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Is This Corvette-Powered Land Rover Defender 110 Actually the Perfect Road-Trip Vehicle?

Tim Esterdahl December 13, 2018
E.C.D. Automotive Design's Project Katama Defender 100

E.C.D. Automotive Design's Project Katama Defender 100

E.C.D. Automotive Design, known for their prestigious, high-end luxury vehicles, recently revealed the company’s first-ever custom vehicle with an adjustable air suspension, offering ultra-smooth driving comfort. The difference in ride quality between the air suspension and standard suspension is unmistakable, making this custom D110 the perfect vehicle for road trips.

E.C.D. Automotive Design's Project Katama Defender 100

The beautiful two-tone custom D110, Project Katama, was designed with superior comfort in mind. The interior front and middle rows were outfitted with luxurious Supersoft black leather Recaro Orthoped seats, which are heated, ventilated, and fully electric. To maximize interior space for passengers, an additional five inches of legroom was added to the middle row seats using custom brackets, the most E.C.D. Automotive Design has produced to date.

E.C.D. Automotive Design's Project Katama Defender 100

The exterior of Project Katama retains the unmatched characteristics of the classic British icon. The custom D110 is finished in a unique, two-tone gloss paint in Indus Silver and Santorini Black, split at the body line. Completing the look are 18-inch Sawtooth Alloy wheels in gloss black and a Safety Devices full external roll cage.

E.C.D. Automotive Design proves again they are a leader in producing custom British classics that feature a culmination of new technology, high-end luxury, and utility.

E.C.D. Automotive Design's Project Katama Defender 100

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Tim Esterdahl

Automotive Journalist Tim Esterdahl has covered the industry since 2011 and has been featured in many national magazines and articles like CBS Sunday Morning, News Nation, MotorTrend, Boston Globe and others. He has won awards for his work and is recognized as a truck expert in his field. In his spare time, he is often found tinkering on his '62 C10 pickup, playing golf, going hunting and hanging out with his wife and kids in Nebraska.

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Guest Posts
  • DPF filter

    Diesel engines, known for their efficiency and durability, are a staple in heavy-duty machinery and vehicles around the world. However, even modern diesel engines produce particulate matter (PM) or soot, which can be harmful to both human health and the environment. To mitigate these emissions, modern diesel engines are equipped with a Diesel Particulate Filter (DPF). Understanding the function of the DPF, recognizing when you need to get a DPF filter and install it, and appreciating the benefits of maintaining a clean DPF are essential for anyone operating or maintaining a diesel engine vehicle. What is a DPF filter? A Diesel Particulate Filter is a device installed in the exhaust system of diesel engines to capture soot and ash particles before they are released into the atmosphere. The filter’s primary function is to collect the diesel particulate matter, which includes fine particles that are the byproducts of combustion. Over time, these particles accumulate in the filter, requiring it to undergo a regeneration process to burn off the soot and clear the filter. Why DPF filters need regular replacement The necessity of replacing Diesel Particulate Filters at regular intervals cannot be understated. This maintenance task is crucial for several reasons that impact both the performance and longevity of diesel engines. Clogging and reduced efficiency Over time and through normal use, DPFs inevitably accumulate ash and soot that cannot be entirely removed through standard regeneration processes. This buildup primarily consists of ash, which is a byproduct of oil consumption and the regeneration of soot collected by the filter. As this ash accumulates, it can significantly impede the airflow through the filter. Restricted exhaust flow due to a clogged DPF leads directly to reduced engine performance as the engine struggles to expel exhaust efficiently. This inefficiency requires the engine to work harder, which in turn increases fuel consumption and can lead to higher operational costs. Increased back pressure and engine strain A direct consequence of a clogged DPF is increased back pressure on the engine’s exhaust system. This increased pressure forces the engine to work harder to expel exhaust gases, compromising the engine’s performance and potentially leading to increased engine wear over time. In severe cases, this can cause engine damage, resulting in costly repairs and extended downtime for vehicles, particularly detrimental in commercial settings where vehicle reliability is paramount. Regeneration frequency and fuel consumption A clean DPF is essential for maintaining optimal fuel efficiency. A filter choked with ash requires more frequent regeneration cycles. Regeneration is the process by which the DPF burns off accumulated soot at high temperatures, which is necessary to clear the filter and allow for free passage of exhaust gases. However, each regeneration cycle consumes additional fuel and subjects the engine to high temperatures, potentially leading to premature component wear. Therefore, a clean DPF that requires less frequent regeneration helps in maintaining better fuel economy and reducing wear and tear on the engine. Lifecycle and warranty implications Vehicle manufacturers often outline specific maintenance schedules that include regular DPF inspection and replacement to ensure optimal vehicle performance and compliance with emissions standards. The EPA also has its own recommendations and guidelines for DPFs. Adhering to these recommendations is also important from a warranty perspective. Failing to replace a DPF as advised can void warranty protections on the engine and after-treatment systems, leading to significant expenses in the event of a failure. Benefits of a clean DPF filter Maintaining a clean DPF not only helps in complying with environmental regulations by reducing harmful emissions but also provides several operational benefits: Improved fuel efficiency: A clean DPF allows the engine to breathe better, thereby improving combustion efficiency and reducing fuel consumption. Over time, this can lead to significant cost savings, especially for fleet operators who run many diesel vehicles. Enhanced engine performance: With a clean DPF, engines operate under optimal conditions with adequate power and acceleration. This is crucial for vehicles that need to perform under demanding conditions. Reduced maintenance costs: Regular DPF maintenance prevents severe clogging and potential engine damage. This can reduce the need for costly repairs and downtime for vehicles, which is especially important for commercial vehicles where uptime is critical. Longevity of the engine: A well-maintained DPF supports the overall health of the diesel engine, contributing to its longevity. This is particularly beneficial from a financial perspective as it extends the intervals between major overhauls and replacements. Environmental compliance: Regular maintenance and replacement of the DPF ensure that emissions are kept within the limits set by environmental regulations, helping to avoid fines and sanctions. This is increasingly important in regions with stringent emissions standards. Final thoughts Regular maintenance and timely replacement of the DPF are crucial for anyone operating diesel engines. The DPF plays a vital role in reducing emissions and helping diesel engines run more efficiently and cleanly. While the cost of replacing a DPF may seem high, the benefits of improved fuel efficiency, better engine performance, reduced maintenance costs, and compliance with environmental standards make it a worthwhile investment. Adhering to a regular maintenance schedule and following manufacturer guidelines for DPF care will ensure the longevity and reliability of your diesel engine, saving money and reducing environmental impact over time.

  • semi collisions

    Driving alongside large semi-trucks and tractor-trailers can be intimidating, especially when taking into consideration the potential risk of a crash.  However, by following some essential driving tips and understanding the causes of trucking accidents, motorists can significantly reduce their risk of collisions with commercial vehicles. Here’s a comprehensive guide to driving safely and avoiding trucking collisions on the road. Understanding the causes of trucking collisions Trucking collisions can occur due to various factors, including: Driver fatigue: Truck drivers work long hours and spend most time alone on the road. This can make truck drivers more tired than the average car driver and when paired with operating a 60,000-pound truck, mistakes can be devastating. Distracted driving: Phones, eating, daydreaming, and even changing the radio are all forms of distracted driving that can lead to collisions. Improper maintenance: If trucking companies don’t administer proper truck maintenance that aligns with the FMCSA trucking regulations, wrecks can occur from malfunctions. Weather: Poor weather conditions like ice, rain, wind, and snow can cause large trucks to slide or crash. Driving under the influence: Operating a truck while under the influence of drugs or alcohol impairs a driver’s ability to react quickly and drive accurately. Give the truck space Maintaining a safe following distance from trucks is crucial for avoiding rear-end collisions. Trucks require more time and distance to come to a complete stop compared to passenger vehicles, so drivers should leave ample space between their vehicle and the truck ahead. Avoid blind spots Trucks have larger blind spots, also known as “no-zones,” where the driver’s visibility is limited. Avoid lingering in these blind spots, especially alongside and directly behind the truck. If you can’t see the truck driver’s mirrors, they likely can’t see you. Pass quickly and safely When passing a truck, do so quickly and safely. Signal your intention to pass well in advance, accelerate to a safe speed, and pass the truck on the left side whenever possible. Avoid passing on the right, as trucks have larger blind spots on their passenger side. Be cautious when trucks turn Exercise caution when driving near trucks that are turning. Trucks have a wide turning radius, and they may swing into adjacent lanes while making a turn. Stay back and give the truck plenty of space to maneuver safely. Stay alert Remain vigilant and attentive while driving, especially when sharing the road with trucks. Avoid distractions such as texting, talking on the phone, or adjusting the radio. Stay focused on the task of driving and be prepared to react to changing road conditions. Use your blinker Always use your turn signals to indicate your intentions to other drivers, including truck drivers. Signaling your lane changes and turns allows truck drivers to anticipate your movements and adjust their driving accordingly. Beware of poor weather Exercise extra caution when driving in adverse weather conditions, such as rain, snow, or fog. Reduced visibility and slippery road surfaces can increase the risk of collisions, especially when sharing the road with large trucks. Slow down, increase the following distance, and avoid sudden maneuvers. Reduce road rage Maintain a calm and patient demeanor while driving, especially when encountering aggressive or erratic behavior from other motorists. Avoid engaging in road rage or retaliating against aggressive drivers, as this can escalate dangerous situations on the road. Merge with caution When merging onto highways or changing lanes near trucks, proceed with caution. Signal your intention to merge, check your blind spots, and yield to oncoming traffic, including trucks. Allow trucks plenty of space to merge safely and avoid cutting them off. Driving safely near semi-trucks By following these driving tips and exercising caution when sharing the road with semi-trucks, motorists can significantly reduce their risk of collisions and promote safer driving conditions for everyone. Remember to stay alert, maintain a safe distance, and respect the size and capabilities of large commercial vehicles. Safe driving practices benefit everyone on the road and help prevent tragic collisions caused by negligence or reckless behavior.

  • 4x4 wheels

    In the rugged world of off-road adventure and exploration, the choice of 4×4 wheels can make all the difference between conquering the terrain with ease and getting stuck in the mud. From the rocky trails of the Australian Outback to the sandy dunes of the Sahara Desert, 4×4 wheels are the unsung heroes of the off-road experience, providing traction, stability, and control in the face of unpredictable terrain and challenging conditions.  Yet, beneath the surface of this seemingly straightforward component lies a complex web of considerations, from tire size and tread pattern to rim material and load capacity, each contributing to the performance and durability of 4×4 wheels in the wild. 4×4 wheels explained At the heart of any 4×4 wheel is its ability to provide traction and grip in even the most challenging off-road conditions. From loose gravel and rocky terrain to deep mud and sand, off-road enthusiasts rely on their wheels to maintain traction and keep their vehicles moving forward. When facing particularly rugged landscapes, it’s crucial to invest in the right equipment. Get some new wheels for your 4X4, especially those designed for off-road adventures, and you’ll notice a significant improvement in performance and capability. This is where the choice of tire size and tread pattern becomes critical, as larger tires with aggressive tread patterns are better able to bite into the terrain and provide the grip needed to navigate obstacles and overcome challenges. Moreover, in the world of off-road racing and competitive rock crawling, the choice of 4×4 wheels can mean the difference between victory and defeat. Builders and racers spend countless hours fine-tuning their wheel setups, experimenting with different tire compounds, air pressures, and rim widths to optimize performance and gain a competitive edge. From lightweight alloy rims that reduce unsprung weight and improve acceleration to beadlock wheels that prevent tire de-beading under extreme conditions, the options are as diverse as the challenges they face. Yet, the quest for off-road performance is not without its trade-offs. While larger tires with aggressive tread patterns may offer superior traction and grip in off-road conditions, they can also compromise on-road handling and ride comfort. Moreover, the added weight and rolling resistance of oversized tires can place additional strain on the vehicle’s drivetrain and suspension components, leading to increased wear and reduced fuel efficiency over time. Central to the performance and durability of 4×4 wheels is the choice of rim material and construction. From steel rims that offer strength and durability to alloy rims that provide lightweight performance and aesthetic appeal, builders and enthusiasts must weigh the pros and cons of each material to find the right balance of strength, weight, and cost. Moreover, in the world of off-road racing and extreme off-roading, the choice of rim construction becomes even more critical, as the wheels must be able to withstand the punishment of high-speed impacts and heavy loads without failure. Practicality vs. appeal In addition to performance considerations, builders and enthusiasts must also consider the practical aspects of 4×4 wheels, such as load capacity and bolt pattern compatibility. From hauling heavy loads and towing trailers to mounting oversized spare tires and aftermarket accessories, off-road vehicles are subjected to a wide range of demands that place strain on their wheels and tires. As such, builders and enthusiasts must ensure that their wheels are up to the task, with sufficient load capacity to support the weight of the vehicle and its cargo without failure. Moreover, in the world of aftermarket modifications and custom builds, the choice of 4×4 wheels becomes a matter of personal style and expression. From classic steel rims with a rugged, utilitarian aesthetic to flashy alloy rims with intricate designs and bold colors, off-road enthusiasts have a wide range of options to choose from to customize their vehicles and make them stand out from the crowd. Yet, amidst the diversity of styles and options, builders and enthusiasts must never lose sight of the practical considerations that underpin the performance and safety of their vehicles. Conclusion In conclusion, the world of 4×4 wheels is a complex and multifaceted ecosystem that spans the realms of performance, durability, and style. From the choice of tire size and tread pattern to rim material and construction, every aspect of a 4×4 wheel plays a crucial role in determining its performance and suitability for off-road use. Yet, amidst the myriad of options and considerations, one thing remains constant: The thrill of adventure and exploration that comes with venturing off the beaten path and tackling the challenges of the great outdoors.

  • XXR wheels

    You know the sound of a sweet set of aftermarket wheels when you hear them coming down the road. That deep hum when the spokes slice through the air. The glint of sunlight off that polished rim. We all love the look of a tricked-out rig rolling on a fresh set of alloys.  But have you ever wondered what these slick racing wheels are made from? What metals and alloys go into crafting these high-performance beauties? In this guide, we’ll break down the materials used to build the most popular wheel designs so you can understand exactly what gives these babies their edge.  Whether you’re looking to upgrade your whips or just want to appreciate the engineering behind premiere racing rims, you’re about to learn all about the science of wheel construction. Materials used in XXR Wheels XXR racing wheels are made from lightweight yet durable aluminum alloys that can handle high speeds and impacts. Their 5-spoke designs are crafted from 6061-T6 aluminum, an alloy prized for its strength, corrosion resistance, and weldability. For an even lighter build, XXR’s RT line uses 7075-T6 aluminum, an alloy containing zinc and copper that’s commonly used in aircraft parts. These high-performance materials allow the wheels to be both lightweight and able to handle the stresses of racing. Cutting-edge coatings To give their aluminum wheels a showroom shine and protect them from the elements, XXR uses advanced coatings like bright dips and powder coatings. Their bright dip coating chemically polishes and seals the aluminum surface, while their matte black powder coating provides a durable scratch-resistant finish with a satin sheen. For custom-colored or chrome-like wheels, XXR also offers custom powder coating services to match your vehicle’s paint or achieve a mirror-like chrome finish. Rigorous testing Before releasing any new wheel designs, XXR subjects each item to punishing stress tests to ensure they meet their high safety and performance standards. Their wheels are impact and fatigue tested for over 100,000 cycles and inspected for balance at speeds over 200 MPH. The testing procedures are so intensive that their failure rate during development is over 50%, and therefore they only release wheels that have proven their mettle. The result is a lineup of wheels that are as eye-catching as they are dependable. Frequently asked questions about XXR racing wheels When it comes to XXR wheels, this company doesn’t skimp on quality. Their alloy wheels are made from low-pressure cast aluminum alloy, the same stuff used in aircraft and race cars.  Aluminum alloys The aluminum alloy used, typically A356, provides an ideal balance of strength and weight. Lighter than steel but pound-for-pound stronger, aluminum alloy can withstand the stresses of high-performance driving without adding excess weight that hurts acceleration and handling. Forged construction XXR wheels are manufactured using a multi-stage forging process. First, molten aluminum is poured into a mold to form a rough wheel shape. Then, intense heat and pressure are applied to strengthen the alloy and compress the molecules, a process known as flow-forging. Finally, the wheel is spun at high speeds as rollers shape and smooth the surface. This forging technique produces a wheel that’s denser, stiffer, and more durable than a basic cast wheel.   With the right materials and forging techniques, it can offer wheels that meet strict quality standards while still being affordable. XXR aluminum alloy wheels strike an ideal balance of performance, strength, weight, and cost, which is everything you need in a tuner wheel. Whether you drive a sports coupe, SUV, or full-size pickup truck, XXR has a set of durable, good-looking wheels to suit your needs without breaking the bank.

  • Tuffy Security Products 2024 Jeep Wrangler

    Coming at you straight from the Rocky Mountains, and the lovely town of Cortez, Colorado, is a whole new spin on Jeep Wrangler storage and safety from the crew over at Tuffy Security Products. With a focus on the 2024 Jeep Wrangler, Tuffy has made it a priority to allow owners of these vehicles the opportunity to organize and safely stow their valuables in a streamlined, practical fashion. A less is more approach that favors practicality and purpose over flashiness and frills. So give thieves the finger, and take a gander at the following upgrades Tuffy is now offering owners of America’s favorite 4×4. 2024 Jeep Wrangler cabin storage and security reimagined First up is Tuffy’s slip-in center console safe (#348-01), for those who dig the practicality of a standard key. According to Tuffy, this unit “…retains a completely stock console appearance while allowing full use of the armrest, interior tray, and factory USB port.” Formed from 16-gauge steel, and finished with a textured powder coating, this storage unit skips the need for drilling and mounts in minutes. Additionally, this design allows the lid to remain open while accessing contents, thus turning the stock console inside the Wrangler into a heavy-duty lockable stow space.  Those looking for a flush-mounted solution will likely flip over Tuffy’s In-Floor Locking Cubby Cover (#358-01). Intended for 4-door models, this design replaces the factory cover without the need for drilling and comes formed from heavy-duty steel and continuous steel hinges for a secure closure every time. Featuring Tuffy’s signature “Pry-Guard” locking system, this unit comes loaded with a double-bitted security lock and built-in weather seals for added longevity. This way, when the In-Floor Cubby Cover is locked, it secures the vehicle’s under-mounted jack as well. A combo lock version of Tuffy’s In-Floor Locking Cubby Cover (#358-01-A) is also available for those 4-door Wrangler owners who wish to skip having another key on their keychain. Tailgating: It isn’t just for gameday anymore Tuffy’s Tailgate Lockbox (#349-01) is a must-add-on aftermarket upgrade for Wrangler owners looking to convert their tailgate into a storage space for tools, camping gear, and more. This straightforward design allows the door to fold down, allowing it to double as a worktable. With the ability to support up to 40 pounds, and preloaded with two removable shelves this heavy-duty steel stow space is the final say in Wrangler’s practicality and security. Easily mounted with standard hand tools and available with a factory-installed combination lock for keyless access (model #349-01-A), upgrading your Jeep’s tailgate has never been faster or more rewarding.  Tuffy also offers a Jeep Wrangler Molle Tailgate Storage insert (#365-01), which comes with all of the features as the regular model and can still support up to 40 pounds, but with the added benefit of a Molle system. This allows you to effortlessly add additional items to the lid, and remove them with a quick snap or Velcro tab pull. As with all Tuffy products, this modular upgrade comes with the company’s exclusive Pry-Guard locking system, and 10 tumbler-bitted security locks. It is also being made available for 2 and 4-door versions of the 2024 Wrangler and can be mounted with or without the OEM hard or soft top. Part number (#365-01-A) features a factory-installed combo lock for convenient keyless access.  Finally, there is Tuffy’s Rear Deck Enclosure Lid (#351), which secures items out back via a dual prong design, with Tuffy’s patented security system piggybacking atop Jeep’s locking tailgate. This allows the lid and vertical front and side panels to be easily removed when large objects must be transported. About Tuffy Security Products With a determination to safeguard valuable gear, and utilize only the finest North American-made materials and craftsmanship, Tuffy Security Products has ushered the world of vehicle security solutions into a whole new era. Specializing in superior protection against theft, while still enabling safe and efficient cargo management, Tuffy’s goal is to increase gear accessibility and ease of installation, without compromising the overall design, durability, or usability in any way.

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