Chris Boersma’s EK SiR Time Attack MONSTER | CARNATOMY

Chris Boersma’s EK SiR Time Attack MONSTER | CARNATOMY

Posted on by KONIG

Carnatomy Episode: Chris Boersma’s Epic ’99 Honda Civic Build

The latest episode of Carnatomy dives deep into the remarkable build by Chris Boersma, showcasing his 1999 Honda Civic as part of the Boardman Racing Team. Boersma’s Civic is far from stock, boasting cutting-edge performance parts and a powertrain capable of producing over 700 horsepower. A longstanding competitor in Grid Life events, Boersma’s car has become an icon within the Time Attack scene, thanks to its meticulously crafted build and high-powered setup.

Engine & Powertrain: A 700HP Time Attack Monster

Under the hood of Boersma’s ’99 Civic lies a 1.8-liter sleeved block featuring a B18C engine setup. Enhanced by a Garrett G30-900 turbocharger, this powertrain might look intimidating, but Boersma assures it’s simpler than it seems. Sporting Supertech valve trains, custom pistons, and rods by Raymer Racing, the setup is something any dedicated enthusiast could replicate with off-the-shelf components. The engine is also equipped with a TPC Thermal management system and a unity turbo manifold, pushing it beyond 700 horsepower with ease.

Fabrication by Levy Motorsports adds to the car’s extreme capability, including a 3.5-inch titanium exhaust and a four-stage dry sump system. Boersma explained that dry sump technology is crucial for reliability, especially in high-speed environments. The system prevents oil from pooling in the head by using a scavenge stage, ensuring the engine runs smoothly, even under extreme conditions.

The Heart of Control: Sequential Gearbox & Custom Suspension

One of the most exciting new additions to the Civic build is the Quaife sequential gearbox, a game-changer in Time Attack racing. Paired with advanced electronics like Link G4+ ECU for seamless flat-shifting and traction control, Boersma’s setup is as intelligent as it is powerful. The car runs on K-tuned three-way coilovers, featuring digressive valving, and spherically mounted suspension arms, ensuring perfect balance and control on the track.

Konig F3S Forged Wheels: Built for Racing Performance

One of the standout elements of this build is the brand-new Konig F3S forged wheels, custom-designed for performance at the highest level. These 18×12-inch wheels are designed with a +20 offset, allowing Boersma to run wide 335-section Nankang tires. The lightweight yet durable nature of the F3S wheels complements the extreme performance demands of Time Attack racing. Boersma notes how critical wheel performance is, and the F3S delivers both aesthetically and functionally.

Chassis & Aero: A Civic Transformed

Though it may still resemble a Civic at first glance, this machine is equipped with a J’s Racing fiberglass front-end, which includes wider fenders for better aerodynamics and cooling. Levy Motorsports also designed a quick-release nose with a Garrett intercooler and radiator, which can be removed via two pins for easy access—a necessary feature given the car’s high-demand track schedule.

In the rear, a dual-element APR wing and custom diffuser maintain stability at high speeds. The chassis has been heavily modified for safety and performance, including the addition of air jacks for easy servicing during track events.

Boersma’s Racing Journey & Pro Tips

Boersma has owned this Civic since 1999, but its transformation began in 2000. Initially a drag car, Boersma shifted to Time Attack in 2008 and hasn’t looked back since. He emphasizes the importance of taking it slow when getting into motorsports, recommending drivers focus on learning through experience before making extreme upgrades.

Boersma is quick to acknowledge his team and sponsors for helping him keep the car in peak condition. Levy Motorsports, Garrett Turbos, and, of course, Konig Wheels have been essential partners in his racing journey.

Get Connected

This episode of Carnatomy is a thrilling deep dive into what it takes to build a competitive Time Attack car. From the cutting-edge Konig F3S wheels to the impressive engine and suspension setup, Boersma’s Civic stands as a testament to years of dedication and innovation. Follow Chris Boersma and his racing journey on Instagram and Facebook at @BoersmaRacing, and be sure to check out the latest from Konig Wheels to keep up with the best in performance automotive content.

Forged, Tensile Strength, Metal Fatigue, Grain Structure, etc. | Wheel Terms: Explained (Episode 7)

Posted on by KONIG

Understanding Forged Wheels: Breaking Down Key Terms

When it comes to wheels, not all are created equal. At Konig Wheels, our passion for wheel education continues with our latest installment in the Wheel Terms Explained series. In this edition, we dive into the world of forged wheels—what makes them stand out, how they’re made, and the key terms every enthusiast should know. If you’ve been wondering what sets forged wheels apart from other types like cast or flow-formed wheels, you’ve come to the right place. Let’s get into the details.

The Forging Process: A Closer Look

The forging process begins with an aluminum billet, which is then pressed into a forged mold or die set. This crucial step compresses the metal, creating a dense, tight grain structure. This “forging” sets the stage for the wheel’s superior strength, providing a robust starting point before the wheel undergoes precision CNC machining to reveal its final design.

This compression process results in a lighter and stronger wheel compared to traditional methods like casting. The ability to reduce excess material without compromising strength means forged wheels can achieve an optimal balance of performance and weight. This makes them the ideal choice for those seeking an upgrade with significant benefits in strength and durability.

Key Terms Explained

Here’s a breakdown of the essential terms that define the forging process and forged wheels, ensuring you have the knowledge to make an informed decision:

1. Tensile Strength
Tensile strength measures how much pressure a material can withstand before breaking or deforming. Forged wheels shine here, thanks to their dense structure created during the forging process. This tight grain structure allows them to endure more stress without cracking or deforming, translating to a stronger and more durable wheel. The result? Better performance, especially under high stress conditions like spirited driving or track use.

2. Metal Fatigue
Metal fatigue refers to the gradual weakening of metal over time due to repeated stress and strain. Even the strongest materials have their limits, and wheels are no exception. Factors like aggressive driving, potholes, or track use can contribute to metal fatigue over time. That’s why regular wheel inspections are crucial—catching early signs of fatigue, like small hairline cracks, can prevent more serious issues down the road.

3. Grain Structure
Think of grain structure as the internal arrangement of a metal’s crystalline structure. In forged wheels, the grain structure is notably tighter and more uniform compared to cast wheels. This means fewer voids and micro-crevices, making the metal denser and more resistant to damage. It’s one of the reasons why forged wheels can shed weight without sacrificing strength, offering a lightweight yet durable solution for automotive enthusiasts.

4. Forming Pressure
Forming pressure is the amount of force applied to the billet during the forging process. At Konig, we use high-pressure forging, often up to 10,000 tons, to achieve our desired wheel profile. While higher pressure doesn’t automatically mean a better wheel, it plays a significant role in achieving the dense structure that defines a quality forged wheel. This pressure is tailored to meet the needs of various applications, ensuring the right balance of strength and weight.

5. C Channel
An innovative feature in Konig’s forged wheels is the C Channel rear flange. This structural element enhances the wheel’s rigidity, especially on the rear barrel, where metal fatigue is most likely to occur. Acting like an I-beam, the C Channel adds stability and helps extend the wheel’s lifespan, providing peace of mind whether you’re on the track or navigating daily roads.

Why Choose Forged Wheels?

With their unmatched strength, durability, and reduced weight, forged wheels are the go-to choice for performance-minded drivers. At Konig Wheels, we take pride in producing forged wheels that not only look great but perform exceptionally well in demanding conditions. If you’re ready to upgrade, explore our forged wheel collection and discover the perfect fit for your vehicle.

For a deeper dive into the forging process, watch our full Forged Explained video on our YouTube channel. And don’t forget to explore our website for more detailed specifications and to find the right forged wheel for your needs.

Ready to experience the difference? Visit our website and take your first step towards a stronger, lighter, and more reliable wheel setup with Konig Wheels.

The Truth Behind Reverse Stagger: Unlocking Performance in Front-Wheel-Drive Cars

Posted on by John Cary

The Truth Behind Reverse Stagger: Unlocking Performance in Front-Wheel-Drive Cars

The Truth Behind Reverse Stagger: Unlocking Performance in Front-Wheel-Drive Cars

When it comes to selecting the perfect wheels for your car, it’s not just about making a statement—it’s about elevating performance to the next level. Have you ever noticed front-wheel-drive cars sporting larger wheels at the front and wondered why? Welcome to the world of reverse stagger, a game-changing setup that’s turning heads on the track.

What Is Reverse Stagger?

In traditional rear-wheel-drive cars, a staggered setup—wider wheels and tires at the rear—is common to maximize grip where the power is delivered. Reverse stagger flips this concept for front-wheel-drive vehicles, placing wider wheels and tires at the front and narrower ones at the rear. This isn’t just for show; it’s a strategic move to enhance handling and performance.

The Science Behind the Setup

Front-wheel-drive cars inherently handle differently from their rear-wheel-drive counterparts. The front wheels are responsible for steering, acceleration, and most of the braking, which can lead to understeer—a tendency for the car to push wide in corners.

By fitting larger wheels and tires at the front, you increase grip where it’s needed most. The narrower rear tires allow the back end to rotate more freely, promoting oversteer and improving cornering dynamics. This balance transforms the car’s handling, making it more agile and responsive.

Insights from the Track

At Grid Life’s Circuit Legends event at Lime Rock Park, we caught up with racers who swear by the reverse stagger setup.

Luke Paglione’s Experience

Luke Paglione runs his front-wheel-drive car with Konig Hypergrams—17×10-inch wheels with 255 tires at the front and 17×8-inch wheels with 225 tires at the rear.

“On a front-wheel-drive platform, you want more grip in the front,” Lou explains. “You want that back end to slide out a little bit. A lot of people think when you get into that slide, they get nervous and step on the brake. Your goal is to actually get that rotation, get the car moving, and then use the car’s momentum and the power of the front-wheel drive to pull you through that turn.”

Lou’s setup allows him to “drift” through corners, using the front-end grip to pull the car while the rear rotates just enough to enhance agility.

Chris Boersma’s Take

Chris Boersma from Team K-Tuned and Horseman Racing pushes boundaries with his 1999 Honda Civic, fitting an 18×12-inch wheel with a 335 tire at the front and an 18×9.5-inch wheel at the rear.

“Who would have ever thought that you’d fit a 335 on a 1999 Honda Civic?” Chris remarks. He emphasizes that front-wheel-drive cars are naturally prone to understeer. His reverse stagger setup, combined with suspension tweaks, makes the car more neutral.
“Having that narrower tire in the rear helps when I’m coming into a corner,” he says. “As you’re coming off throttle, you’re getting the rotation so you can get the car down on the apex. It lets you get back on the throttle really easy and power out of the corner perfectly.”

The Role of Wheel Manufacturers

Innovations in wheel design have made reverse stagger setups more accessible. Lou praises Konig for producing a 17×10-inch wheel with a 4×100 bolt pattern, a rarity in the market.

“Konig is so wonderful that they even made a 17×10, 4×100, which is mind-blowing because they don’t exist out there,” Lou says. “We’re thankful for it.”

This advancement allows front-wheel-drive enthusiasts, especially in the Honda community, to explore setups that were previously unattainable.

Beyond Front-Wheel Drive

The concept of manipulating wheel sizes to alter handling isn’t exclusive to front-wheel-drive cars. Rear-wheel-drive vehicles often use traditional stagger setups for improved traction. Interestingly, some all-wheel-drive cars like the Audi RS3 come from the factory with a reverse stagger, showcasing the versatility and effectiveness of this approach.

Why Consider Reverse Stagger?

  • Enhanced Handling: Improves corner entry and reduces understeer.
  • Increased Front Grip: Maximizes traction where it’s most needed.
  • Improved Agility: Allows for better rotation and quicker throttle response out of corners.
  • Customized Performance: Tailors the car’s handling characteristics to the driver’s preference.

Final Thoughts

Reverse stagger isn’t just a trend; it’s a proven method to unlock new levels of performance in front-wheel-drive cars. By rethinking traditional setups and embracing innovative wheel configurations, drivers can transform their vehicles’ dynamics.

Whether you’re a seasoned racer or an enthusiast seeking to enhance your driving experience, considering a reverse stagger setup might be the key to unlocking your car’s full potential. Remember, it’s not just about how your car looks—it’s about how it drives.

Explore more about staggered setups and how they can redefine your driving experience. If you have any questions or want to dive deeper, check out our detailed guides and join the conversation.

Unboxing Excellence: Discovering the Konig FORGED F3S Wheel

Posted on by KONIG

Unboxing Excellence: Discovering the Konig FORGED F3S Wheel

In the world of automotive perfection, every detail matters. Today, we’re excited to take you on a journey as we unbox the Konig FORGED F3S wheel—a fusion of cutting-edge engineering and timeless design. This isn’t just an unboxing; it’s an unveiling of craftsmanship that sets new standards in the wheel industry.

The Unboxing Experience

As you lift the lid of the box, you’re immediately welcomed with a thoughtful note: “We encourage you to test fit the wheel before mounting.” This simple message underscores Konig’s commitment to ensuring your new wheels are a perfect match for your vehicle, emphasizing precision and care right from the start.

First Layer of Protection: High-Density Foam

Peeling back the top layer reveals a substantial piece of high-density foam—a guardian protecting the treasures within. Protection is more than a theme here; it’s a promise that your Konig FORGED F3S wheel arrives in immaculate condition. Embedded within this foam are hidden gems waiting to enhance your unboxing experience.

The Billet Aluminum Center Cap with O-Ring

Delving deeper, you uncover a sleek box housing the center cap. This isn’t merely an accessory; it’s a statement piece. Crafted from billet aluminum, the center cap exudes quality and durability. Designed with an O-ring system, it ensures a snug, secure fit—eliminating any concerns of rattling or loosening over time. The engraved Konig FORGED branding on the cap adds a touch of elegance, reminding you of the legacy and expertise behind the product.

Before installation, don’t forget to apply the included seal lubricant. This ensures the O-ring performs flawlessly, providing a perfect seal that stands up to the demands of high-performance driving.

The Konig FORGED Folder: More Than Just Paperwork

Next, you find the Konig FORGED folder—a curated collection of essential information and acknowledgments. Inside, a personalized thank-you letter awaits, extending our gratitude for choosing Konig and becoming part of our automotive family.

But the folder holds more than just a note. It includes a page featuring a QR code, your gateway to a wealth of information. Scan it to access detailed installation guides, care instructions, and answers to frequently asked questions. This resource ensures you have all the knowledge needed to install and maintain your wheels, maximizing their lifespan and performance.

The Certificate of Authenticity

Pride of ownership is enhanced with the inclusion of a Certificate of Authenticity. This certificate isn’t just a piece of paper; it’s a symbol of the genuine quality and craftsmanship that goes into every Konig FORGED wheel. It affirms that you’re not just purchasing a wheel—you’re investing in a legacy of excellence.

The Grand Reveal: The Konig FORGED F3S Wheel

Finally, the moment arrives. You carefully remove the dust cover—a soft shield keeping your wheel pristine. Next is the protective plastic ring, designed to prevent any scratches or blemishes during transit. As you lift these layers away, the Konig FORGED F3S wheel emerges in all its glory.

The wheel’s design is both aggressive and refined, capturing attention with its meticulous details and flawless finish. It’s a tangible representation of performance and style, ready to transform your vehicle’s appearance and handling.

Final Thoughts and Where to Buy

Unboxing the Konig FORGED F3S wheel is more than a simple reveal; it’s an experience that reflects the passion and precision behind Konig’s products. Every element, from packaging to the wheel itself, is crafted to exceed expectations.

Ready to elevate your driving experience? Explore more about the F3S wheel, including detailed specifications and pricing, by visiting konigwheels.com. For purchasing, head over to store.konigwheels.com and secure your set of Konig FORGED wheels today.

Why Load Ratings Matter || Behind The Wheel Podcast

Posted on by KONIG
Forged Wheels Aren’t Magic: The Discussion About Load Ratings

Forged Wheels Aren’t Magic: The Discussion About Load Ratings

In the world of performance vehicles, forged wheels often carry an almost mythical reputation. They’re considered the pinnacle of wheel technology—light, strong, and virtually indestructible. But here’s the truth: forged wheels are metal, not magic. Understanding wheel load ratings is crucial, regardless of the wheel’s construction. Let’s dive into why load ratings matter and how they impact your vehicle’s performance and safety.

The Myth of the Indestructible Forged Wheel

Forged wheels are renowned for their strength and lightweight properties. Through the forging process, the metal becomes denser, increasing its tensile strength. This allows manufacturers to use less material without compromising the wheel’s ability to handle stress. However, this doesn’t make them impervious to damage or fatigue.

Load Ratings: The Universal Standard

Every wheel, whether cast, flow-formed, or forged, comes with a load rating. This rating indicates the maximum weight the wheel can safely support. Choosing a wheel with the proper load rating for your vehicle is not just important—it’s essential.

  • Safety First: A wheel with an insufficient load rating can fail under stress, leading to catastrophic consequences.
  • Performance Matters: Proper load ratings ensure your wheels can handle the demands of spirited driving, track days, or daily commuting.

Why Load Ratings Matter for Forged Wheels

Even though forged wheels are stronger due to their dense material, they still have limits. The forging process increases fatigue resistance, allowing the wheel to endure stress cycles longer than other types. But exceeding the load rating can lead to failure, just like with any other wheel.

The Balance Between Weight and Strength

One of the advantages of forged wheels is their ability to be lighter while maintaining strength. This is achieved by removing excess material, thanks to the higher tensile strength of the forged metal. However, focusing solely on weight reduction can be a mistake.

  • Higher Load Ratings May Mean Heavier Wheels: To achieve a higher load rating, sometimes more material is necessary, which can increase weight.
  • Function Over Form: Prioritize choosing a wheel that meets your load rating requirements over saving a few pounds.

Understanding Fatigue and Wheel Longevity

Wheels are wear items. Over time, they experience stress from daily driving, potholes, track use, and more. Even forged wheels can develop fatigue cracks after prolonged use.

  • Regular Inspections: Check your wheels for signs of damage, especially after hitting potholes or curbs.
  • Know the Signs: Look for hairline fractures, bends, or any irregularities in the wheel’s surface.

Selecting the Right Wheel for Your Needs

When choosing wheels, consider how you’ll use your vehicle.

  • Track Use: If you’re frequently on the track, a forged wheel with a higher load rating may provide the fatigue resistance you need.
  • Daily Driving: For everyday use, a flow-formed or cast wheel with the appropriate load rating can offer a balance between performance and cost.
  • Winter Conditions: In harsh climates, consider wheels with finishes that withstand chemicals and salts used on roads.

The Role of Wheel Material in Performance

Different wheel constructions offer various benefits:

  • Forged Wheels: High strength, fatigue resistance, lighter weight, but not indestructible.
  • Flow-Formed Wheels: Offer increased strength over cast wheels due to the compression of the barrel, resisting fatigue longer.
  • Cast Wheels: Generally heavier, requiring more material to meet load ratings, but can be more cost-effective.

Don’t Ignore Load Ratings—Even with Forged Wheels

It’s tempting to think that investing in forged wheels eliminates concerns about load ratings. But every wheel has its limits. Always ensure the wheels you choose meet or exceed the load requirements of your vehicle.

Final Thoughts

Forged wheels offer incredible benefits, but they aren’t a one-size-fits-all solution. Load ratings are a critical factor in wheel selection, impacting safety, performance, and longevity. By understanding the importance of load ratings and choosing wheels that meet your specific needs, you’ll enjoy a better driving experience and peace of mind.

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Konig Forged

Posted on by Richard Waters

The launch of our forged line is nearing close with wheels expecting to arrive in April of 2024. Here are some things you should know about our forged wheels:

  • • During our initial rollout we will have set sizes and finishes made for our forged models with no custom options

  • • All of the available sizes for the F1M and F3S at release are listed on our website now under “fitments”
    • ○ Due to many requests and high demand we are offering our forged wheels in popular Porsche fitments for applications such as 981 & 987 Cayman/Boxster, 997, 911
    • ○ Due to many requests and high demand we are offering our forged wheels in popular Corvette fitments for applications such as C5, C5z, C6, C6 wide-body, C7

  • • We are aiming to introduce the second phase of our forged line in 2025 with custom sizes, and offsets

  • • More fitments and sizes can be added to our current forged specs if we feel the demand is there or if we are missing a popular fitment/application