Discover the New 2025 Kia K5

Most vehicle manufacturers recommend changing your cabin air filter every 12,000 to 15,000 miles or once a year. However, watching for specific warning signs like restricted airflow and unpleasant odors will help you understand how to know when to change your cabin air filter. Replacing a dirty filter restores ventilation performance and keeps interior air clean for you and your passengers. Signs Your Cabin Air Filter Needs Replacement Noticeable changes in climate control performance are often the first sign that your filter needs attention. When dust, dirt, and road debris block the filter material, air cannot flow freely through the heating and cooling vents. Key warning signs include: Weak or restricted airflow from the climate control vents Persistent musty or sour odors when the AC or heat is running Increased fan noise as the blower motor works harder Higher accumulation of dust on the dashboard and cabin surfaces Windows taking longer than usual to defog Factors That Affect Cabin Air Filter Lifespan While standard guidelines suggest annual replacement, your actual driving environment influences filter lifespan. Driving in areas with heavy traffic, construction dust, or high pollen levels causes debris to build up faster. Drivers who commute daily in dense urban environments or on unpaved roads may need a replacement every six to nine months. Having a technician check the filter during routine oil changes prevents unexpected airflow issues. Benefits of Cabin Air Filter Maintenance A fresh cabin air filter catches microscopic pollutants, mold spores, and allergens before they enter the cabin. This creates a cleaner, healthier breathing environment for everyone inside the vehicle. Regular replacement also protects your vehicle HVAC components from premature wear. Restricting airflow forces the blower motor to work harder, which can lead to system strain and higher repair costs later. Schedule Service with Cable Dahmer Kia of Lee’s Summit Keeping up with routine maintenance ensures your vehicle heating and air conditioning systems perform reliably in every season. The certified technicians at Cable Dahmer Kia of Lee’s Summit can quickly inspect and replace your cabin air filter with an authentic OEM component. Schedule your service appointment online today to maintain clean air inside your vehicle. Schedule Service

Knowing when you should replace your spark plugs is essential for maintaining your vehicle's engine performance, fuel efficiency, and smooth acceleration. Over time, spark plugs wear down from constant heat and electrical erosion, which can eventually lead to engine misfires or difficulty starting. Paying attention to key mileage intervals and warning signs will help you replace them before minor engine issues become major repairs. Common Signs Your Spark Plugs Need Replacement Recognizing the early warning signs of failing spark plugs helps you address the issue before it causes further damage. Engine performance usually degrades gradually, so drivers often notice subtle changes in how their vehicle accelerates or idles. Poor Acceleration & Engine Misfires If your vehicle struggles to pick up speed or hesitates when you press the gas pedal, worn spark plugs are frequently the primary cause. Rough Idling & Reduced Fuel Economy You may feel noticeable engine vibrations while stopped at a light, or you might find yourself filling up at the gas station more frequently than usual. Hard Starting & Check Engine Light When spark plugs cannot generate a proper spark, your vehicle requires more cranks to start, which places unnecessary strain on your battery and starter. Typical Recommended Replacement Intervals Spark plug longevity depends largely on the type of material used in the plug itself. Standard copper plugs usually require replacement every 30,000 to 50,000 miles, while long-lasting platinum or iridium spark plugs can last between 60,000 and 100,000 miles.* Checking your owner's manual provides the exact replacement schedule recommended by Kia for your specific model and engine type. Following these factory guidelines ensures your engine continues to burn fuel efficiently without putting extra strain on the ignition system. *Note: Turbocharged Kia engines may require replacement at 42,000–45,000 miles. 30,000–50,000 mi. Copper Spark Plugs 60,000–100,000 mi. Platinum & Iridium Plugs Why Timely Spark Plug Maintenance Matters Delaying spark plug replacement can lead to unburned fuel entering your exhaust system. Over time, this unburned fuel can damage your catalytic converter, leading to expensive repairs that go beyond routine maintenance. Fresh spark plugs keep your engine running at peak efficiency and help protect other ignition components. Replacing them at regular intervals supports smooth engine performance and keeps your gas mileage steady over the life of your vehicle. Professional Spark Plug Care in Lee's Summit The factory-trained technicians at Cable Dahmer Kia of Lee's Summit are available to inspect and replace your spark plugs using genuine OEM parts. Using manufacturer-recommended components ensures exact fitment and dependable performance for your engine. Ready to Get Started? Schedule your service appointment online with Cable Dahmer Kia of Lee's Summit today. Schedule Service

When winter weather hits, freezing temperatures can take a toll on electric vehicle performance. If you drive an EV like the Kia EV6 or Kia EV9, you may notice that public fast charging takes longer on a cold Missouri morning. That's where Kia EV Battery Pre-Conditioning comes in. Battery pre-conditioning is one of the most effective built-in features for optimizing your EV's performance, reducing charge times at public DC fast chargers, and preserving long-term battery health. Here's a complete guide from our team at Cable Dahmer Kia of Lee's Summit on how it works, why it matters, and how to use it. How Does Battery Pre-Conditioning Work? Battery pre-conditioning is an automated thermal management process that brings your vehicle's high-voltage battery pack to its ideal operating temperature, typically between 60°F and 95°F (15°C to 35°C). Lithium-ion batteries rely on chemical reactions to store and discharge energy, and extreme cold slows those reactions down. When you plug a cold battery into a high-powered DC fast charger, the vehicle automatically throttles the charging speed to protect the internal cell structure from thermal stress and potential damage. By warming up the battery pack while you're en route, pre-conditioning ensures the battery is ready to accept maximum charging kilowatts the moment you plug in. Key Benefits of Pre-Conditioning Your Kia EV Activating battery conditioning mode provides three major advantages for daily winter driving around the Midwest: Significantly Faster DC Fast Charging Bringing the battery to its optimal temperature eliminates cold-weather charging lag, allowing your Kia EV to jump straight to its peak charging speeds (such as the EV6's ultra-fast 800V charging capability). Maximized Driving Range Pre-conditioning while your vehicle is plugged into your home charger draws energy directly from the power grid rather than your battery pack, keeping your full driving range intact for the road. Pre-conditioning en route while unplugged draws power from the battery pack, which temporarily reduces available driving range. Extended Long-Term Battery Health Keeping the high-voltage battery within its target thermal window reduces thermal stress, helping to maintain long-term battery capacity over years of ownership. How to Activate Battery Pre-Conditioning in Your Kia Depending on your Kia model and infotainment software version, you can activate battery pre-conditioning through automatic navigation or manual display controls. Method 1: Automatic Activation via Built-In Navigation The primary way to trigger pre-conditioning on models like the Kia EV6 and Niro EV is through the factory navigation system: Go to EV Menu > EV Settings > Battery Conditioning Mode on your center display screen and ensure the feature is checked. Search for a public DC Fast Charger using the native Kia navigation map. Set the DC fast charger as your destination or waypoint. As you approach within 20 to 30 minutes of the charger, your Kia automatically warms the battery. A red heater coil icon or battery heating indicator will illuminate on your instrument cluster display. Method 2: Manual Activation & Kia Access App Newer Kia models equipped with the ccNC infotainment system (such as the Kia EV9) feature direct manual controls and remote access: In-Vehicle Display: On your infotainment touchscreen, navigate to EV > EV Settings > Battery Conditioning Mode and select Activate to manually warm or cool the battery pack prior to your charging stop. Smartphone App: Trigger cabin warming and battery pre-conditioning remotely from your smartphone using the Kia Access app while your vehicle is parked and plugged into your home charger. Which Kia Models Support Battery Pre-Conditioning? Kia equips its advanced electric vehicle lineup with battery heating elements and thermal management systems engineered for all-weather driving. Models featuring battery pre-conditioning include: Kia EV9: Standard feature across all trims. Kia EV6: Standard on AWD models; available on select RWD models equipped with the optional Cold Weather Package / Battery Heater. Kia Niro EV: Available on models equipped with the optional Cold Weather Package / Battery Heater. Explore Kia EVs in Lee's Summit Whether you're navigating cold morning commutes on I-470 or planning a winter road trip across Missouri, taking advantage of Kia's battery pre-conditioning helps you spend less time waiting at charging stations and more time enjoying the road. Shop Kia EVs Schedule Service *Kia Connect / Remote Features: Remote features require an active Kia Connect subscription, a compatible smartphone, and cellular signal coverage. Do not use remote climate features if the vehicle is parked in an enclosed or unventilated area. *Charging & Range: Actual charging speeds and range will vary based on charger output capacity, battery temperature, state of charge, ambient outdoor temperature, battery age, and driving habits. Pre-conditioning en route while unplugged draws power from the high-voltage battery.