeal.

Denza D9: A Premium Electric MPV

Alongside the Z9 GT, Denza is introducing the D9, a seven-seat luxury MPV designed around passenger comfort.

Its 2+2+3 seating arrangement gives second-row passengers individual captain's chairs with powered adjustment, heating, ventilation and massage functions. The model also offers a panoramic sunroof, touchscreen controls, premium audio, advanced driver assistance features and a 360-degree camera.

The international electric version uses a battery of approximately 103kWh and offers a claimed range of up to 520km under the WLTP cycle. It is aimed at buyers considering premium people-movers such as the MG M9 and Toyota Vellfire.

Expected Prices and India's Luxury EV Market

Before the official price announcement, reports have estimated the Z9 GT could cost around ₹1.2 crore to ₹1.5 crore, while the D9 could be priced near ₹90 lakh (ex-showroom).

The Z9 GT will occupy a distinctive position because its shooting-brake body style is unusual in the Indian market. The D9, meanwhile, will compete in the growing premium MPV segment.

Denza's entry also reflects BYD's wider ambition to expand beyond mainstream electric vehicles and establish a stronger presence in the premium automotive space.

What Denza's Entry Means for Indian Buyers

The arrival of Denza could give Indian luxury EV buyers more choices in performance, design and passenger comfort. Its advanced manoeuvring technology, high-output electric powertrain and feature-rich interiors could help introduce new expectations in the premium EV segment.

The brand's success will depend on its final India-specific pricing, dealership experience, charging support and after-sales service.

With the Z9 GT and D9, Denza is bringing two very different approaches to electric luxury: high-performance driving and chauffeur-focused comfort. Its India debut marks an interesting new development in the country's rapidly evolving electric vehicle market.

Getting a driving licence in India could become more technology-driven as Maruti Suzuki expands its automated driving test infrastructure. On 5 November 2026, Maruti Suzuki India Limited signed an agreement with the Telangana Transport Department to establish 12 Automated Driving Test Tracks (ADTTs) across six locations in the state.

The initiative, introduced under the company's corporate social responsibility programme, aims to make driving licence examinations more transparent, consistent and efficient by using technology instead of relying entirely on manual assessment.

Six Locations to Receive Automated Test Facilities

The 12 new driving test tracks will be established at six locations across Telangana:

• Ibrahimpatnam

• Kondapur

• Uppal

• Medchal

• Nagole

• Karimnagar

Ibrahimpatnam and Kondapur are in Ranga Reddy district, while Uppal, Medchal and Nagole are in Medchal district. Karimnagar is the sixth location.

The facilities will conduct driving licence tests for two-wheelers and light motor vehicles across all six locations. Heavy motor vehicle testing will also be available, but only at Nagole and Karimnagar.

How Will Automated Driving Tests Work?

The new facilities will use advanced technology to evaluate applicants during their driving examinations. Each track will be equipped with high-definition cameras, Radio Frequency Identification (RFID) sensors, real-time analytics and an integrated information technology system.

These technologies will monitor vehicle movement and assess driving performance during different test activities. The system will generate computerised evaluations based on established testing requirements under the Central Motor Vehicles Rules (CMVR).

Unlike conventional assessments that may involve manual observation, automated testing is designed to reduce human intervention, personal bias and evaluation errors.

This approach can help ensure that applicants are assessed using consistent standards, regardless of where they take their driving examination.

Maruti Suzuki Expands Its Road Safety Initiative

With the addition of these 12 tracks, Maruti Suzuki's automated driving test network is expected to reach 98 tracks across nine states and two Union Territories.

The company has also established eight Institutes of Driving and Traffic Research and 19 Road Safety Knowledge Centres in partnership with different state governments.

According to Maruti Suzuki, more than 5.5 million people have been trained and evaluated through these institutes and centres up to the financial year 2025–26.

The company's wider road safety efforts also include traffic monitoring initiatives and first-responder training programmes designed to improve emergency response on Indian roads.

What Does This Mean for Future Drivers?

Automated driving test facilities could make the licensing process more standardised and transparent for applicants. Technology-based assessments may also encourage people to develop better driving habits and take road rules more seriously.

For transport authorities, digital evaluation systems can help improve record-keeping, reduce manual paperwork and make the examination process more consistent.

However, the new Telangana facilities are planned installations following the agreement; they should not be confused with tracks that are already operational.

Maruti Suzuki's plan to establish 12 automated driving test tracks in Telangana represents another step towards technology-driven road safety in India. By combining cameras, RFID sensors and real-time analytics, the initiative aims to make driving licence assessments more reliable and objective.

As more states explore automated testing infrastructure, technology could play an increasingly important role in improving driver evaluation and building safer roads across the country.

Imagine controlling a household robot without touching a remote, pressing a button or speaking a command. Instead, the machine responds to signals from your brain. This is the exciting possibility behind magine controlling a household robot without touching a remote, pressing a button or speaking a command. Instead, the machine responds to signals from your brain. This is the exciting possibility behind brain-computer interface (BCI) technology, which aims to create a direct communication link between the human brain and electronic devices.

Neuralink, the neurotechnology company founded by Elon Musk, is working to advance this field by developing brain implants that allow people to control compatible digital devices using neural signals. A reported demonstration involving a robot vacuum has drawn attention to the potential of this technology.

The demonstration was shared by Matic Robots on 2 November 2026, while the participant had posted his own video in October. The technology story is genuine, but the demonstration date is 2 November rather than 5 November.

brain-computer interface (BCI) technology, which aims to create a direct communication link between the human brain and electronic devices.

In a recent demonstration shared on 2 November 2026, Matic Robots showed Neuralink participant Zach McManus controlling a Matic robot vacuum using his thoughts. The demonstration attracted attention because it showed how brain-computer technology could extend beyond computers and assistive devices into everyday household equipment.

How Did the Demonstration Work?

Zach McManus, who lives with amyotrophic lateral sclerosis (ALS), used Neuralink's N1 brain implant to control the robot through the Matic application.

The implant records neural activity associated with intended movements and translates those signals into digital commands. Instead of physically operating the controls on his phone or laptop, Zach could use the brain-computer interface to operate the application's joystick and steer the robot around his home.

The important point is that the robot was not directly reading his thoughts. Neuralink's technology translated intended movements into computer inputs, which were then used to control the existing robot application.

What Is Neuralink's Brain-Computer Technology?

Neuralink is developing an implantable brain-computer interface designed to help people interact with computers and other digital devices through neural signals.

Its N1 implant contains tiny electrode threads that record activity from the brain's motor cortex, the area involved in controlling voluntary movements. Specialised software interprets these signals and converts them into commands.

The technology is particularly significant for people living with paralysis or conditions that limit their ability to move their hands. It offers another possible way to communicate with computers, operate applications and interact with compatible devices.

Why Is This Development Important?

Controlling a robot vacuum may appear to be a simple household activity, but it represents a meaningful step towards making technology more accessible.

For people with limited mobility, everyday tasks such as cleaning, operating appliances and controlling household equipment can require assistance from others. Brain-computer interfaces could eventually help users operate compatible smart devices with greater independence.

The demonstration also highlights how existing consumer technology can work alongside medical innovations. Rather than developing an entirely new robot, the setup used the Matic application's existing controls.

What Could Come Next?

Future developments could connect brain-computer interfaces with more household devices, smart-home systems, robotic assistants and mobility equipment. This could create new opportunities for people who cannot easily use conventional keyboards, touchscreens or voice commands.

However, the technology remains experimental. Neuralink's implant is being studied through clinical trials, and its availability is limited. Safety, reliability, affordability and long-term performance will remain important challenges.

The Neuralink-controlled robot vacuum demonstration is an interesting example of how brain-computer interfaces could change everyday technology. By allowing a user to steer a household robot through neural signals, it shows the potential of combining medical innovation with consumer robotics.

Although this technology is still developing, it offers an encouraging glimpse of a future where physical limitations may no longer prevent people from interacting with the devices around them. 

The automotive world gathered in Paris from October 12 to 18, 2026, for the 91st edition of the Paris Motor Show, also known as Mondial de l’Auto. Hosted at Paris Expo Porte de Versailles, the event showcased new vehicle designs, electric mobility innovations, and technologies shaping the next generation of automobiles. 

A Showcase of Automotive Innovation

The Paris Motor Show brought together established manufacturers and emerging automotive brands to demonstrate how the industry is evolving. Visitors could explore new models, futuristic concept cars, advanced interiors, and developments in electric vehicle technology.

One of the major themes was the growing importance of electrification. Manufacturers are exploring how electric powertrains, improved vehicle software, and modern battery technology can deliver more efficient and connected driving experiences.

Luxury Cars Take Centre Stage

Luxury vehicles remained an important attraction, combining elegant styling with sophisticated engineering and premium materials. From carefully designed cabins to advanced driver-assistance systems, modern luxury cars increasingly focus on comfort, personalisation, and digital connectivity.

The event also provided an opportunity to see rare and exceptional vehicles, highlighting how traditional craftsmanship continues to influence premium automotive design.

Electric Cars and New Model Reveals

Several manufacturers presented important new vehicles and design concepts. Hyundai announced the world premiere of its new BAYON and displayed the European-specification TUCSON and TUCSON N Line. 

Renault Group also showcased Renault, Dacia, and Alpine vehicles, including concept cars and new electrification initiatives. Its display highlighted the different ways manufacturers are approaching future mobility. 

These developments demonstrate that automakers are balancing attractive design, practical everyday features, and evolving customer expectations.

Technology Shaping the Cars of Tomorrow

Beyond vehicle launches, the show explored connected cars, software-defined vehicles, artificial intelligence, and changing global competition. These technologies are becoming increasingly important as manufacturers seek to improve safety, convenience, and the overall driving experience.

Visitors could also experience automotive innovations through dedicated demonstrations and activities, making the event more than a traditional exhibition of vehicles. 

The Paris Motor Show 2026 highlighted an automotive industry undergoing significant transformation. Luxury craftsmanship, electric mobility, futuristic concepts, and connected technology all played important roles in the exhibition.

As manufacturers continue investing in new designs and technologies, events like this provide a valuable look at the direction of the global car market. For enthusiasts, buyers, and industry observers, the show offered a glimpse into how tomorrow's vehicles may look, feel, and perform.

Imagine finding a scratch on your brand-new car and watching it disappear without visiting a repair shop. It may sound like science fiction, but self-healing car paint technology is making this possibility a reality for minor surface damage. Designed to keep vehicles looking newer for longer, this innovation is attracting attention from car enthusiasts and the automotive industry.

What Is Self-Healing Car Paint?

Self-healing car paint is a special coating designed to repair certain minor scratches, swirl marks, and surface imperfections automatically. Unlike conventional paint, which may retain visible marks after damage, self-healing coatings use advanced materials that can recover their smooth appearance under suitable conditions.

These coatings are generally applied as a clear protective layer over a vehicle's coloured paint. Depending on the technology, they may respond to heat, sunlight, or the natural movement of specialised polymers within the coating.

How Does Self-Healing Car Paint Work?

The technology generally works in two ways:

• Heat-activated polymers: Special polymers in the coating can return toward their original shape when exposed to suitable warmth from sunlight or warm water. This helps reduce the appearance of light scratches.

• Self-healing paint protection film (PPF): A transparent film fitted over the original paint can recover from certain minor surface marks when its top layer responds to heat.

The healing process depends on the material, temperature, and depth of the scratch. Some marks fade within minutes, while others may take longer or remain visible.

A transparent protective film helps reduce minor surface marks while protecting the car's original paint.

What Are the Main Benefits?

Self-healing car paint offers several advantages for everyday car owners. It can help maintain a glossy appearance, reduce the visibility of light scratches, and minimise the need for frequent cosmetic touch-ups. Paint protection films can also help protect vulnerable areas against small stone impacts and everyday road debris.

For people who own dark-coloured cars, where swirl marks are particularly noticeable, this technology can be especially appealing.

However, the initial cost of professional paint protection film or specialised coatings can be high. Buyers should compare the product's durability, warranty, and maintenance requirements before investing.

Can It Repair Deep Scratches?

The short answer is no. Self-healing technology is not a complete solution for every type of damage.

It works best on superficial marks that affect the coating or protective film. Deep scratches that cut through the clear coat and reach the coloured paint, primer, or metal usually require conventional repair. Dents, chipped paint, and collision damage cannot simply disappear through self-healing.

The Future of Car Paint Technology

Self-healing car paint represents an exciting development in automotive care. As researchers continue developing advanced coatings and responsive materials, future products may offer improved scratch resistance, faster recovery, and longer-lasting protection.

For now, the technology is best viewed as a way to reduce minor cosmetic damage rather than eliminate the need for repairs. With the right product and proper care, car owners can enjoy a cleaner, glossier finish while protecting their vehicle's appearance for longer.

The future of automobiles is becoming more exciting as technology continues to push the boundaries of traditional transportation. Tesla has grabbed attention with the unveiling of its next-generation Roadster in October 2026, featuring a dramatic demonstration that brought the idea of a flying car closer to reality. The event has sparked fresh discussions about whether cars could one day travel both on roads and through the air.

Tesla's Unusual Roadster Demonstration

Tesla showcased the new Roadster at a SpaceX testing facility in Texas on October 15, 2026. During the demonstration, the vehicle used a ramp and specialised propulsion technology to perform an airborne manoeuvre before landing back on its wheels. The demonstration featured high-pressure gas thrusters developed using technology associated with SpaceX.

Although the spectacle attracted significant attention, the Roadster should not be confused with a conventional flying car. The demonstration showed a brief aerial manoeuvre rather than sustained flight or the ability to fly freely above city traffic.

How Does the Technology Work?

The Roadster's unusual demonstration combines automotive engineering with rocket-inspired technology. Its specialised thrusters use pressurised gas to generate thrust, allowing the vehicle to perform manoeuvres that ordinary road cars cannot.

Tesla's approach differs from electric vertical take-off and landing aircraft, commonly known as eVTOLs. These aircraft generally use dedicated rotors or propellers to lift themselves into the air and are being developed for future air-taxi and personal transportation services.

The Roadster demonstration is an example of how experimental engineering can challenge traditional ideas about vehicle design. However, it does not yet establish that a practical road-and-air vehicle is ready for everyday use.

Could Flying Cars Become Part of Everyday Life?

The Roadster's demonstration has renewed interest in a future where advanced vehicles could change how people travel. In crowded cities, flying vehicles could eventually offer new ways to move passengers between destinations without relying entirely on roads.

However, practical flying cars will need much more than impressive demonstrations. They must meet strict safety standards, offer reliable propulsion, manage energy consumption, and operate within approved airspace. Building suitable take-off and landing areas would also be essential.

Tesla has indicated that the next-generation Roadster is expected to enter production in 2028, although the timeline and final specifications may change.

Safety and Regulatory Challenges

Flying vehicles face significant challenges before they can become widely available. Rocket-style propulsion introduces additional safety concerns, while sustained flight requires careful control, reliable systems, and appropriate emergency procedures.

Authorities would also need to determine which licences, certifications, and operating permissions apply. A vehicle capable of briefly leaving the ground does not automatically qualify for unrestricted flight on public roads or in shared airspace.

For consumers, affordability and maintenance costs will be equally important. Early models are likely to be specialised and expensive rather than practical alternatives for most families.

Tesla's flying-car-style Roadster demonstration has added a fascinating new chapter to the future of automotive technology. By combining sports-car engineering with rocket-inspired propulsion, the company has demonstrated an unusual approach to vehicle movement.

Nevertheless, the gap between a spectacular airborne stunt and a safe, commercially available flying car remains considerable. Whether this technology transforms personal transportation will depend on further development, safety testing, regulatory approval, and real-world practicality.

For now, the Roadster represents an exciting glimpse of what automotive experimentation might achieve next. The dream of flying cars is gaining attention again, but everyday travel through the skies is still a technology to watch rather than a reality for most drivers.

India's royal history is filled with magnificent palaces, priceless jewellery, and extraordinary automobiles. Long before modern luxury cars became a symbol of status, Indian Maharajas were collecting some of the world's most prestigious vehicles. These antique cars were more than just a means of transportation — they represented royal prestige, craftsmanship, and personal style.

Today, these vintage automobiles remain an important part of India's automotive heritage, attracting classic-car collectors, historians, and automobile enthusiasts.

The Royal Love Affair with Rolls-Royce

Among all luxury automobile brands, Rolls-Royce became particularly associated with India's royal families. Maharajas admired the brand for its luxurious interiors, refined engineering, and opportunities for customisation.

Royal vehicles were often personalised with distinctive colours, elaborate upholstery, and special features. Some Indian princes commissioned automobiles suited to their individual interests and lifestyles. These cars appeared at royal ceremonies, official visits, and important social gatherings.

The Rolls-Royce Silver Ghost and various Phantom models became enduring symbols of early twentieth-century luxury motoring. Their elegant designs and historical associations continue to make them fascinating subjects for collectors.

Beyond Rolls-Royce: Other Royal Favourites

Indian royal garages were not limited to a single manufacturer. Some rulers also favoured prestigious automobiles from Mercedes-Benz, Cadillac, and other international marques.

These vehicles reflected changing tastes as automotive technology developed. While early cars emphasised elegant bodywork and mechanical craftsmanship, later models introduced improved comfort, more powerful engines, and modern conveniences.

Several royal collections also included vehicles used for hunting expeditions, ceremonial occasions, and long journeys between palaces. The exact specifications and ownership histories of individual cars vary, making archival research an important part of understanding their stories.

Why Are Antique Royal Cars So Valuable?

The value of an antique car depends on several factors, including its rarity, condition, originality, documented ownership, and historical significance.

A vehicle with verified royal provenance can attract considerable interest because it connects automotive engineering with an important period in Indian history. Original components, period-correct interiors, and authentic paintwork may also increase its appeal.

However, not every old luxury car is automatically worth a fortune. Restoration expenses, mechanical condition, documentation, and collector demand all influence its market value.

Preserving India's Automotive Heritage

Today, vintage-car rallies, automobile exhibitions, museums, and private collections help preserve these remarkable machines. Events such as classic-car showcases allow visitors to appreciate their design and learn about the people and traditions associated with them.

Maintaining antique automobiles requires specialised skills, careful storage, and access to suitable replacement parts. Owners must often balance preserving originality with ensuring that vehicles remain safe and functional.

The royal cars of India tell a fascinating story of luxury, innovation, and cultural heritage. From elegant Rolls-Royce models to other prestigious vintage automobiles, these vehicles represent a time when cars were individually admired as works of engineering and design.

Their importance extends beyond their price tags. Each surviving example offers a glimpse into India's royal past and the evolution of the automobile. As interest in classic motoring continues, preserving these historic vehicles ensures that future generations can experience a remarkable chapter of automotive history.

Electric vehicles are becoming increasingly common on Indian roads, but one concern continues to influence buyers: charging availability on long journeys. A new type of electrified powertrain called the Range-Extended Electric Vehicle (REEV) could offer an interesting solution by combining electric driving with an onboard generator.

Unlike a conventional hybrid, a range-extender EV is primarily driven by an electric motor. When the battery gets low, a small petrol engine can operate as a generator to produce electricity and keep the vehicle moving. The engine does not necessarily drive the wheels directly.

How Does a Range-Extender EV Work?

The basic idea is relatively simple. The battery supplies electricity to the motor during normal driving. When the battery reaches a predetermined charge level, the range extender starts generating electricity. This electricity can help power the motor or replenish the battery.

This means drivers can retain the smooth, quiet driving characteristics associated with EVs while having an additional energy source for longer journeys.

Why Could It Be Useful in India?

India has rapidly expanding EV charging infrastructure, but charging coverage can still vary considerably between cities, highways and remote destinations. For drivers who regularly travel long distances, the possibility of carrying a small fuel reserve could reduce concerns about finding a charger.

The technology could also allow manufacturers to use a smaller battery than a long-range pure EV, potentially reducing battery weight and cost. However, the additional engine and generator also add complexity and weight, so the overall advantage will depend on how manufacturers engineer the system.

Indian Automakers Are Watching the Technology

The technology is no longer just a theoretical concept for the Indian market. In July 2026, JSW MG Motor India unveiled its MG ADAPT platform, which is designed to support multiple electrified powertrains, including EVs, hybrids, plug-in hybrids and range-extender EVs.

Mahindra has also previously explored range-extender technology for vehicles based on its INGLO platform, although such developments should not be confused with confirmed production launches.

Could This Be the Next Step for Indian EVs?

Range-extender EVs could occupy an interesting middle ground between traditional petrol cars and pure battery EVs. They could offer electric driving for everyday journeys while providing greater flexibility for long-distance travel.

The biggest questions will be price, fuel efficiency, emissions, battery size and real-world performance. If manufacturers can keep the system affordable and efficient, range-extender EVs could become an important option for Indian buyers who want electric driving without completely depending on public charging.

For India, the future of electric mobility may not be purely electric—it could be electric with a backup plan.