Choosing the right tire and wheel combination for your vehicle is crucial for performance, handling, and overall safety. A popular choice for off-road enthusiasts and truck owners is the combination of 35" tires on 17" wheels. This guide delves into the specifics of this setup, addressing common questions and concerns.
What are the advantages of using 35" tires with 17" wheels?
The combination of 35" tires and 17" wheels offers several compelling advantages. The larger tire diameter provides significantly increased ground clearance, essential for navigating rough terrain and obstacles. This improved clearance minimizes the risk of scraping the undercarriage on rocks, bumps, or other obstructions. Furthermore, 35" tires offer better traction, especially in mud, snow, or sand, due to their larger contact patch. The 17" wheel, while smaller than some alternatives, provides a good balance between strength, weight, and affordability. It's a widely available size, making tire selection easier and potentially more cost-effective.
What vehicles are suitable for 35" tires and 17" wheels?
This setup isn't suitable for every vehicle. You need a vehicle with sufficient suspension lift and wheel well clearance to accommodate the larger tires without rubbing. Typically, trucks and SUVs with substantial modifications, such as Jeep Wranglers, Ford Super Dutys, and Ram 2500/3500s, are well-suited for this setup. However, even with lifted vehicles, you may need additional modifications like fender flares or trimming to prevent rubbing. It's vital to research your specific vehicle model and year to determine compatibility.
What are the disadvantages of using 35" tires with 17" wheels?
While offering significant advantages, this setup also presents some drawbacks. Firstly, larger tires increase the rotational mass, leading to reduced acceleration and potentially decreased fuel economy. The increased tire size and weight can put added stress on various components of the vehicle, such as axles, drivetrain, and suspension. This could necessitate upgrades or reinforcements to ensure longevity and reliability. Moreover, 35" tires generally come with a higher price tag compared to smaller tires.
What is the best wheel offset for 35" tires on 17" wheels?
Finding the ideal wheel offset depends on your specific vehicle and lift kit. Incorrect offset can cause tire rubbing against the fenders or suspension components. A more negative offset usually allows for more clearance, pushing the wheels further outward, but excessive negative offset can create stability issues. Consultation with a tire and wheel specialist is crucial to determine the appropriate offset for your vehicle and setup.
How much lift is needed for 35" tires on 17" wheels?
The required lift varies substantially depending on the vehicle make, model, and specific lift kit. A general rule of thumb suggests at least a 6-inch lift for 35" tires; however, 8-10 inches might be necessary for certain vehicles to ensure adequate clearance. Again, it is highly recommended to consult with professionals experienced in vehicle lifts and tire installations to determine the precise lift height required for your specific situation to avoid potential problems. Failure to do so can lead to serious damage to your vehicle.
Do I need to regear my axles with 35" tires?
This often becomes necessary, especially when using 35" tires on a vehicle that wasn't designed for them. Larger tires increase the overall gear ratio, leading to a loss in acceleration and potentially excessive engine strain. Regearing involves changing the ring and pinion gears in your differentials to restore the original power and performance balance. Whether regearing is strictly necessary is dependent on driving habits and terrain. Consult a mechanic specializing in automotive gearing to determine if this modification is right for you.
This guide provides a foundation for understanding the implications of using 35" tires with 17" wheels. Remember, always consult with professionals before making any modifications to your vehicle to ensure safety and optimal performance. Thorough research and expert advice are essential for a successful and trouble-free installation.
