Consider the following buying factors.
Consider the materials the cooling system is made of. Aluminum and Copper are materials that offer efficient heat transfer, but aluminum radiators are lighter, offering weight savings, while copper radiators are heavier and resistant to corrosion. Ensure the cooling system is specifically designed for your Kawasaki Ridge. This guarantees proper fit and compatibility with existing components. Double-checking compatibility information or consulting with a trusted mechanic is crucial.
Consider your riding style and terrain. If you primarily use your Ridge for casual rides, a stock replacement system might be sufficient. However, if you engage in demanding activities like off-roading or racing, an aftermarket performance system with improved cooling capacity is necessary. Some systems offer features like high-flow thermostats, electric fans with adjustable settings, and pre-filled coolant for convenience. Check to see if the stock or aftermarket parts have the features that you need.
Take note of the radiator size you want - if you're shopping for a radiator. A larger radiator increases the surface area for heat exchange, leading to improved cooling efficiency. This is particularly beneficial for hotter climates or demanding riding conditions.
Consider the aftermarket options that offer a wider range of prices, but ensure you choose a reputable brand known for quality and performance. Price is often a deal-breaker, and if you intend to do other upgrades, you must consider your budget for upgrading your cooling system. Opt for cooling systems from reputable manufacturers known for quality materials and construction. Regarding warranty, look for a product backed by a strong warranty to ensure peace of mind and protection against potential future defects.
Choose a cooling system specifically designed for your Kawasaki Ridge model and year. This guarantees proper fitment and ease of installation. Assess your mechanical skills and consider the complexity of installation. Some systems require more extensive modifications compared to others.