Off-roading has become a popular activity for many enthusiasts, and lift kits are an essential component in improving off-road performance. Toughdog Lift Kits are a popular choice for many off-road enthusiasts, and their performance benefits are backed by science. In this blog post, we will explore the science behind lift kits and how a Toughdog Liftkit improves off-road performance.
Center of Gravity
One of the primary reasons why lift kits improve off-road performance is because they raise the center of gravity of the vehicle. When the center of gravity is higher, the vehicle has more clearance to overcome obstacles and traverse uneven terrain. This means that vehicles with lift kits can tackle more challenging trails and obstacles than those without them.
Suspension and Wheel Travel
Another way that lifts kits improve off-road performance is by increasing the suspension and wheel travel of the vehicle. When the suspension and wheel travel is increased, the vehicle can absorb impacts and vibrations from rough terrain more effectively. This improves the stability and control of the vehicle, which is especially important when off-roading on uneven or rocky terrain.
Lift kits also allow for the installation of larger tires, which have several benefits for off-road performance. Larger tires have more surface area, which improves traction and grip on loose terrains like mud, sand, and gravel. They also have more sidewall flex, which helps to absorb impacts and vibrations from rough terrain.
Approach and Departure Angles
Finally, lift kits can improve the approach and departure angles of a vehicle. These angles refer to the angle at which the vehicle approaches or departs from an obstacle. When these angles are improved, the vehicle is less likely to get stuck or high-centered when traversing steep inclines or declines.
In conclusion, lift kits like Toughdog Lift Kits improve off-road performance by raising the center of gravity, increasing suspension and wheel travel, allowing for larger tires, and improving approach and departure angles. These improvements are backed by science and allow off-road enthusiasts to tackle more challenging terrain with greater control and stability.