Some cars are fast. Some cars are famous. And a rare few become legends the moment they show up. The Dodge Viper was one of those. It had a giant V10 under a long, curvy hood, side pipes that could singe your calf and almost no electronic safety nets. For 25 years it was America's raw, unapologetic answer to the world's exotic supercars. The short answer The Dodge Viper was a V10-powered American sports car built in Detroit from 1992 to 2017. It started as a 400-horsepower roadster and finished as a 645-horsepower track weapon, winning at Le Mans, Daytona and the Nürburgring along the way. Just under 32,000 were built across five generations before production ended in August 2017. In this look back, we'll trace the Viper from a bold 1989 concept car to its final, record-setting ACR. We'll cover every generation, its racing victories, the Viper-powered pickup truck that shocked the truck world and why production finally ended. And for Lee's Summit and Kansas City drivers who still crave that kind of Dodge performance, we'll show you where the Viper's spirit lives on in today's Dodge lineup. Born From a Bold Idea The Viper story starts in the late 1980s, when Chrysler was looking for something to get people excited about the brand again. Chrysler president Bob Lutz suggested a modern take on the legendary Shelby Cobra: a simple, brutally powerful two-seat roadster with a huge engine and not much else. Designer Tom Gale and the Chrysler Design Center turned the idea into a clay model, and the concept car debuted at the 1989 North American International Auto Show in Detroit. The reaction was overwhelming. People wanted Chrysler to build it, and Chrysler listened. Chief engineer Roy Sjoberg assembled a small group of about 85 engineers, nicknamed "Team Viper," to turn the concept into a production car. Chairman Lee Iacocca gave the program official approval in May 1990. The V10 with a Lamborghini connection The heart of the Viper was its engine: an 8.0-liter V10. At the time, Chrysler owned Lamborghini, and the Italian supercar maker helped design the engine, including casting an aluminum prototype block. The engine was based on Chrysler's V8 architecture but reworked into a large, high-torque aluminum V10. It became one of the most recognizable engines in American performance history. The Viper Timeline at a Glance 1989: The Viper concept debuts at the North American International Auto Show in Detroit. 1990: Chrysler approves production. 1991: Pre-production Vipers pace the Indianapolis 500. 1992: The first RT/10 roadsters reach customers. 1996: The GTS coupe arrives and paces the Indy 500. 1998–2000: The Viper GTS-R wins its class at Le Mans three years in a row. 2000: The Viper GTS-R wins the 24 Hours of Daytona overall. 2003: The redesigned Viper SRT-10 debuts with 500 horsepower. 2004: The Viper-powered Ram SRT-10 pickup goes on sale. 2008: The V10 grows to 8.4 liters and 600 horsepower. 2010: Fourth-generation production ends. 2013: The Viper returns as the SRT Viper with 640 horsepower. 2015: It becomes the Dodge Viper again, with 645 horsepower. 2017: Production ends, and the Conner Avenue plant closes on August 31. The Five Generations of the Viper Over 25 years, the Viper went through five generations. Each one got more powerful and more capable, but every one stayed true to the original idea: a big V10, rear-wheel drive and a focus on the driver. Generation Years Engine Horsepower Highlights 1st 1992–1995 8.0L V10 400 hp RT/10 roadster 2nd 1996–2002 8.0L V10 415–450 hp GTS coupe, first ACR 3rd 2003–2006 8.3L V10 500 hp SRT-10 roadster and coupe 4th 2008–2010 8.4L V10 600 hp SRT-10 ACR 5th 2013–2017 8.4L V10 640–645 hp SRT Viper, Dodge Viper GTC and ACR First generation (1992–1995): The RT/10 Pre-production Vipers paced the 1991 Indianapolis 500 with Carroll Shelby himself at the wheel of one, and the first retail cars reached customers in January 1992. The RT/10 roadster was famously bare-bones. It had no exterior door handles, no roll-up windows (just zip-in side curtains), no anti-lock brakes and, at first, air conditioning only as a dealer-installed option. What it did have was 400 horsepower, enormous torque and side-exit exhaust. It was a car you had to respect, and drivers loved it for exactly that reason. Second generation (1996–2002): The GTS coupe In 1996, the Viper got a coupe. The GTS, with its iconic "double-bubble" roof and blue paint with white racing stripes, became one of the most recognizable American cars of the decade. It paced the Indianapolis 500 in 1996, and its V10 made 450 horsepower. The coupe added real windows, and this generation brought more comfort and safety features, including airbags and, by 2001, anti-lock brakes, while keeping the Viper's wild personality. In 1999, Dodge introduced the first ACR (American Club Racer) package for drivers who wanted to take their Viper to the track. Production moved to Detroit's Conner Avenue Assembly Plant in 1995, where Vipers would be hand-assembled for the rest of the car's life. Third generation (2003–2006): The SRT-10 The redesigned Viper SRT-10 brought sharper, more modern styling and a bigger 8.3-liter V10 rated at 500 horsepower. The roadster came first, followed by a new SRT-10 coupe. The name reflected Chrysler's Street and Racing Technology (SRT) performance group, which developed Dodge's most extreme vehicles. Fourth generation (2008–2010): 600 horsepower For 2008, the V10 grew to 8.4 liters and jumped to 600 horsepower. The SRT-10 ACR returned as a serious track car with aggressive aerodynamics, adjustable suspension and lighter weight. In 2011, a fourth-generation ACR set a Nürburgring lap time of 7:12.13, one of the fastest production-car laps of its time. Production of this generation ended in July 2010, and for a couple of years it looked like the Viper might be gone for good. Fifth generation (2013–2017): The comeback The Viper returned for 2013 as the SRT Viper, with a stiffer chassis, a more refined interior and 640 horsepower. For the first time, the Viper got modern electronic stability control and traction control. In 2015, it was renamed the Dodge Viper and gained 5 more horsepower, for 645 horsepower and 600 lb-ft of torque. Dodge said the V10 delivered the most torque of any naturally aspirated sports car engine in the world. The final Viper ACR, with its optional Extreme Aero Package producing roughly one ton of downforce at top speed, became a record-setting track monster. Dodge says it held 13 road-course lap records certified by the Sports Car Club of America. The Viper on the Racetrack The Viper wasn't just fast on paper. It proved itself at the biggest endurance races in the world. Le Mans: The Viper GTS-R, run by the French team Oreca, won its class at the 24 Hours of Le Mans in 1998, 1999 and 2000. Daytona: In 2000, a Viper GTS-R won the Rolex 24 at Daytona overall, beating faster prototype race cars across the finish line. Championships: Oreca won the 1999 FIA GT Championship and the 1999 American Le Mans Series GTS title with the Viper. Spa and the Nürburgring: Vipers won the Spa 24 Hours in 2001 and 2002 and took multiple wins at the Nürburgring 24 Hours. A late encore: In 2014, the factory-backed Viper team won the drivers' and teams' championships in the United SportsCar Championship's GT Le Mans class. For a car many people saw as a brute-force muscle machine, the Viper's racing record showed it could win against the most sophisticated sports cars in the world. What It Was Like to Drive a Viper Ask anyone who has driven a Viper, and you'll usually hear the same words: intense, physical and unforgettable. The V10 made huge torque from very low in the rev range, so the car surged forward in almost any gear. Early Vipers had no traction control, which meant the driver's right foot was the only thing managing all that power. On a cold or damp day, that demanded real respect. Every Viper used a manual transmission. There was never an automatic option, which made the Viper feel like a throwback even when it was new. The long hood stretched out in front of you, the seating position was low and the exhaust note was a deep, uneven rumble unlike any V8. Later generations grew far more civilized, with better brakes, modern stability control and comfortable interiors, but they never lost that raw edge. That's a big part of why owners and fans remember the Viper so fondly. It made every drive, even a trip to the grocery store, feel like an event. The Viper-Powered Pickup: The Ram SRT-10 One of the wildest chapters in the Viper story didn't involve a sports car at all. From 2004 to 2006, Dodge sold the Ram SRT-10, a full-size pickup with the Viper's 8.3-liter V10 under the hood. It made 500 horsepower and 525 lb-ft of torque, and early models came with a six-speed manual transmission. It was an outrageous idea, and truck fans still talk about it today. That spirit of putting huge power in a pickup lives on in Ram's performance trucks. If you're curious about how today's Ram lineup compares, see our guide to half-ton vs. three-quarter-ton vs. one-ton trucks. Why the Viper Ended In October 2015, Fiat Chrysler announced the Viper would end production in 2017. The company pointed to slow sales; the Viper was always a niche, expensive car. Industry reports also pointed to a federal safety standard (FMVSS 226) that required side-curtain airbag protection, which would have been very difficult to add to the Viper's design without a major and costly redesign. Dodge gave the Viper a proper send-off with a run of serialized special editions for its final year, many paying tribute to famous Vipers of the past. The last Vipers were built in Detroit, and the Conner Avenue Assembly Plant closed on August 31, 2017. In total, just under 32,000 Vipers were built over the car's life. Why the Viper Still Matters Nearly a decade after the last one was built, the Viper still has a devoted following, and it's easy to see why. It was pure. Big engine, rear-wheel drive, a manual transmission and a long hood. In an age of turbocharged engines and digital everything, that simplicity feels special. It was American. Designed and built in Detroit, the Viper proved an American carmaker could build a world-class supercar. It was a winner. Class wins at Le Mans, an overall win at Daytona and production-car lap records gave it serious credibility. It was rare. With fewer than 32,000 built over 25 years, every Viper is a special sight at a car show or cruise night. You can see that passion right here in the Kansas City area. At local car shows, cruise nights and Cars and Coffee meetups, a Viper still draws a crowd faster than almost anything else in the lot. Longtime fans love telling the story of the first time they heard one start up, and younger enthusiasts who grew up seeing Vipers in video games and posters finally get to see one in person. For many Mopar fans in Lee's Summit and beyond, the Viper is the car that made them fall in love with Dodge in the first place. Low-production, special-edition Vipers, especially early RT/10s, GTS coupes and late ACRs, have become collector favorites. If you own one, keeping it in top shape with regular service, fresh fluids and careful storage helps protect both the driving experience and its value. Thinking about buying a used Viper? If owning a Viper is on your bucket list, a few tips can help you shop smart: Get the service history. Regular fluid changes and documented maintenance matter on a high-performance V10. Check tires and brakes. Performance tires age out even with low miles, and track use can wear brakes and suspension quickly. Look for track wear and modifications. Aftermarket parts aren't automatically bad, but they can affect reliability and value. Have it inspected. A pre-purchase inspection by a technician who knows Dodge performance cars is money well spent. Check for open recalls by VIN on the NHTSA website. Fun Viper Facts The original RT/10 didn't have exterior door handles. You opened the doors from the inside. Early Vipers used zip-in side curtains instead of roll-up windows, and factory air conditioning didn't arrive until 1994. The famous blue-and-white GTS coupe paced the Indianapolis 500 in 1996. The 2017 Viper could be built in so many combinations that Dodge said there were more than 50 million possible configurations for the GTC and ACR. The Viper's V10 shared DNA with a Lamborghini engineering effort, a connection few American sports cars can claim. Where the Viper's Spirit Lives Today There's no new Viper on sale today, but the attitude that made it great is very much alive in the Dodge lineup. If you love big power and bold design, these are the vehicles to know: Dodge Charger The new Charger carries Dodge's muscle-car legacy into a new era. For 2026, the gas-powered Charger is available with the twin-turbo Hurricane Sixpack inline-six, making 420 horsepower in the R/T and 550 horsepower in the Scat Pack. There's also the all-electric Charger Daytona for drivers who want instant electric torque. Like the Viper, the Charger is built around the idea that driving should be exciting. It also adds things the Viper never offered, like a usable back seat, a big hatchback cargo area and available all-wheel drive, so you can enjoy Dodge performance all year round, even through a Kansas City winter. Dodge Durango SRT Hellcat If you need room for the family but still want to feel something every time you press the gas, the Durango SRT Hellcat is a three-row SUV with a supercharged HEMI V8. For 2026, Dodge rated the Durango SRT Hellcat Jailbreak at 710 horsepower. It's about as close as you can get to Viper-level thrills with seating for up to seven. The Jeep Wrangler 392 It's not a Dodge, but if you want a big, naturally aspirated engine with a wild personality, the HEMI V8-powered Wrangler 392 is worth a look. Read our guide, What Is the Jeep Wrangler 392?, to learn more. Want more Mopar history? Read our look back at Dodge's great muscle cars. Frequently Asked Questions What years was the Dodge Viper made? The Viper was built from 1992 to 2017, with a short break after the fourth generation ended in 2010. It returned for the 2013 model year and ended production in August 2017. How much horsepower did the Dodge Viper have? The first Viper RT/10 made 400 horsepower from an 8.0-liter V10. The final Dodge Viper made 645 horsepower and 600 lb-ft of torque from an 8.4-liter V10. Did Lamborghini design the Viper engine? Lamborghini, which Chrysler owned at the time, helped design the Viper's V10 and cast an aluminum prototype engine block. The engine was based on Chrysler V8 architecture. Why did Dodge stop making the Viper? Fiat Chrysler cited slow sales when it announced the end of the Viper. Industry reports also pointed to a federal side-curtain airbag safety standard that would have been difficult to meet without a costly redesign. How many Dodge Vipers were made? Just under 32,000 Vipers were built across five generations from 1992 to 2017. Did the Viper ever win Le Mans? The Viper GTS-R won its class at the 24 Hours of Le Mans three years in a row, in 1998, 1999 and 2000. It also won the 24 Hours of Daytona overall in 2000. What does ACR stand for on the Viper? ACR stands for American Club Racer. It was Dodge's track-focused version of the Viper, with upgraded suspension, aerodynamics and brakes for drivers who wanted to race or take the car to track days. Where was the Dodge Viper built? Every Viper was built in Detroit. Early cars came from the New Mack Avenue plant, and from 1995 until the end of production in 2017, Vipers were assembled at the Conner Avenue Assembly Plant. Will Dodge bring back the Viper? Dodge hasn't announced a new Viper. For now, the Charger and Durango SRT Hellcat carry on Dodge's high-performance spirit. Feel Dodge Performance at McCarthy CDJR The Viper proved that Dodge knows how to build something unforgettable, and that tradition continues today. Whether you're shopping for a new Charger, a Durango SRT Hellcat or a certified pre-owned Dodge performance car, the team at McCarthy Jeep Ram Chrysler Dodge in Lee's Summit would love to help you find your next thrill. We'll walk you through the options, set up a test drive and make the buying process easy. We're located at 1051 SE Oldham Parkway in Lee's Summit, just off US-50, serving drivers from Blue Springs, Raymore, Independence, Belton, Grain Valley, Greenwood, Overland Park and across the Kansas City metro. Browse our Dodge inventory or call us at (816) 441-5389 to schedule a test drive. Shop Dodge Inventory
4WD vs. AWD: Which Is Better in Snow and Ice?
The first snow of the season in Lee's Summit always brings the same scene: cars spinning their tires at the bottom of a hill, a pickup creeping up an unplowed side street and someone asking, "Wait, does my car have four-wheel drive or all-wheel drive?" If you're shopping for a new vehicle before winter, or just wondering what your current one can handle, the difference matters more than most people think. The short answer For most Lee's Summit and Kansas City drivers who stick to plowed roads and highways, all-wheel drive (AWD) is the easiest choice because it works automatically all the time. Four-wheel drive (4WD) is better for deep snow, unplowed or rural roads, steep driveways, towing and off-road driving. But neither one helps you stop or steer on ice. Good tires and careful driving matter more than which system you have. In this guide, we'll explain how AWD and 4WD actually work, where each one shines in Kansas City winters, which Jeep, Ram, Dodge and Chrysler models use which system and how to get the most out of whichever you drive. Whether you commute on I-470, live on a hilly street in Lee's Summit or drive gravel roads out past Lone Jack and Pleasant Hill, you'll know exactly what to look for in your next vehicle. First, Why Driving More Wheels Helps Most vehicles are built as front-wheel drive or rear-wheel drive, meaning the engine powers only two wheels. On dry pavement, that's plenty. On snow and ice, though, a tire can only push the vehicle forward as hard as its grip allows. When one or both driven wheels start to spin, you go nowhere. Sending power to all four wheels spreads the work across four tires instead of two. Each tire needs less grip to move the vehicle, so you're far less likely to spin your wheels pulling away from a stop sign, climbing a hill or getting out of a snowy parking spot. That's the key benefit both AWD and 4WD share. The difference between them is how and when they send power to all four wheels. How All-Wheel Drive (AWD) Works All-wheel drive is designed to work automatically, without the driver doing anything. Most modern AWD systems monitor wheel speed, throttle, steering and road conditions many times per second. When the system senses or predicts slip, it sends more power to the wheels with the best grip. Some AWD systems send power to all four wheels all the time. Others run mostly in front- or rear-wheel drive to save fuel and bring the other axle in automatically when it's needed. Either way, you just drive. Where AWD shines Everyday winter commuting on plowed streets, highways and slushy roads Sudden changes in conditions, like a patch of slush on an otherwise clear road Rainy days, when it helps reduce wheelspin on wet pavement Drivers who don't want to think about it, since there's nothing to switch on The limits of AWD AWD systems usually don't have a low-range gear for crawling through deep snow or off-road terrain. Many are tuned for on-road traction and fuel efficiency, not for getting unstuck from a deep drift. How Four-Wheel Drive (4WD) Works Traditional four-wheel drive uses a transfer case to send power to both axles, and it's built for tougher conditions. Many 4WD systems let the driver choose between modes: 2WD (2H): rear-wheel drive for normal dry roads, saving fuel and wear. 4WD High (4H): locks the front and rear axles together for extra traction at normal speeds on snow, ice, gravel or mud. 4WD Low (4L): a low-range gear that multiplies torque for very slow, controlled driving through deep snow, steep hills or off-road obstacles. 4WD Auto (on some systems): works like AWD, automatically sending power to the front wheels when needed. It's a great setting for changing winter conditions. Where 4WD shines Deep or unplowed snow on rural roads, long driveways and side streets Steep, snow-covered hills and driveways Towing or plowing in winter conditions Getting unstuck, especially with low range Off-road driving year-round The limits of 4WD Part-time 4WD is meant for slippery surfaces. Driving in 4H on dry, grippy pavement can cause the driveline to bind when turning, which can lead to extra wear. That's why many newer systems add a 4WD Auto mode. 4WD vehicles are also often heavier and may use a bit more fuel. Check your owner's manual for how and when to use each mode. AWD vs. 4WD at a Glance All-wheel drive (AWD) Four-wheel drive (4WD) How it engages Automatically Driver selects a mode; some offer 4WD Auto Best for Plowed roads, highways, mixed conditions Deep snow, unplowed roads, steep driveways, towing, off-road Low-range gearing Usually no Usually yes Driver involvement None Some, depending on the system Common on Cars, minivans and many SUVs Trucks and off-road SUVs Helps you stop on ice? No No The Most Important Thing to Know: AWD and 4WD Don't Help You Stop This is where a lot of winter accidents start. AWD and 4WD help you go. They do not help you stop, and they don't make your tires grip better in a turn. Every vehicle, whether it has two driven wheels or four, relies on the same four tire patches to brake and steer. Consumer Reports put this to the test. In its snow testing, an AWD SUV on all-season tires took almost 700 feet to stop from 60 mph. On new winter tires, both that AWD SUV and a front-wheel-drive sedan stopped in about 300 feet. Consumer Reports also found that some AWD vehicles on all-season tires struggled to hold their line in corners. Its conclusion: winter tires matter more than AWD in many situations. The danger is overconfidence. Because AWD and 4WD vehicles accelerate so easily on snow, drivers may go faster than conditions allow and then discover the vehicle doesn't stop or turn any better than anything else on the road. On I-470, US-50 or Highway 291, that's how winter fender-benders happen. Tires: The Real Winter Hero If you take away one tip from this guide, make it this: your tires matter as much as, or more than, your drive system. Winter tires use soft rubber that stays flexible in the cold and deep, specially designed treads that grip snow and ice. Consumer Reports recommends a full set of four for any vehicle in snowy areas. All-season tires are fine for many Kansas City drivers, especially if you mostly drive plowed roads, but their grip drops in deep snow and on ice. All-terrain tires, common on Jeep and Ram 4x4s, often carry the three-peak mountain snowflake symbol, which means they've met an industry standard for snow traction. Check your tire sidewall. Tread depth matters. Worn tires lose snow and slush traction quickly. If your tires are getting low, replace them before winter. Check tire pressure when the weather turns cold. As a rule of thumb, tire pressure drops about 1 to 2 PSI for every 10-degree drop in temperature. What Kansas City Winters Really Look Like Kansas City winters are a mixed bag, which is exactly why this question comes up so often. Snow can fall anytime from November through April, with January usually the snowiest and coldest month, when the average low is about 24°F. Instead of steady, deep snowpack, the metro tends to see a mix of light snow, sleet, freezing rain and the occasional big storm. That mix shapes which system makes sense: Light snow and slush on main roads: AWD handles this beautifully. Most Lee's Summit, Blue Springs and Independence commuters spend the majority of winter in these conditions. Ice and freezing rain: neither AWD nor 4WD helps much. Good tires, slow speeds and extra following distance are what count. Big storms and unplowed streets: 4WD with good ground clearance gets through deeper snow, especially on side streets, cul-de-sacs and steep driveways that get plowed last. Rural roads: if you live on gravel or county roads around Lone Jack, Pleasant Hill, Harrisonville or Greenwood, 4WD and extra ground clearance give you a real advantage after a storm. Which Chrysler, Dodge, Jeep and Ram Models Have AWD or 4WD? Here's how today's CDJR lineup approaches winter traction. Exact systems vary by trim, so check the window sticker or ask our team about the specific vehicle you're considering. Jeep: 4x4 for every kind of winter Jeep offers several 4x4 systems, ranging from fully automatic to serious off-road hardware. Jeep Compass: 4x4 comes standard on every 2026 Compass. Its Jeep Active Drive system works automatically, sending torque to the rear wheels when the front wheels start to slip, so it drives like an AWD vehicle in the snow. The Trailhawk can add Active Drive Low with a 20:1 crawl ratio. Jeep Grand Cherokee: available 4x4 systems include Quadra-Trac I, a full-time system that works automatically, and Quadra-Drive II, which adds a rear electronic limited-slip differential for more traction. Selec-Terrain lets you choose modes like Auto and Snow with a dial. Jeep Wrangler and Gladiator: these use true transfer-case 4x4 with 4WD Low. Depending on the trim, you may have a part-time system or the Selec-Trac system with a 4WD Auto mode, which is ideal for changing winter roads. Rubicon models add locking differentials and extra-low gearing for the toughest conditions. Jeep Wagoneer and Grand Wagoneer: available 4x4 systems bring Jeep capability to a full-size, three-row SUV. Ram: 4x4 trucks for work and winter Ram 1500, 2500 and 3500 pickups are available in 4x4. Depending on the configuration, the Ram 1500 uses either a part-time transfer case (2WD, 4H and 4L) or an on-demand system that adds a 4WD Auto mode. If you plow snow, tow in winter or live on a long rural driveway, a Ram 4x4 is one of the most capable winter vehicles you can buy. Pickups have light rear ends when the bed is empty, which is one more reason 4x4 makes a difference on snow. Dodge: performance with all-weather traction Dodge Charger: AWD is standard on every 2026 Charger, according to Dodge. The gas-powered Sixpack models use a system that continuously varies torque between the front and rear axles, and the Wet/Snow drive mode splits power evenly, 50/50, for the best traction. You get muscle-car performance without having to park it for the winter. Dodge Durango: AWD is standard on HEMI V8 models and available on the GT V6. The V6 system sends 50% of the torque to each axle full time, while the V8 system varies the split based on conditions. That makes the three-row Durango a strong choice for families who need space and winter confidence. Chrysler: winter confidence for families The Chrysler Pacifica offers available AWD on gas models. The system works automatically and engages based on conditions, including cold temperatures, windshield wiper use and wheel slip, and it disconnects when it's not needed to save fuel. Best of all, AWD Pacifica models keep the second-row Stow 'n Go seats. That's a rare combination in a minivan. So Which Is Right for You? Here's a simple way to decide, based on how people actually drive around Lee's Summit and the Kansas City metro. AWD is probably right for you if: You mostly drive on city streets, suburbs and highways that get plowed You want traction that works automatically without pressing buttons You're shopping for a car, minivan or family SUV, like a Charger, Pacifica, Durango or Compass Fuel economy and a smooth, quiet ride are priorities 4WD is probably right for you if: You live on a rural road, gravel road or steep driveway You need to get out early, before the plows come through You tow a trailer or plow snow in the winter You like to go off-road or camp in the spring, summer and fall You want a Wrangler, Gladiator, Grand Cherokee or Ram For many drivers, the best answer is a system that offers both: a 4x4 with a 4WD Auto mode, like Jeep's Selec-Trac or the Ram's on-demand transfer case, gives you automatic AWD-style traction for everyday winter roads, plus 4H and 4L when a big storm hits. Winter Driving Tips for Any Drive System Slow down. Speed limits are set for dry roads. On snow and ice, give yourself far more time to react. Leave extra space. Increase your following distance so you have room to stop. Brake gently and early. If your vehicle has anti-lock brakes, press firmly and steadily in an emergency and let the system do its job. Don't pump the pedal. Accelerate smoothly. Gentle throttle keeps your tires from spinning, even with AWD or 4WD. Use the right drive mode. Select Snow mode or 4WD Auto when available, and save 4L for slow, deep-snow situations. Watch for bridges and overpasses. They freeze before the rest of the road. Clear all the snow. Clean off windows, lights, the roof and sensors for driver-assistance features before you drive. Keep an emergency kit. Pack a blanket, gloves, an ice scraper, a flashlight, a phone charger and a jump starter. Keep Your AWD or 4WD System Ready for Winter AWD and 4WD systems need a little care to work their best: Exercise your 4WD. If you rarely use it, engage 4WD on a slippery surface every so often to keep everything moving freely, following your owner's manual. Service the fluids. Transfer cases and differentials use fluids that should be checked and changed on the schedule in your owner's manual. Rotate your tires regularly. AWD systems work best when all four tires wear evenly. Replace tires in sets. Mismatched tire sizes or tread depths can strain an AWD system. Your service advisor can tell you what your vehicle needs. Watch for warning lights. A Service 4WD or AWD warning means the system needs attention. Our guide to Jeep dashboard warning lights explains what to do. While you're getting ready for winter, don't forget the battery. Cold weather is hard on weak batteries, and our guide to the 7 signs your car battery is dying explains what to watch for. Frequently Asked Questions Is AWD or 4WD better in snow? For everyday driving on plowed roads, AWD is easier because it works automatically. For deep snow, unplowed roads, steep driveways and towing, 4WD is more capable, especially with a low-range gear. Both help you accelerate, but neither helps you stop or steer on ice. Is AWD or 4WD better on ice? Neither system gives much advantage on ice. Stopping and steering depend on tire grip, so winter tires, slow speeds and extra following distance make the biggest difference. Do I need winter tires if I have AWD or 4WD? Winter tires make any vehicle safer in snow and ice. Consumer Reports found that winter tires matter more than AWD in many situations, especially for braking and cornering. Many Kansas City drivers do fine with good all-season or all-terrain tires, but winter tires are the best upgrade if you drive often in bad weather. Can I drive in 4WD on dry roads? Part-time 4WD (4H or 4L) is meant for slippery surfaces and can cause driveline binding on dry pavement. If your vehicle has a 4WD Auto mode, it's designed to handle mixed conditions. Check your owner's manual for your specific system. Is the Jeep Compass AWD or 4WD? Every 2026 Jeep Compass comes standard with Jeep Active Drive 4x4, an automatic system that works much like AWD. It sends power to the rear wheels when the front wheels start to slip. Does the Dodge Charger have all-wheel drive? Yes. According to Dodge, AWD is standard on every 2026 Charger, and its Wet/Snow drive mode splits power evenly between the front and rear axles for better traction. Is AWD worth it in Kansas City? For many drivers, yes. Kansas City's mix of snow, slush and freezing rain makes extra traction valuable for pulling away from stops and climbing hills. Just remember to pair it with good tires and safe winter driving habits. Find Your Winter-Ready Vehicle at McCarthy CDJR Whether you need an AWD Pacifica for school drop-offs, an AWD Charger for year-round fun, a Jeep with true 4x4 capability or a Ram 4x4 for work and winter, the team at McCarthy Jeep Ram Chrysler Dodge in Lee's Summit can help you find the right fit. We'll explain how each system works, help you choose the right tires and make sure you're ready before the first storm hits. We're located at 1051 SE Oldham Parkway in Lee's Summit, just off US-50, serving drivers from Blue Springs, Raymore, Independence, Belton, Grain Valley, Greenwood, Lone Jack, Pleasant Hill and across the Kansas City metro. Browse our AWD and 4x4 inventory, schedule a winter service check or call us at (816) 441-5389. Shop AWD and 4x4 Inventory