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Murrieta, California Native Will Rodgers Makes Transition into K&N Pro Series West

NASCAR K&N Pro Series West driver Will Rodgers races for Jefferson Pitts Racing

NASCAR K&N Pro Series West rookie Will Rodgers was the runner-up in the race at Sonoma Raceway

NASCAR K&N Pro Series West rookie Will Rodgers is coming off his best finish of the season. He came in second in the race at Sonoma Raceway. He and NASCAR Monster Energy driver Kevin Harvick battled for the lead over the final laps of the race. At one point, Rodgers and Harvick had a nine-second lead over the rest of the field.

“It’s more than I expected overall,” said Rodgers who drives for Jefferson Pitts Racing. “Friday when we showed up, we unloaded off the truck really well. The car did exactly what I wanted it to do. We made a few tiny adjustments. But ultimately went back to the setup we unloaded with off the truck for the race. Obviously it worked out really well.”

Rodgers has put together an impressive rookie season. He won the pole at Sonoma Raceway. He is in fourth place in the K&N Pro Series West standings after eight races. He has five top-five finishes and is in prime position to win the rookie of the year. He is third in the rookie standings, one point behind Kody Vanderwal and eight points behind Derek Kraus.

“As far as experience goes, I have experience in five different types of motorsports,” Rodgers said. “Sonoma was my 13th stock car race ever. I have zero late model experience or modifieds. I jumped immediately from sports car racing into full-blown stock cars.”

Rodgers started the season with a string of top-five finishes. He opened the season in Arizona with a fifth-place finish in the K&N Pro Series West race at Tucson Speedway in March. He followed with a third-place finish at Kern County Raceway Park in California five days later. He posted a pair of fifth-place finishes at Irwindale Speedway.

“This is the first time I’ve been to all of these tracks except Sonoma,” Rodgers said. “Our first time to Kern County, again we unloaded off the truck and the car just fired off exactly how we wanted it to. We made little adjustments again and improved it. We did maximize the equipment when we were there.

NASCAR K&N Pro Series West driver Will Rodgers won pole at Sonoma Raceway

Will Rodgers won his first NASCAR K&N Pro Series West pole at Sonoma Raceway

“We have the potential to do well on these circuits too. That was definitely one that stood out. Those were kind of our best finishes of the year. That was a great week for us.”

He hit a bit of a road bump in May. He was 19th in the K&N Pro Series West race at Spokane County Raceway in Washington and 20th in the race at Orange Show Speedway in California. He moved back into the top 10 at Colorado National Speedway in June when he was ninth.

“The last three oval races didn’t show what we wanted,” Rodgers said. “Those three races were kind of a bummer. That was kind of the slump in our season. That’s how it goes sometimes.”

The 22-year-old from Murrieta, California, has a diverse racing career. He won a Hawaii state go-karting championship in 2005. He has raced in motocross, off-road trucks, UTVs, and road racing cars. He competed in the Pirelli World Challenge Touring Car series before moving to stock cars and NASCAR.

His trip to Sonoma Raceway's 1.99-mile road course was not his first. It is why he was so successful on the difficult track. The field included Daniel Suarez and Ryan Blaney, drivers from the NASCAR Monster Energy Cup Series. Rodgers kept his car in front of Suarez and Blaney for the entire race.

“To put my name in front of guys like Kevin Harvick, Suarez, and Blaney was pretty awesome,” Rodgers said. “The weekend started off really well that way. It was definitely the highlight of the year so far. It was pretty great.”

Chasing down Harvick was another story. While Rodgers was able to keep pace with the 2014 NASCAR Cup Series champion, he wasn’t able to pass him. Still, bringing the car home in second place was quite an accomplishment and a much needed boost after a little slump the past couple of weeks.

NASCAR K&N Pro Series West driver Will Rodgers racing at Sonoma Speedway in California

Will Rodgers led the first 26 laps of the NASCAR K&N Pro Series West race at Sonoma Raceway

“Through those laps, I kind of settled in behind Kevin and I knew the laps were clicking down and we had to make a move,” Rodgers said. “The caution before I kind of figured out where I was faster than Kevin and where he was faster than me. Those last few laps I tried to utilize that. I made a few little mistakes, Kevin did as well. That allowed me to, on the last lap, get right on his bumper and challenge him. I ultimately decided not to make the move that would have been controversial, I guess, in turn 11. We poked our nose in there, but I decided I’m going to race this guy exactly how I want to be raced. He’s a Cup champion, he’s the kind of guy that likes to race people clean and when other people don’t race him clean, he doesn’t take it kindly.

“I think we made the right decision. That was definitely worth it.”

The next race for the NASCAR K&N Pro Series is at Iowa Speedway. It will pit the drivers and teams from the K&N Pro Series East and West in the same race.

“We’re going to be able to adapt quickly,” Rodgers said. “My hope is that we finish top five overall. I think we’re going to be able to do that as long as we don’t have any issues early on.”

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Aston Martin K&N Partnership Yields Victory At The 24 Hours of Le Mans

K&N equipped Aston Martin Vantage GTE racing at the 24 Hours of Le Mans

The #97 Aston Martin Vantage GTE was within range of the leaders throughout the event

The team of Darren Turner, Daniel Serra, and Jonny Adam had driven hard to keep their Aston Martin Vantage GTE within striking distance of the Chevrolet Corvette against which they’d been competing for over 23 hours. It was a difficult challenge for the Aston Martin trio as their car was based on a much older model than the Ford GT or Corvette. Next year there’d be a brand-new design but right now they had to fight with what they had.

This was the 85th running of the 24 Hours of Le Mans, named for the city just north of the Circuit de la Sarthe, where the race is held. The first event was run in 1923 and it’s been run annually except for 1936 as there was a workers strike in France, and then from 1940 through 1948, due to WWII.

The circuit was originally comprised entirely of public roads. The bulk of the circuit remains so for the rest of the year. The famed Mulsanne Straight, a standard highway when not used for the race at one time measured 3.7 miles long and by 1988 cars could achieve up to 240 mph. For safety, there are now two chicanes dividing the Mulsanne into three shorter straightaways.

K&N equipped Aston Martin GTE leaving the pits right behind the Le Mans leading Corvette

Jonny Adam slips in behind the Corvette of Ricky Taylor leaving the pits for the final dash

With the leading Corvette in sight and the Ford GTs right on their tail, Aston Martin Racing made the decision that the final stop for car #97 would be fuel only – no fresh tires, no replacement driver – trying to save as much time as possible to get Jonny close to the Corvette in the closing minutes of the race. The strategy paid off as Jonny exited the pits on the tail of the leading Corvette C7R.

“We nearly got the jump on the Corvette at the stop, but we had to pull in behind it and trundle down the pit lane,” recalls Adam. "Then my engineer came on the radio and said ‘to win Le Mans, you have to pass that Corvette.’"

While the Aston Martin Ulster wasn't equipped with a K&N filter, one can be fitted

The 1.5L Aston Martin Ulster was a popular car and frequent class winner at Le Mans in the 1930s

Aston Martin is no novice at Le Mans. It first competed in 1931 with its sophisticated 1.5L engine the top entry finished fifth overall, besting much larger cars. Though there were entries each year the race was run, the factory didn’t get serious until 1950, when it created an all-new sports car capable of tackling the event. That was the DB2 which was further developed into the DB3 (and later the DB5, for which James Bond had a affinity).

By 1959, Aston Martin constructed a full-on race car -- the DBR1/300, with a 3.0L six cylinder engine. With it, factory drivers Carroll Shelby and Roy Salvadori won the 1959 24 Hours of Le Mans outright against six factory Ferraris driven by the likes of fellow Americans Dan Gurney and Phil Hill.

Aston Martin withdrew from motorsports, and while providing encouragement from time to time to private teams, supported no official entry. In 2004, the creation of Aston Martin Racing and the marque’s full-scale return to international motorsports came to fruition.

Aston Martin won Le Mans outright in 1959, despite the fact the car wasn't fitted with K&N F

Carroll Shelby co-drove an Aston Martin DBR1 to overall victory in the 1959 24 Hours of Le Mans

The team's first race was the opening round of the American Le Mans Series at Sebring in 2005, where it scored a spectacular GT1 class victory with a DBR9, despite limited testing. Darren Turner, one of the three drivers who piloted the winning Aston Martin at Le Mans this year was also on the victorious squad at that first Sebring race. In 2007, Aston Martin took its first class victory at Le Mans for the DBR9.

“We started the partnership back in 2005 with the Aston Martin DBR9,” explained Joost Adriaans who is the K&N R&D Manager for Europe, Middle East, and Africa. “In 2013, we transitioned from supplier to partner, so we now have K&N branding on the race cars, pit panels, and support trucks. We also supply Aston Martin with K&N Filters for the Vantage V8 GTE, GT3, and GT4 cars,” Joost added.

In 2014, Aston Martin scored another Le Mans win for the Vantage GTE. And now the K&N-equipped #97 Aston Martin Vantage GTE was headed down the pit lane on the heels of the #63 Corvette driven by American Jordan Taylor, whose car was full of fuel but also without fresh tires.

The team was pleased with how the K&N equipped Vantage GTE performed in pre-season testing

Despite being based on a much older platform, the Vantage GTE performed well against the Corvette

As he followed Taylor around the track for several laps Jonny analyzed the young American’s strengths and weaknesses. “The one area I thought he looked weak on was the run to Indianapolis and down to Arnage,” Jonny related. Based on his observations he took a shot at passing Taylor at the Arnage right-hander but couldn’t make it stick. Jonny remained within 1.5 seconds of Taylor as they rounded the 8.47 mile circuit. Then on the second to last lap Taylor locked up the brakes on the Corvette at the second Mulsanne chicane.

"There was a small bit of contact on the way out of the (Arnage) corner and again the gap rose, but he had a big lock-up down the Mulsanne, into the second chicane, and then after that he was braking a lot earlier in some places," Jonny recalled. "We were running nose-to-tail through the Porsche Curves, I could see his left-front tire seem to start delaminating, and the key then was to be patient, wait until the exit, and get him there.”

Alll three Aston Martin Vantage GTE race cars were fitted for the 24 Hours of Le Mans

The winning Aston Martin crosses the finish line alongside a team car a few laps down

Taylor said the high-speed lock-up at the chicane took him by surprise, and afterwards he was battling a flat spot on one tire while another was deflating. "When the lock-up happened it was so abrupt and unexpected -- usually you lock in the second part of the brake phase, but these just locked as soon as I touched the brake, so it caught me off-guard," Taylor said. "When I knew I wasn't going to make the chicane I decided just to go straight, try to make the most of it, so I went flat-out through the gravel trap to try to maintain the gap,” Taylor recalled.

Taylor did his best to keep Jonny behind him but coming out of the final chicane before the pits, Jonny made his move as they crossed the start/finish line on the final lap. He had just taken the lead of the 24 Hours of Le Mans and had only to complete one last lap.

The #67 Ford GT driven by Harry Ticknell managed to slip past the stricken Corvette on the very last lap, making the finishing order in GTE Pro Aston Martin, Ford, Corvette.

Adam is an extremely accomplished GT racer in Great Britain where he's won several championships

Scottish race driver Jonny Adam drove the K&N-equipped Aston Martin Vantage GTE home to victory

Jonny first raced at Le Mans last year, having finished sixth in class in a Vantage GTE. “It was a big milestone in my career to get to Le Mans,” he said. “I’d done other 24 hours races, but Le Mans was the one on the bucket list. It's such a demanding circuit and such a long race that having previous experience of it really helps you understand what's required to prepare and then manage yourself and the car during the race."

Paul Howarth Team Principal Aston Martin Racing said, “It’s very difficult to put into words what it means to Aston Martin Racing and all of our partners. Aston Martin and its heritage has a strong history with this very special race and to deliver a Pro class win with the #97 is a credit to everybody involved whether here at the track or whatever part they play with this race team.” As one of the partners, K&N Filters congratulates Darren, Daniel, and Jonny on a superb drive and thanks the entire Aston Martin Racing operation for their hard work and dedication in making this exciting victory possible.

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Can a Cold Air Intake Really Help Your Import Make More Power?

Installing a K&N cold air intake into your sport compact is a guaranteed way to make more horsep

Installing a K&N cold air intake into your sport compact is a guaranteed way to make more horsepower

Cold air intakes are an extremely easy way to add horsepower, torque, and throttle response to modern and classic imports. Engines get their power by sucking in air, mixing it with fuel, and combusting that air/fuel mixture. To make more power, add more air, to which the ECU adds more fuel. Popular engines like the Toyota 1JZ/2JZ, Nissan SR20DET, Honda K20A2, and Mazda 13B respond very well to the addition of extra air. A cold air intake helps get that much-needed air into the engine. Thanks to companies like K&N Engineering, your engine can breathe easier and is protected from harmful impurities that could damage your engine.

K&N cold air intakes offer increased airflow while maintaining excellent filtration. At the heart of the K&N intake is an oiled cone or cylinder shaped air filter. These pleated filters feature several layers of cotton that is sandwiched between aluminum mesh for rigidity. The cotton is then coated in a special grade of oil to make the cotton fibers extremely tacky. This means that even though it allows more air through it than a typical paper air filter, it effectively traps dirt, dust, and other contaminants that may cause damage to your engine. Another benefit is that once it is dirty, it doesn’t have to be thrown away, like OE paper air filters. It can be washed and reused over and over again. In fact, K&N guarantees their kits to last with a 10-Year/Million Mile Limited Warranty. So you may never have to buy another filter for your car again.

The next piece of the K&N cold air intake system is either an enclosed air box or self-sealing heatshield. The amount of air getting into the engine is only one part of the horsepower equation. Another part is the quality of the air, specifically the temperature. Hot air contains fewer oxygen molecules than cold air. The heatshield or air box helps keep hot engine bay air out of the intake, allowing cooler outside air to get to your engine. This provides more oxygen molecules for the fuel to bond with, creating a bigger, more explosive burn, resulting in more power.

Plastic intake tubes allow the air to be precisely routed for the most power and driveability

Plastic intake tubes allow the air to be precisely routed for the most power and driveability

Plumbing the filter and heatshield to the throttle body is an air tube. K&N makes several different styles of tubes. From powder-coated aluminum to plastic, these tubes all provide one common thing: a large, smooth, less restrictive path to the engine. This allows the engine to not have to work as hard to get the air it needs. It also lessens the turbulence of the air. The smoother, or more laminar the flow of the air, the better it will mix with the fuel. You can see where this is headed. Basically it comes down to more air and a better quality of air results in bigger horsepower numbers.

K&N tests all of their cold air intakes before they go into production for fit, style, and function. They also install the kits on test vehicles to confirm they install easily and to test the power gains. These dyno numbers are available for each intake and can be found on the product page for the intake. This allows customers to see the estimated increase that they will see with a K&N intake. For more information on cold air intakes for imports or any other car, truck, SUV, boat, snowmobile, RV, or anything else you might own, visit knfilters.com.

K&N cold air intakes typically consist of a filter, heatshield, intake tube, and hardware

K&N cold air intakes typically consist of a filter, heatshield, intake tube, and hardware

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The 2018 Shelby GT500 is Almost Here, What Does K&N Have in Store for this Monster?

The K&N 57 Series FIPK Intake increases power while meeting CARB emmissions standards

K&N 57-2571 air intake system added an estimated 53.7 horsepower to the 2007-2009 Shelby GT500

One of the most anticipated muscle cars coming out this year – or any of the last few years – is the Ford Shelby GT500. Unlike some recent vehicle releases from other manufacturers, the Shelby GT500 can do it all: acceleration, braking, and cornering.

While there was some anticipation that the GT500 might be powered by a version of EcoBoost V6 under the rear hatch of the Ford GT, it appears the Blue Oval folks have gone the cubic inch route, much like Chevy and Dodge.

Word on the street is that a new 7.0L (427!) DOHC V8, code named 7X, developed initially for light truck application, will see duty in both the Shelby GT500 and the next Ford Raptor. It’s part of a $600 million investment Ford is making in the Windsor, Ontario, engine plant.

The other engine that seems to be part of the discussion is to supercharge the existing 5.0L V8. Dodge added 220 horsepower to the 392ci motor to create the Hellcat so it’s a viable path.

Little else is known about the new Shelby GT500. One can take some clues from both its current competitors as well as the last generation Shelby GT500. Horsepower can be expected to be in the range of the Chevrolet Camaro ZL1 at 650 horsepower and the Dodge Challenger SRT Hellcat at 707 horsepower. It’s likely that Ford will ignore the Challenger SRT Demon as it’s specifically designed for drag racing only and not all-around performance like the GT500.

From a chassis standpoint, expect a carryover of the existing Mustang four-wheel independent suspension with some heavy tuning to make it instantly track-ready. Likewise, wheels and tires will likely go to 20 inches, which provides for more room for larger rotors and calipers. Exotic pad and rotor materials have been rumored.

All these likelihoods have been on the minds of K&N engineers. They’ve been assessing the engine bay of a Mustang GT to determine the impact of a 7.0L V8, a supercharged 5.0L, or even a twin-turbo V6. Why? Buyers of the Shelby GT500 will want to track the cars as soon as possible, and being enthusiasts will want an immediate edge against other cars and other Shelby GT500 as well.

So K&N is standing by to begin the development process for a replacement filter, cold air intake system, oil filter, or even a cabin air filter regardless of which engine is selected. And don’t forget that K&N developed the 57-2571 performance air intake system that demonstrated in chassis dynamometer tests that it added an estimated 53.7 horsepower to the rear wheels of 2007-2009 Ford Mustang Shelby models. We’re not saying that you can expect 50 additional HP out of the 2018 GT500, but only time will tell!

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Clean the Air You Breathe with K&N Washable and Reusable Cabin Air Filters

air filter

Protecting the engine in your sport compact is vitally important. Without it, you are going nowhere, fast. What if we told you there was something more important to protect than your engine? That would be you, your friends, and your family. Obviously you need to wear seat belts and your car probably already has a multitude of airbags, but there is something else that is being incorporated into more and more modern vehicles for the health of the occupants. We are talking about cabin air filters. The air that you breathe is as important as the air your engine breathes, right? We put so much emphasis on changing your engine air filter but when was the last time you thought about your cabin air filter?

Luckily, companies have started to realize the importance of these filters and have begun making better filters to replace the OE paper versions to help clean the air we breathe. One of those companies is K&N Engineering. K&N has been in business since 1969 and they know a thing or two about automotive air filtration. Their new washable and reusable cabin air filters are a breath of fresh air (literally). Having made washable and reusable replacement engine air filters for decades, K&N making cabin air filters is a no-brainer.

K&N’s cabin air filters are made of an innovative synthetic filtration media sandwiched between two layers of epoxy coated aluminum for rigidity and durability. The filter is also surrounded by a urethane frame for an OE level of fitment. K&N test fits each filter to ensure it will fit comfortably in the stock cabin air filter housing. The K&N cabin air filters go beyond just a dry synthetic media. The media is coated in a biodegradable formula that adds an electrostatic charge to the filter. This helps to grab and hold on to particles as they pass through the filter so you don’t breathe them in. These particles include mold, mildew, fungus, allergens, bacteria, spores, and other debris that might make its way into the cabin of your car.

clean air filter

When it is time to clean the filter, which K&N recommends doing every 12 months or 12,000 miles, all you have to do is remove the filter from the housing, which is typically located under the hood or under the dash, and spray it with K&N’s cabin air filter cleaner. Then rinse it clean, spray it with the refresher spray and reinstall it. That is a much better system than throwing it away and buying a new one every year. So even at the slightly higher cost of a K&N cabin air filter, you will be saving money in the long run. And if you are worried about the filter wearing out after a couple cleaning cycles, K&N guarantees the filter will last for 10 years or 100,000 miles.

So if you haven’t checked your cabin air filter in a while, it might be worth it to invest in a K&N washable and reusable cabin air filter. You don’t know what kinds of things you could be breathing in every time you take your car for a drive. Check out knfilters.com for more information on this new line of filters. While you are there you can see everything they make for your car or any other vehicle you own.

clean air filter

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