Thursday, 16 April 2020

Car Of The Week - Volkswagen ID R


EVs are really good at performance. Electric cars are quicker as they have much better acceleration off the line when compared to their combustion counterparts. Many car manufacturers already have electric car line ups for the masses. On the performance side of things, there are a lot of extremely capable hybrid supercars (work on a combination of combustion and electric) that are pushing the boundaries of car performance to another level. How far are we from seeing all-electric race cars? Soon! There are quite a few car manufacturers working on creating amazing all-electric race cars. The Volkswagen ID R is an all-electric race car that has been making quite a noise off late. We are going to tell you more about the first all-electric race car from German giant VW.

The Volkswagen (VW) ID R is an all-electric prototype race car that is part of the ID family of electric cars from VW. Like the other cars from the VW ID series, the VW ID R race car is also a prototype and not the fully ready production version yet. The car has been designed along with VW’s R division (R division is responsible for all VW race cars) with a clear intention of dominating and winning races globally. VW was a force to be reckoned with on the global motorsport circuit with multiple race victories to their name up until the infamous VW emission scandal. This led to VW pulling out of motorsport events like – World Rally Championship (WRC), Dakar Rally, 24 Hours of Le Mans.

The VW ID R made its global debut in March 2018, this not only announced the debut of VW’s first all-electric race car but also the company’s intention of returning to the global motorsport arena. The car made its competitive debut in June 2018 at the Pikes Peak International Hill Climb, Colorado. Located in Colorado Springs, Colorado, USA the Pikes Peak hill climb is one of the most challenging races in the world. Also known as ‘The Race to the Clouds’ Pikes Peak is a 20 km stretch to the summit of Pikes Peak. The race is world-renowned for a series of over 156 turns, elevation changes, and very steep gradients. The Pikes Peak race is one of the most challenging around and pushes any car and driver who pursues it to their very limit. VW Motorsport roped in French racer Romain Dumas to drive the VW ID R. The car gave an excellent performance at the Pikes Peak race by clocking in a time of 7:57:148. This made the ID R the first car to complete the climb in under 8 minutes! Up next was the legendary Nürburgring in Germany. In 2019, with Romain Dumas at the driver's seat the VW ID R set a new record of 6:05:336 for electric vehicles. The was cornering at 3.49 G and hit a top speed of 273 km/hr. Later in 2019, the car also took part in the prestigious annual Goodwood Festival Of Speed Hill Climb in the UK. The VW ID R and Dumas again carried on their very successful partnership as the car set a new lap record of 39.90 seconds!

The record-setting machine is powered by 2 electric motors situated at each of the car axles (front and rear) producing 680 bhp of max power output and 649 nm of torque. The VW ID R weighs in under 1100 kg and can do a 0-100 km/hr time in 2.25 seconds…that’s quick, super quick!
The VW ID R is a first in a series of electric race cars, as confirmed by VW. If this is only the begging then bring it on! The future is electric…VW and we certainly believe so!   

Tuesday, 14 April 2020

UK - The World Leader In Motorsport Engineering


The United Kingdom is recognized throughout the world as being the leading country in terms of motorsport engineering, with the likes of leading German F1 Team Mercedes having two bases in the UK; F1 Team and also AMG Powertrains. Leading Italian F1 Teams Alfa Romeo and Ferrari are also based in the UK, as well as French F1 team Renault. 

Competitive racing in the UK can be traced back to the 19th Century, with the first competitive event taking place in 1867, over an 8-mile distance, and was between two steam-powered carriages converted from steam locomotives; what is clear from this first event is that right from the early days of motorsport, engineering ingenuity played a key role.

Over the next 25 – 30 years there are various records of events run between two points by automobile owners, with the first London to Brighton run taking place in 1896; and although these early events were more reliability-based, the aim was to arrive at the destination first.

As these early events were between two points it was difficult to schedule things like Pit Stops so invariably competitors would have a ‘riding mechanic’ who was responsible for fixing the car if broke down, changing wheels, hand pumping oil and fuel – early cars did not have fuel and oil pumps.


The advent of organized circuit racing removed the need for a riding mechanic, as the mechanics could now be based in one location (in the Pits) as the cars would come to circulate the track and come past the same point time after time. In turn, this meant that the cars did not need space for a ‘Riding Mechanic’ meaning the cockpit size could be reduced and led to the advent of the ‘Single Seater’ race car.

In the early days of motor-racing, the procedures were based on horse racing traditions, partly in an attempt to attract a ready-made audience to this new and curious sport. Cars assembled in the ‘paddock’, were ‘shod’ with tyres, weighed by the ‘Clerk of the Scales’ for handicapping, and drivers were even instructed to identify themselves by wearing colored silks in the manner of jockeys.
The Brooklands Circuit was the first purpose-built race circuit in the world and claims to be the first venue to run an organized motor race in 1907. At this stage, motor racing was still a novelty and there were no established rules to follow.

In 1907 the average speed of cars was 65mph; but this was to be short-lived as engineering innovations started to push the development of technology and ultimately increase the speed of cars. By 1913 cars were lapping the circuit at over 100 mph. The advent of World War I in 1914, saw all racing stop at the circuit.



The circuit reopened in1920 and continued to organize race meetings until 1939, including the Junior Car Club’s famous 200 Miles Race, which first began in 1921. It also saw the return of pre-war driver, Malcolm Campbell, who returned to the motorsport scene from Army service as a Captain. There was also a rapid increase in speeds due to experimenting and innovation in car design, and one of these was the introduction of aero-engine cars. A great exponent of this was Count Louis Zborowski, a race driver and automotive engineer who introduced a series of monstrous cars in the early/mid-1920’S, including the legendary Chitty Bang Bangs with aero engines ranging in size from 18,000cc to 23,000cc. These cars took the average speeds above the 140mph, with John Cobb setting the all-time lap record for Brooklands recorded at 143mph.

In August 1926 the RAC organized the first-ever British Grand Prix, constructing sand chicanes along with the Finishing Straight. A second British Grand Prix was held at Brooklands in 1927.
The popularity of Brooklands grew throughout the 1930s, but the last event was held on 7th August 1939 with the outbreak of World War II, when the circuit was requisitioned by the Government and devoted to the production of aircraft. The circuit was never to reopen as there was significant damage caused by both bombing and modifications made to support aircraft production.
In 1931, another purpose-built race circuit was opened; Donington Park was opened. The first few years were mainly club level events. In 1935 the circuit hosted its first Grand Prix which attracted three continental entries; Giuseppe Farina and Gino Revere in Maserati’s and Raymond Sommer in an Alfa Romeo. Home-entered cars included the ERA of Prince 'Bira' of Siam, and the also the Alfa Romeo of the eventual winner - Richard Shuttleworth.

In 1934, the legendary Silver Arrows; Mercedes and Auto Unions from Germany were unveiled to the world, and they instantly dominated the world of motor racing. The levels of innovation, engineering innovation and attention to detail was immense, with the cars producing over 500bhp (the Auto Union has also had a mid-mounted engine). It also saw a big change in the approach to motorsport; up to this point racing had been undertaken by wealthy individuals with small teams of amateur mechanics. The Silver Arrows teams turned up with the cars being transported in official Team Transporters and they were supported by large teams of mechanics and engineers; and this was the start of changes in the sport that was going to take it away from the amateur/gentleman level into the more structured and organized teams that we see today.




The Silver Arrows dominated motor racing between 1934 – 1939 and this period saw what is arguably the most reflective, and interesting period in motor racing history, that was to lead the way for a more innovative, structured and organized approach to motorsport with a more scientific approach to building race cars. The dominance of the Silver Arrows was only broken by the outbreak of the Second World War in 1939.

After World War II, Britain had many automobile manufacturers and each of these had Research and Development (R&D) departments whose engineers regularly relied on their motorsport departments to test new ideas on track at weekends before applying these developments to cars. As these many firms began to expand and merge, and the UK found it had a superb resource of R&D based engineers who loved competition and motorsport.

Also, airfields that had been developed for WWII and were no longer in use, were ideal for converting into race circuits; Silverstone, Thruxton, and Snetterton. 1950 saw the start of the F1 Drivers Championship as we know it today. And in 1958 the first award that recognizes the manufacturers is introduced – the International Cup for Constructors; and this became the Formula One Constructors Championship in 1980.

The early ’50s saw Grand Prix cars maintaining the same conventional/traditional layout front engine and rear-wheel drive; somewhat surprising considering the Auto Union had adopted a rear-engine layout back in 1934. It was not until 1957 when John Cooper launched his rear engine F1 car and it starting winning, that the benefits of rear-engine cars was fully realized. By 1960 all Grand Prix cars had rear engines, and that is the layout that they still use today.




Friday, 10 April 2020

Car Of The Week - Mercedes-Benz G-Class


Mercedes Benz is a brand that needs no introduction. Mercedes is one of the most popular and successful luxury car brands in the world. The German car giant is world-renowned for manufacturing luxury sedans, saloons, and SUVs. When you buy a luxury car you can be assured of the best luxury, reliability, engineering prowess and overall satisfaction. The Mercedes G-Class or G-Wagon SUV is one of the most iconic products to come from the house of Mercedes. We are going to tell you more about the Mercedes-Benz G-Class SUV and what makes it so popular.

Before the 1970s the 4X4 off-road SUV market was dominated by 3 cars. If you were looking to buy a reliable, rugged and super capable 4X4 SUV which had could take you anywhere then your options were – Land Rover Defender, Toyota Land Cruiser and the American Jeep. Early into the 1970s, Mercedes decided to change this. The Shah of Iran, Mohammad Reza Pahlavi a significant shareholder in Mercedes at the time suggested manufacturing a 4-wheel SUV which like the American Jeep, Land Rover Defender which was capable of both civilian and military duties. In 1973, Mercedes came up with the first mock-up of the car…the mock-up was made with wood instead of clay! This was because wood was a better material better suited to the boxy design of the car. Looking at the design it was clear that the G-Class was intended to be a 4X4 SUV that was capable of both civilian and military capabilities. The Mercedes G-Class was jointly developed by Daimler-Benz in Germany and Steyr-Daimler-Puch in Austria. Production of the new car started off in February 1979 in Graz, Austria. The cars were hand-built and had 3 different body types – convertible, 2-door and 4-door. The first-generation G-Class was powered by a 2.3 L petrol 4-cylinder engine producing 90 bhp of max power and a 2.4 L diesel 4-cylinder engine producing 71 bhp of max power. Soon after its launch the Mercedes G-Class soon gained popularity and was on the path the success. During Pope John Paul II's visit to Germany in 1980, Mercedes built him the ‘Popemobile’ based on the Mercedes Benz G-Class.



Initially, Mercedes did not export the G-Class to The USA, over fears the car would not fit the perception of the Mercedes-Benz brand name with American customers. In 1981, G-Wagon saw its first facelift and the upgrades included an automatic gearbox, air conditioning, additional fuel tank, hard top for cabriolet amongst others. Like the Porsche 911, the Mercedes-Benz G-Class is one of those cars that has not changed its design ever since it first entered production. Hence, making it instantly stand out. The tall, boxy and overall rugged design of the Mercedes G-Class is very well known across the world making it an iconic SUV with an evergreen design. The first G-Class SUVs began making their way to the American shores in 1993 by way of direct imports. The cars quickly began making a name for themselves and sold well. The robust box frame chassis allow for great departure and approach angles, the great ground clearance ensures the G-Class can dominate any obstacle no matter where. The Mercedes-Benz G-Class is amongst the most reliable and bulletproof cars ever made with many of them functioning even after 20 years of active service. A true hallmark of Mercedes-Benz.

The 2001 Mercedes-Benz G-Class was the first of the G family to come equipped with modern systems like ESP, Brake Assist, Traction Control and was introduced in the USA as well. The car came powered with a 2.7 L turbo-diesel engine and a 3.0 L V6 diesel engine. The Mercedes G-Class celebrated its 25th anniversary in 2004, they dropped a bombshell…the Mercedes-Benz G55 AMG powered by a V8 engine producing a mighty 476 bhp of max power output. This made the already super capable off-road SUV, a mountain climbing rocket with a 0-100 km/hr time of 5.5 seconds!
The current generation G-Class after close to 40 years since its introduction remains the same and true to its DNA. Yes, it is a luxury SUV which is super capable, but the beauty of it is the fact that the intent and design of the car has still not changed one bit. The car comes powered with a choice of 2 petrol and 2 diesel engines; the petrol includes an AMG variant. The base petrol engine is powered by a V8 twin-turbo engine producing 416 bhp of max power while the AMG variant produces 577 bhp of max power. The diesel engines are V6 turbos producing 282 bhp and 376 bhp of max power output.

The Mercedes-Benz G-Class is one of the best SUVs in the world. The ‘Three-Pointed Star’ has firmly made its mark not only the sedans and saloons segment but with the G-Class, they have also made their mark on the SUV segment. The Mercedes-Benz G-Class is perfectly suited for the car hall of fame. It is a true icon in every right. 

Wednesday, 8 April 2020

E-sports Racing Is Here To Revolutionize Motorsport


Motorsport is one of the most exciting and thrilling sports globally. Be it F1, NASCAR, GT Series, etc. motorsport has a huge fan following throughout the world. Motorsport is one of the most expensive sports and requires very high investment towards training and participation. The high financial investment required is a very big barrier for entry into the world of racing. In recent years, E-sports has been gaining a lot of popularity and amassing millions of followers around the world. E-sports racing is gaining a lot of popularity with more and more motorsport stakeholders taking a keen interest in the sport. Is E-sports racing the next revolution in the world of Motorsport? We find out…

E-sports racing is a type of e-sports game that revolves around car racing. E-sports racing is not like the regular racing games played on gaming consoles. Yes, it uses a gaming console but the car in the game is driven using a driving simulator. Games such as F1, Forza Motorsport, Project Cars 2 are some of the popular games played in e-sports racing. While E-sports games such as DOTA, PUBG, League of Legends, etc. are amongst the most popular ones, it is the racing games that are making a big impact especially in the world of motorsport. As we mentioned earlier motorsport is a very niche sport and not a sport which is easily accessible to all. E-sports racing solves this problem by making motorsport more accessible to all. The set-up for an e-sports racing game is – a screen, game console (for e.g. PlayStation or XBOX), driving pedals, steering wheel, and a race seat. This set up gives the driver, participant a near-real life virtual experience of driving a race car. The driving simulator gives the driver complete control over the car – the direction of the car can be controlled via the steering wheel; the braking and acceleration of the car can be controlled via the pedals. For those of you who haven’t yet tried your hand on a driving, simulator…you would be thinking is it the same as driving a car in real life? Well, it is not. The steering wheel and pedals on the driving simulator are designed to give the driver forced feedback while playing the game. While playing the game one has to put in a good effort to gain control of the car. This gives the driver a good experience of what it feels like while driving a race car.


Motorsport is a sport where there is a high risk of injury. E-sports racing combats this by giving drivers a safe and secure environment to participate. While driving on a simulator the driver can give it their best shot while being assured of an injury-free experience. One of the biggest differences between driving a car on the track against driving a car on a simulator is the physical challenges a driver has to cope with. While driving a race car the driver’s body is exposed to high G-forces, extreme heat, and dehydration. This factor is not faced by the e-racer as the car is being driven virtually. For many people, while growing up the opportunity to experience driving a race car is something dreams are made of. E-sports racing makes motorsport accessible to everyone. Yes, drivers may not be driving a real race car…but they are getting the next best thing to it!

Traditionally, for someone to get into the world of motorsport the starting point would be karting and then progression up the ladder all the way to F1. E-sports racing changes the status quo…now for anyone interested in getting into motorsport it is as easy as racing on a driving simulator, you can even set up a driving simulator at your home! E-sports racing helps combat the 2 major barriers for entry into motorsport namely high price and risk of injury. Hence, allowing more and more people to virtually get an experience of motorsport. A strong grassroots foundation is very important to the success of any sport, anywhere. In India and some other countries as well, motorsport has never been given the credit and recognition it is due. This has led to a lack of interest in the sport and a much-needed revival is called for. The accessibility E-sports racing provides is a great way to reintroduce the sport and strengthen its grassroots. E-sports will help talent be discovered at a very young age.


The transition from e-sports racing to real-world racing is definitely possible and this is proven too. Take the case of e-racer Enzo Bonito who practiced on driving simulators and then beat the ex-F1 driver and current Formula E driver, Lucas di Grassi, on a race circuit in a real race car! Over the past few years, F1 teams have started investing a lot of money and have taken to e-sports very keenly. The F1 e-sports championship is the biggest e-racing event in the world. F1 teams have set up their own dedicated e-sports teams and draft in professional e-racers from across the world to compete and become the best F1 e-racing team. The e-racers drafted get a contract with the F1 team and more importantly a potential F1 driver seat. E-sports is globally a $2 billion+ industry and has a lot of money with regard to cash prizes.

E-sports racing has arrived on the world stage and is here to stay. E-sports racing is all set to revolutionize the world of motorsport and revive it across various countries throughout the world. It shall be very exciting to see how e-sports racing will shape the future of motorsport!

Saturday, 4 April 2020

Understanding Your Car - Connected Cars



It goes without saying that technology is a very integral part of our lives. Technology has made the lives of humans easy and we depend on it for a multitude of functions we carry out in our day to day lives. The arrival of the internet has not only brought the world closer but has also shown us how important technology has become and the benefits we humans can attain from it. Connected cars are more popular worldwide than they ever were…we are going to tell you how connected cars are changing the way we drive, own cars.

A connected car is one that has its own internet connection and shares the connectivity, data with both internal (for e.g. car computers, infotainment system) and external (for e.g. smartphones, other cars) devices. A connected car shares the same via a Wireless Local Area Network (WLAN). While connected car technology might be very popular in recent years, the world’s first connected car system was introduced in 1996. American car giant General Motors (GM) in collaboration with Motorola Automotive introduced OnStar the world’s first connected car system. OnStar made its debut in 1996 Cadillac DeVille, Seville, and Eldorado as a connected car system with the primary objective of ensuring passenger safety and getting emergency services to a vehicle during an accident situation. In case of an accident, the OnStar system would call the nearest emergency call centers using cellular telephone calls and nearby network towers. Connected cars over the years have evolved a great deal over the years. While safety and emergency rescue are very important and life-saving features…modern connected car systems also use a whole host of features and services such as car diagnostics, fuel efficiency, remote engine-on/off, etc. to aid the car owner.

Humans have leveraged technology to make driving, owning a car very easy and hassle-free. Connected cars allow for a better human, car interaction with the use of technology. Connected cars use smartphone apps to control various system functions and features. Internet connectivity and access are a must for a connected car system to function. A majority of the connected car systems have inbuilt internet by way of a 4G sim card configured within the car. Connected cars have features which fall under the following categories –

  1.  Infotainment: Music, podcasts, internet radio, Bluetooth, Android Auto, Apple CarPlay, voice command, etc.
  2. Safety: Roadside assistance, emergency response, safety warnings, traffic and accident warnings.
  3. Diagnostics: This involves various car diagnostic functions such as – fuel efficiency, car health, system failure alerts (battery, engine, air conditioning, etc.), parking assistance and apps, remote assistance features.
  4. Navigation: Maps and GPS Navigation, traffic alerts, weather alerts, geo-fencing, geo-tagging, parking space alerts.
Hyundai, Kia, and MG Motor have been offering connected car systems for their cars in India. Hyundai’s Blue Link and Kia’s UVO Connect are amongst the popular ones in the country. Both these systems are operated by a smartphone app which needs to be downloaded on your phone and linked to the car system. Using the app, a car owner can not only start the car remotely without being seated inside but also start the air conditioning to the desired temperature! Know that’s some great convenience! Functions such as remote locking/unlocking, setting a perimeter warning, anti-theft warning amongst many others can be controlled via the smartphone app. We bet you have been in this situation…you go to a mall, park your car in the huge basement parking lot and forget where you had parked your car in the first place when you return! If you have a car with connected features you have no need to worry…just use the app to make the car honk and flash its lights – Voila! Your car is found!

Connected cars are here to stay and will only further enhance the driving, user experience of the car. AI, Machine Learning and other technology will also play a great role in enhancing, improving this experience in order to make cars safer to drive and easier to communicate with. Hence, closing the gap between humans and their cars by leveraging the power of technology. 

Friday, 3 April 2020

Kia Considering The Telluride SUV For India?


Kia has had quite a successful introduction in India. In July 2019, Kia officially launched its first car for India – the Seltos SUV. Ever since its launch, the Kia Seltos has been topping the sales charts across the country with amazing consistency…Hyundai’s sister brand Kia couldn’t have asked for a better market reception! After the success of the Seltos Kia went on to launch the Carnival MPV, with the Sonet compact-SUV to follow suit soon (expected launch in mid-2020). Kia is now considering the launch of the larger Telluride SUV for the Indian market.

The Kia Telluride is the largest SUV Kia has made. The Telluride is a 3-row mid-size SUV that can seat up to 8 passengers. The Telluride SUV was launched in 2019 in the USA and is currently the only market in the world where it is being sold. The Kia Telluride shares a lot in common with its Hyundai sibling the Palisade SUV including the platform, engine, transmission, and wheelbase. Kia has a very good track record of getting the design of its cars perfect having produced some amazing looking cars…the same can be said with the Telluride. At the front, the Telluride gets a bold, muscular stance with Kia’s signature tiger-nose grille. This gives the car a great road presence. The well-designed headlamp cluster with circular DRLs gives a great modern look. At the rear, the Telluride gets nicely designed and sharp looking L-shaped LED taillights. Step inside the Telluride and you will be pleased to know that there is ample space at your disposal. The second row of seats come with an option of either 2 individual captain seats or a bench seat. The third row is decently sized as well allowing for comfortable seating. With good a decent boot for luggage storage, the Telluride does not compromise. The Telluride is a car designed for families and fits the bill well with a nice, spacious and practical cabin layout. At the front, the Telluride has a well laid out dashboard with a large 10.25-inch floating touchscreen infotainment system. Kia’s UVO Connect infotainment system does duty on the Telluride which comes loaded to the brim with features and tech.

Powering the Telluride is a 3.8 L V6 petrol engine producing 291 bhp of max power output and is mated to an 8-speed automatic gearbox. There is no diesel engine option available at the moment. The car comes in equipped with multiple drive modes (sport, comfort, eco) and also has active-AWD (all-wheel drive) on demand. The Telluride if launched in India would likely have a smaller petrol engine and probably a diesel engine too. However, this is only speculation and will be confirmed once Kia makes it official. The Telluride SUV retails in the USA $31,800 onwards, this is an approximate price of around Rs.25 lakh in India. The Telluride might not be in India yet, but it surely ticks all the boxes to make for a great family SUV in India. 

Thursday, 2 April 2020

Car Of The Week - Suzuki Jimny



The SUV has been a very popular car type across the world. SUVs provide great utility, practicality and overall great reliability to car owners. SUVs were originally intended for off-roading and being driven across a variety of challenging terrain. While the SUV has evolved into various roles such as a family car, luxury car, etc. modern SUVs are still very capable and reliable across all sorts of terrain (Snow, Rock, Sand, Mud). Cars like – the Jeep Wrangler, Toyota Land Cruiser and the Land Rover Defender are legendary SUVs and have stood the test of time while dominating the 4X4 SUV domain. The Suzuki Jimny is a very capable yet affordable 4X4 SUV workhorse. Today we are going to tell you more about it.

The story of the Suzuki Jimny begins in 1968. Suzuki had taken over the Hope Motor Company who had made 15 light 4X4 vehicles called the HopeStar ON360. After 2 years of development Suzuki launched its first 4-wheel drive vehicle the LJ10 (Light Jeep 10) in 1970. The LJ10 was the precursor not only for the Jimny but also for all 4X4 cars to come from the house of Suzuki. Suzuki introduced Jimny as a car that was small and capable of going to tight spaces which were rather difficult for large 4X4 SUVs of the time to reach. The small body, rugged design, and lightweight structure allowed the Jimny to achieve exactly this. The year 1977 saw the introduction of the LJ80 which was the first Suzuki 4X4 to come powered with a 4-stroke engine and also came along with a new pick-up truck variant. The small frame, rugged design, light and easy nature of driving and good off-road capability made the Suzuki jeep a popular car amongst off-road starters not only in Japan but global markets as well.

In the 1990s Suzuki realized that there was a need for a small 4X4 SUV which would be capable both on-road and off-road. In 1998 the Suzuki Jimny was introduced, it came with an all-new modern design while having the same jeep DNA. The new car had a rugged stance but with a good modern design to go along with it. The Jimny uses an old school but a reliable ladder on frame body type construction which is designed to keep the passengers sitting inside safe and comfortable at all times. The latest generation Suzuki Jimny was introduced in 2018 and is currently in its fourth generation. The Jimny comes with a nice modern design which also balances the traditional jeep roots of previous generation Jimnys. The overall design gives the car a nice retro look. The Jimny is available in 2 body types – 2-door or 4-door. On the inside, the car can seat 4 passengers in a 2+2 layout. The seats at the back are a squeeze and can also be flipped down to give a fully flat surface allowing for more luggage storage. The Jimny sports a basic all-black design theme and has an infotainment touchscreen at the center of the dashboard. The Jimny comes well equipped with good tech and features on par with the other cars in the segment. The Jimny comes with a 4X4 drive system with both high and low ratios. The added flexibility of changing the car from 4X2 mode to 4X4 mode while driving is great as it allows the driver to adapt to the driving terrain accordingly. The Jimny is powered by a 1.5 L petrol engine making 100 bhp of max power and 130 nm of max torque. This is more than enough to get the Jimny through most of the challenging terrain conditions.

With over 2.85 million units of the Jimny having being sold over the years the car has made a good name for itself amongst both off-road enthusiasts as well as on-road users as a reliable and affordable workhorse. While the Suzuki Jimny is not a car which is as capable as true blooded off-road cars from other car manufacturers, but this also plays to the advantage of the Jimny. It is a car which gives an affordable 4X4 alternative to the masses.