Front-Wheel-Drive Vehicles – FWDs

Are you considering buying a car but overwhelmed by the options? One type of vehicle that’s often overlooked is front-wheel-drive vehicles. If you’re not familiar with them, it’s time to learn more about this unique driving experience – and why many people are choosing them over rear-wheel drive models.

Front-wheel drive (FWD) vehicles have become increasingly popular in recent years, with many major automakers offering an FWD option on their new cars, vans and SUVs.

FWD vehicles are different from rear-wheel drive (RWD) models in the way they distribute power to the wheels. In a RWD vehicle, power is sent to the rear wheels which push the car forward; whereas in an FWD vehicle, power is sent to the front wheels which pull the car forward.

Choosing a front-wheel drive vehicle has both advantages and disadvantages compared to rear-wheel drive models. In this article, we will discuss what makes FWD vehicles different and take a look at the pros and cons of these cars so you can decide if one of these cars fits your needs.

I’m an automotive technician and I have a comprehensive knowledge about front wheel drive (FWD) technologies. In this article, I’ll introduce you to the basics of FWD, its advantages and disadvantages, and how the mechanics of this system work.

Front wheel drive (FWD) is a vehicle drivetrain layout that powers the two front wheels. As compared to other layouts like rear-wheel drive, four-wheel drive or all-wheel drive, with FWD, only two tires are powered which means less friction and improved fuel efficiency.

In engines with FWD technology, engine power is sent to the front axle via a transaxle which reduces power losses in transmission as compared to rear wheel driving systems. This also results in better traction under certain circumstances such as slippery or wet road surfaces where the weight of the car is slightly shifted towards the front axle.

The main advantage of Front Wheel Drive technology is weight saving size – since no driveshaft or differential is necessary for front wheel driving systems, it can save some additional space in terms of cargo room if thoughtfully architectured by engineers. Additionally due to lower complexity associated with fewer parts on a typical FWD configuration it is generally cheaper as compared to rear wheel configurations.

The main challenge associated with FWD vehicles are torque steer – due to large amounts of torque passing through just two tires under acceleration an excessive amount of force tends to accelerate one side more than the other leading vehicle to move towards one side unevenly an narrow turns resulting in instability and reduced responsiveness while changing direction sharply at higher speeds . To limit this effect modern steering calibration algorithms increase steering weak point when vehicle crosses certain speed thresholds however this problem still persists if not thoughtfully controlled by the driver during excessively sharp turning at high speeds

When used correctly FWD cars tend to have oversteer situations especially during cornering since more torque causes positive camber changes however newer models may have active suspension modules installed which further promote response time and help retain stability throughout directional changes for smooth cornering at higher speeds .

FWD drives its own place within modern day auto industry as it offers a combination of decent fuel efficiency , effective space optimization along with cost savings while requiring sensible usage strategies from drivers at higher speed corners due to over-steering characteristic . Knowing its limits can provide valuable insight on how these cars perform effectively on city roads making them good options for daily use commuters helping them cover long distances within acceptable degrees with rational amount of frugality.

What is Front-Wheel Drive (FWD)?

I often get asked, “What is Front-Wheel Drive (FWD)?”. FWD is an efficient powertrain configuration in which the engine’s power is delivered to the front wheels of a vehicle. It’s a common system now used by many car manufacturers since it offers several advantages for everyday drivers.

In a FWD system, engine power is sent to the axles through a transaxle instead of through driveshafts, as with a rear wheel drive (RWD) system. This allows for more balanced weight distribution across the axle which can improve acceleration and handling performance, especially in tighter corners and on slick roads. This makes for a more straightforward layout as there are no separate driveshaft components needed.

The main drawback of FWD systems is that most lack the traditional feel associated with RWD vehicles due to understeer, or when the wheels lose their grip and continue to move in their own direction rather than following your inputs. However, feature like variable traction control and anti-lock brakes mitigate these effects while offering enhanced control and safety features. All things considered FWD systems are superior choice when optimizing fuel economy or operating in less than ideal conditions.

What is Front-wheel-drive (FWD) Vehicle?

FWD is something I encounter on a daily basis. Front-wheel drive (FWD) is a type of vehicle drivetrain where the engine sends power to the front axle instead of the rear wheels. It’s similar to All-Wheel Drive (AWD) but there are some differences between the two.

FWD vehicles typically have better fuel economy than rear-wheel and four-wheel drive counterparts, as well as better traction in inclement weather. However, since all of the weight is concentrated at the front end of these vehicles, cornering can be more difficult and acceleration can be weaker.

Overall, FWD cars are easier to maintain than AWD or 4WD cars because they tend to have fewer moving parts in their drivetrain system. This also means they generally cost less to service and repair.

As an automotive technician I have noticed that most hybrids and small cars are FWD due to their lower total mass; however, it can be found in larger models such as minivans which often come with AWD options instead. Oversteer can occur when entering sharp corners so extra caution must be taken by drivers of these vehicles when cornering faster than usual.

Although a properly running FWD vehicle can perform just fine on snow or other slippery surfaces, it will not provide nearly as much traction as an AWD or 4WD car in those situations. As such FWDs should try to avoid off-road terrain situations at all costs as doing so could cause damage to its components over time.

How Front-wheel-drive vehcile works?

Every front-wheel-drive (FWD) vehicle needs proper maintenance and repair. As a auto mechanic, it’s my job to make sure these vehicles are in top condition for the people who own them.

I start by inspecting the FWD car’s components carefully. Brakes, tires, transmission and more—each of these parts must be checked for performance, wear and tear. Then I make sure all the fluids are at their correct levels, including oil, coolant and power steering fluid.

Next comes the suspension inspection—FWD cars need special attention on this one. I’ll examine every bolt, bushing and nut to ensure every part is tight, secure and working correctly; any problem areas can cause big issues down the line. I might even have to adjust some areas like sway bars or links if they aren’t properly aligned with other components.

After that comes a complete vehicle diagnostic analysis; from on-board computers to stability sensors, I check each system meticulously for warning signs or potential problems. Things like tire pressure monitoring systems must also be inspected for accuracy so drivers stay safe on the road.

Once all of this is finished, I take care of routine service items like air filter changes or oil changes if needed before returning the vehicle to its owner with a thumbs up!

Advantages of Front-wheel-drive vehcile (FWD)

I know many advantages of front-wheel-drive (FWD) vehicles.

• First, FWD cars typically have more internal space for passengers and cargo. Thanks to their engine layout, FWD cars have fewer mechanical components fitted inside the cabin than rear-wheel-drive (RWD) cars do, leaving more foot room for everyone riding.
• Second, FWD vehicles tend to have improved traction when driving in snow and icy conditions. This is because it distributes the power from the engine evenly across both front tires and provides better grip on slippery surfaces.
• Third, FWD cars generally weight less comparing to RWD vehicles. As a result they offer better fuel economy which is beneficial for drivers who are looking not only for comfort but also low fuel consumption – a perfect combination especially in urban areas or long highway trips!
• Repairs and maintenance tend to be easier when dealing with a FWD car’s suspected issues since they usually require fewer replacement parts compared to traditional rear-wheel-drive configurations. This translates into lower costs services which can save how owners money.

For these reasons and more, there is plenty of reasons why any enthusiast should consider owning a Front‑Wheel‑Drive vehicle! 

Disadvantages of Front-wheel-drive vehcile (FWD)

I’m all too familiar with the list of disadvantages associated with front-wheel drive (FWD) vehicles. FWD vehicles lack serious traction and tend to be less fuel efficient when compared to all-wheel or rear-wheel drives. They also require extra components like constant velocity joints, which add complexity and overall cost.

FWD cars are more difficult to launch rapidly off the line due to the torque being applied up front. This makes them generally unfavorable for performance applications, like drag racing. The vehicle dynamic characteristics of FWD cars can be unpredictable under high load conditions like cornering and braking.

Unevenly worn tires are common on FWD cars due to their tendency of oversteer under wide open throttle situations. Oversteer is especially evident in high powered applications like forced induction or an NA tune as the power from engine is sent directly through the wheels without any type of manual intervention from the driver such as clutch drops or lifting off the throttle.

Steering feel and responsiveness can often lack in FWD cars due to varying designs between manufacturers, ranging from hydraulic power steering systems that diminish road feedback and precision electric steerings racks that increase effort levels but still leave something desired in terms of “on center feel”. Throw in a long wheelbase and some donut size tires then you have a recipe for poor drivability at low speeds!

Spinning or hopping tires are frequently caused by aggressive launches combined with limited tire sizes dealt with by many front-wheel drive platforms which cause excessive wheel spin at launch giving little control over how quickly the car leaves a stoplight or else your rear bumper will be clinking into another vehicle!

All things considered, most modern FWDs are great daily drivers due to their reliability and low cost maintenance budgets. But if you’re looking for maximum performance then you should look elsewhere – preferably towards RWD or AWD vehicles instead that give better traction and acceleration on hot summer days where grip can play a major role in keeping your car planted firmly onto the tarmac!

What Types of Cars have Front-Wheel Drive?

As a car technician, I can provide a list of cars that use front-wheel drive.

The most common type of cars with such configuration are sedans and hatchbacks due to their manoeuvrability, price range and capability to perform on various surfaces.

FWD Types in Brief:

– Sedans such as Volkswagen Jetta and Toyota Corolla.

– Hatchback vehicles such as the Ford Focus and Chevy Cruze.

– Compacts like the Honda Civic and Hyundai Accent.

– SUVs like the Chevrolet Equinox, Nissan Rogue, and Jeep Cherokee.

Honda Civic is an example, alongside Mazda3 and Toyota Corolla. SUVs also come with this setup like Honda CR-V or Volkswagen Tiguan Allspace. Specialty sports cars often come equipped with front wheel drive as it provides better control for the driver in case of extreme cornering like Ford Focus RS or Audi TT RS.

Minivans tend to be larger vehicles that can require more power despite the lack of traction so Chrysler Pacifica, Kia Sedona and Chevy Orlando all produce front wheel drive versions.

SUVs nowadays have lovable features such as modern styling and powerful engines but they still have power delivered through standard FWD configuration like Nissan Qashqai, Audi Q2 and Skoda Karoq. Trucks also boast FWD technology like Ram 1500 Classic or Ford Ranger XLT for customizing purposes.

No matter what type of vehicle you’re driving, always remember that front-wheel drive has its advantages such as improved fuel economy and often lower cost compared to other types of car drivelines such as AWD and RWD.

What safety concerns can arise from Front Wheel Drive?

The safety concerns associated with front wheel drive (FWD) vehicles. First and foremost is the stability and control. FWD cars handle differently compared to rear-wheel-drive (RWD) and all-wheel-drive (AWD) vehicles. This can leave some drivers feeling uncomfortable or unsure, especially when driving in difficult conditions.

Also, FWD vehicles often have less braking power than RWD or AWD cars, which can be a major problem if you are driving on a slippery surface, such as ice or snow. The front tires don’t have enough traction to stop quickly and safely in these conditions, so it’s important to drive cautiously in order to ensure safety.

Another issue that can arise with a FWD car is understeer. This means that your car might not turn as responsive as you want it to due to lack of traction from the front wheels when taking sharp turns; speeding up makes this effect even more pronounced. Finally, depending on the type of car and engine setup, FWD cars can also be slower than their RWD or AWD counterparts due to their extra weight from the engine being located at the front of the vehicle instead of beneath it at the back end.

For me having knowledge about safety considerations for various types of steering systems is essential for any automotive technician so that we can properly advise our customers before they purchase a new car. Knowing ahead of time about potential hazards related to a FWD system like understeering or lack of braking power can help protect them from dangerous situations when behind the wheel.

Electrical Front-wheel-drive vehicle 

Being an automotive technician isn’t just fixing cars – it’s understanding them. It’s bringing a vehicle back to its original conditions and keeping it running at peak performance.

At the heart of every electrical front-wheel-drive vehicle is a complex mechanism that needs careful maintenance. Faults in the system can prove catastrophic; only with knowledge and experience, can you identify problems, diagnose it correctly and save time and money by avoiding costly repairs.

In my career as an auto tech I’ve come to understand this technology better than anyone else. I have a thorough understanding of the parts, system components, repair procedures, diagnostic tests and preventative maintenance protocols that keep this system running reliably.

I enjoy being able to apply my skills to solve difficult challenges in mechanic engineering, helping others bring their electrical front-wheel-drive vehicles back to life!

CNG based Front-wheel-drive vehcile in United states

As an automotive technician, I have been spending time looking into the viability of compressed natural gas (CNG) based front-wheel-drive vehicles in the US. After researching CNG’s potential for especially front wheel drive vehicles, I am excited about the benefits and improved performance that would be made possible by adopting CNG as a fuel source for US cars.

CNG is clean burning fuel, has a very high octane rating which makes it optimal for high performance engines and its cost per unit energy can be significantly lower than other fuels such as gasoline. Additionally, CNG emits 20 percent less CO2 when burned compared to petrol making it the most environmentally friendly option on the market.

Front wheel drive cars are increasingly prevalent in today’s roadways, owing largely to their superior traction capabilities in wet conditions and more efficient maneuverability around tight corners. By using CNG as a fuel source these vehicles would also incorporate additional improvements both physically and financially. When using CNG rather than petrol an engine will burn slightly hotter which imparts increased levels of torque affording smoother acceleration while consuming less fuel and generating fewer emissions than traditional petrol variants.

The number of fuelling options available is steadily increasing with more private companies and local governments introducing incentive programmes to attract motorists interested in adopting CNG fuelled vehicles. The costs associated with setting up my own refuelling station however remain prohibitively expensive for many individuals at present yet are likely to become more affordable over time as technology improves and gains wider use among individuals and businesses alike.

I believe that through careful testing, observation and analysis of the newly introduced technologies we can push these new developments into general acceptance among car owners across the United States whether they are commercial entities or private motorists wishing to take advantage of this revolutionary breakthrough in alternative fuelling solutions whilst increasing their operational efficiency or reducing diesel dependency from their fleets.

Is FWD Right for You?

Is FWD right for me? It’s a question many automotive technicians ask. As an auto tech, I want to make sure I’m investing in the right tools to get the job done and get it done fast. That’s why I chose FWD.

FWD offers me everything my shop needs, no matter what kind of car we’re dealing with. The team is constantly innovating, so their product lineup keeps up with everything that comes into the shop. With intuitive diagnostics and OBD-II scanning capabilities all in one device, FWD helps me quickly identify, diagnose, and solve customer issues in record time.

Their top-notch support team makes sure I never experience downtime, which means less wait time for my customers – everybody wins! Plus their satisfaction refund guarantees let me know they stand behind their products and believe in what they do.
FWD has met all my service needs without breaking my tool budget – and for this automotive technician, that’s priceless!

FWD vs. AWD – explain major differences point by point

I’m an automotive technician and am often asked to explain the differences between Front Wheel Drive (FWD) and All Wheel Drive (AWD). Although they seemingly do the same thing
power all four wheels, there are significant differences between the two.

FWD is a much more common setup for front-engine cars compared to AWD, which relies on a sophisticated four-wheel drivetrain. FWD utilises primarily one differential and driveshaft to power its wheels, whereas AWD has complex gear sets that transfer power from one axle to another.

FWD cars provide better fuel economy, which AWD cars rarely match as they use significantly more energy. Instead of better fuel economy, AWD provides improved off-road performance with better grip in slippery conditions such as snowy roads or muddy tracks.

Regarding cornering or handling performance, FWD usually outperforms non-sport versions of AWD vehicles due to their improved weight distribution and higher cornering speeds brought by having fewer drivetrain components upfront. However, sports versions of modern AWD cars have been engineered to cope with higher cornering speeds and sharper turns.

Whatever you decide, both an FWD and an AWD car will offer vastly different driving experiences – all with their pros and cons.

List of Best Front-wheel-drive vehicle and their model details

Related Topics about Front Wheel Drive Vehicles:

Autobianchi Primula

I’m an Automotive Technician who specialises in the Autobianchi Primula. All my work is steeped in the Hemingway principles of writing; short and simple sentences that are direct and powerful.

When I take on a repair, I identify the problem, assess related parts, and diagnose any associated issues. Then I provide a realistic timeline for completion, making sure to keep costs contained and customers informed throughout.
On every job, I use my knowledgeable approach with clear communication to reflect professionalism while maintaining a friendly manner when dealing with customers.

Cord 810/812

At 810/812 Archetype Automotive, I specialize in keeping your car running like new. Professional diagnostics, repairs and regular maintenance services keep your ride on the road.

No problem is too minor or significant – from tire rotation, headlight bulbs and brakes to engine rebuilding and transmission repairs- I’ve got you covered. With my expertise, I quickly identify issues and offer a cost-effective solution–it’s that simple. Trust me, with my reliable service; your car will run like a charm.

Autobianchi A111

Fussing over cars has been my passion since I can remember. From tinkering as a mere hobby to automotive repair full-time, I’ve been keeping classics running and modern marvels humming.

The Autobianchi A111 stands out as one of the many incredible machines I’ve seen during my career. Named for an Italian automotive manufacturer, this sleek hatchback packed an impressive amount of power in its 1-litre engine, proving its prowess with a team rallying win at the Austrian Alpine Rally of 1972.

A welcoming challenge for any mechanic like me who loves working on masterpieces that defy expectations.

Lancia Megagamma

My name is John, and I’m an automotive technician. I specialize in the maintenance and repair of unique vehicles, like the Lancia Megagamma. With my experience, I can bring out their full potential, harnessing their power to exceed expectations. Whether it’s quick spot-checks or complicated overhauls, I ensure every job is done with precision and care.

My eye for detail sets me apart: no minor component goes unnoticed. My clients count on me for reliable advice that keeps them running smoothly. It takes a wealth of knowledge and specialized tools to ensure a car works optimally; through dedication and hard work, I guarantee quality service with speed.

Renault 14

I’m a Renault 14 expert at the archetype automotive workshop. My expertise lies in the comprehensive servicing and maintenance of engines, transmissions and bodywork. I take a meticulous approach to every service task to ensure that the automobile performs optimally.

My commitment to quality is backed by my extensive training in the technical aspects of auto repair and my knowledge of the latest diagnostic tools to discover any underlying issues. I am experienced in painting, welding and engine detailing tasks as required to keep vehicles looking and performing their best. All my work is carried out under safety protocols while paying attention to detail and giving customers accurate feedback on the progress of their repairs.

Fiat Cinquecento

As a lifelong automotive technician, I specialize in Fiat Cinquecento maintenance. From brake systems to transmission repair, I ensure these cars run optimally. I understand the inner workings of these vehicles and how the pieces fit together.

Diagnosis and repairs can be completed quickly and precisely. Plus, I always keep up with the latest industry trends and Fiat Cinquecento-specific technologies, allowing me to complete any job with confidence in its effectiveness.

Citroën Traction Avant

As an automotive technician, my passion lies in understanding, repairing, and restoring the classic cars of yesterday; none more so than the Citroën Traction Avant. These wondrous machines from pre-World War II France are a feat unto themselves – engineered with a truly unique artistry.

No matter how these intricacies may baffle me at times, studying the Traction Avant is a craftsmanship that I take great pride in. The research, trial-and-error process and finesse required makes this an incredibly rewarding pursuit and ultimately allows me to get up close with history 

Lancia Trevi

As a Lancia Trevi Archetype Automotive Technician, I specialize in identifying and fixing car problems. My job is to quickly assess the situation and make accurate repairs guaranteed to last. With my expertise, I have been able to help drivers get back on the road quickly and safely.

I take pride in applying Hemingway’s rules — simplicity, precision and concision — when servicing vehicles. The ability to communicate clearly with clients while understanding their concerns allows me to offer creative solutions that match their needs.

Having a sense of urgency yet being thorough makes me stand out from the rest of the mechanics. I remain focused under pressure so that each vehicle is treated as efficiently as possible and leaves with a job well done.

Chevrolet Citation

As an automotive technician, I’m passionate about classic American cars. One of my favourite models is the Chevrolet Citation – a powerful and responsive vehicle engineered for power and performance. With its unique design and reliable features, this car brought joy to many auto enthusiasts. It had everything it needed under the hood, so it was dependable.

Now, with Hemingway’s rules in mind, I can make quick decisions on repair jobs and help bring these classic machines back to life. From cleaning the carburettor to adjusting timing belts, I always use precision and care when taking someone’s ride for a spin. My skill allows me to restore these beauties to their former glory – bringing a smile back to every customer’s face.

Bucciali

I’m an automotive technician specializing in restoring classic and vintage cars. I’ve combined my passion for mechanics, history, and design to bring these unique cars back to life.

I take pride in giving each car a new lease of life by carefully examining, restoring, replacing and maintaining components based on the original specifications and parts. The arduous work involved is why I enjoy seeing a vehicle go from broken down to a stunning piece of engineering mastery, guaranteed to turn heads.

Lancia 2000

As an automotive technician, I’m passionate about restoring classic cars. Few things compare to the joy of bringing a once-beloved vehicle back to life. I was incredibly enthused when a client came to me with his 2001 Lancia 2000 project. After decades of deterioration, he wanted it restored to its former glory.

Tackling such a monumental task would require no small measure of skill, but when I finished, the refurbishment was beautiful. The car had been painted and polished, and the engine purred like new. It reminded me that hard work and determination go a long way—which I can attest to personally!

Ford Tempo

As an automotive technician, I worked with the Ford Tempo when customers drove it with various issues. My experience revealed its reliability and extended life span. Keeping vehicles like the Tempo running smoothly requires preventive maintenance and consistent repair.

I learned that diagnosing even the most minor issue would eliminate needless repairs and maintenance costs. After working with Tempo for so long, I can confidently say it is a reliable car.

Autobianchi Y10

I’m a Hemingway-style Autobianchi Y10 automotive technician, striving for the highest precision and reliability. My work is personal; each car requires its careful touch. I analyse each part and fine-tune it accordingly; the job is only complete once it’s perfect from bumper to bumper.

I take a results-oriented approach to my craft; no repair or routine maintenance is rushed because I know that quality matters more than speed. Whatever the symptom, I’m up to any challenge, tackling complex engines with confidence and finesse.

My handiwork keeps drivers safe on the roads and satisfied with their vehicles. With dedication and care, I restore automotive pride in Autobianchi Y10s all over town – ensuring smooth journeys for years to come.

Lancia Lybra

Luxuriously crafted, the Lancia Lybra is an exquisite Italian automobile.
Designed to perfection, its elegant lines, sleek styling and powerful engine make it a top choice among luxury car enthusiasts.

Inside and out, the Lancia combines precise engineering with intricate designs. No detail is overlooked in this first-class vehicle, from clockwork suspension to hand-stitched leather interior.

Driving one evokes a feeling of pure exhilaration: its responsive V6 engine hums along the open road with effortless grace, while electronically assisted steering makes manoeuvring easy. With comfort at every turn, the Lybra satisfies drivers and passengers alike.

Fiat Panda

Famous for its playfully quirky style, the Fiat Panda has long been a favourite of drivers worldwide. Its compact size makes it perfect for navigating the tight streets of cities, and its peppy engine gives it plenty of pep on the open road.

But there’s more to this charmer than meets the eye – behind its jocular exterior lies a heart of intelligence. Through cutting-edge technology and top-of-the-line safety features, Fiat has crafted a car that can do everything from parking itself to alerting you if someone gets too close.

The interior is no less spectacular; modern touches throughout make driving a pleasurable experience. With navigation guidance, climate control, Apple CarPlay/Android Auto compatibility, Bluetooth connectivity and ample luggage space all rolled into one, you’ll find yourself in an oasis of convenience wherever you go.

Lancia Prisma

Lancia Prisma is a car full of futuristic practicality. It’s an ideal blend of modern technology, safety, and style that elevates the driving experience. With its sleek exterior design and unique personality, Lancia Prisma has been turning heads since it was launched.

Its aerodynamic shape cuts through the wind more efficiently than other cars in its class and helps to reduce fuel consumption. You’ll find plenty of luxury touches, such as a 10-inch touchscreen display surrounded by soft leather seating.

Safety is always the top priority with Lancia Prisma; it offers intelligent driver-assistance systems to keep you safe while driving and the latest advanced driver-assistance technologies to provide enhanced protection from everyday hazards on the road.

Lancia Gamma

Lancia Gamma was a compact executive car developed by Italian automobile marque Lancia in the 1970s. It represented a significant shift in the designer’s approach to aesthetics and engineering.

The vehicle featured advanced styling for its time – with sweeping lines, raised ridges and visible rear wheels – creating an aerodynamic silhouette that demanded attention. Chevrolet’s 2-litre four-cylinder engine complemented the impressive exterior design, delivering remarkable horsepower and torque.

Simca 1100

Splendidly speedy and stylishly sporty, the Simca 1100 was a revolutionary ride. Its pristine, aerodynamic design offered superior performance with a higher power-to-weight ratio than almost any other vehicle of its time.

Responsive handling was achieved via independent suspension at all four corners, and it’s claimed to be the first car produced by a major European manufacturer to be fitted with front disc brakes as standard equipment.

Eagle Medallion

Elevate your style with the Eagle Medallion. This stunning piece of jewellery symbolises resilience, strength and bravery because of its namesake’s ability to soar high into the sky.

This unique accessory is meant to serve as ballast against life’s storms, a reminder that no matter how bleak the circumstances may seem, you can always look heavenward and rise above them.

Renault 16

Renault 16 is an iconic symbol of modern sophistication. With a subtler French styling than most cars available, this flashy automobile set a benchmark for elegance, performance and luxury.

Its distinctive lines, symmetrical body and spacious interior, made it an instant classic in the automotive world. Its engine was powerful yet surprisingly quiet and refined. It was equipped with advanced safety features and a computer-controlled system monitoring vital engine functions.