

The sway control mechanism is directly connected to the trailer being towed and offers multiple points to manage sway control. Steel bar weight distribution hitches can help manage sway control in your vehicle. Having understood how a weight distribution hitch works, we now look at some of the important features you can come to expect from one: Sway Control Important Features of a Weight Distribution Hitch If your weight distribution hitch isn’t the perfect size, there will be uneven squatting and improper balancing across the spring bars and arms. The bars are attached through the ball couple and can stop the trailer from shifting towards one side and creating uneven lines. The entire process is regulated through the presence of strong bars. A weight distribution hitch will distribute 400 lbs of the total tongue weight to the back wheels, 400 lbs to the front wheels, and 200 lbs to the axle in the trailer. In a typical scenario, 40 percent of the vehicle weight will be transferred to the front wheels, 40 percent to the back wheels, and 20 percent to the axles.įor instance, a trailer with a tongue weight of 1000 lbs can be equally distributed around the components of the towing vehicle. A weight distribution hitch is commonly placed around the spring arms between the towing vehicles and can distribute the weight of the towed vehicle. The tongue weight of the towed vehicle is entirely transferred on the back wheels, leading to excessive unevenness and sways while you are driving.Ī weight distribution system can help solve your problems by adding equal distribution of weight. When you are towing a vehicle, the front axle of the towing vehicle can become uneven, usually leading to fatal accidents and sways. The weight distribution hitch is commonly known as a load equalizer and a tow hitch. The equal load distribution can help minimize the burden on one part of the trailer and can minimize the unevenness on the tires. Perhaps the biggest benefit of a weight distribution hitch is that it can distribute the weight of the RV or travel trailer evenly across the surface of the towing vehicle. The even distribution of weight can help prevent disturbances and unevenness on the road. What this means is strong winds, sudden brakes, and a tough U-turn can cause the vehicle to lose balance and eventually lose control.Ī weight distribution hitch can work wonders to equally distribute the weight of the attached RV or travel trailer across your vehicle’s body. The additional weight coming from the trailer can eventually cause an uneven balance and lead to a lack of control on the road. You also need to factor in torque weight, which can come across 1/4 th of the total gross trailer weight.Īttaching a trailer or RV to your vehicle brings additional torque weight and related pressure to your towing truck. The gross trailer weight is the total of your trailer’s cargo, the trailer itself, and the rear axles. Before we talk about the intricate details of a distribution hitch, let us first study the importance of measuring your trailer’s gross weight. We begin our comparison by first studying weight distribution hitches in detail. The bar creates resistance and minimizes the impact of swaysĪ weight distribution hitch is used to transfer the weight towards the front wheel of the carrying vehicleĪttached to the suspension of your vehicle The table below summarizes both components and the role they perform: Concern The resistance can help distribute the load evenly across the vehicle’s suspension, minimizing the sway’s impact and distributing the kinetic energy. A major part of the carrying vehicle, the load, and the trailer is now carried by the hitch.Ī sway bar, on the contrary, helps create resistance during swift turns and jitters on the road. A weight distribution hitch is used to transfer the weight toward the front wheel of the carrying vehicle. Conclusion Introducing Sway Bars and Weight Distribution HitchesĪs we have previously discussed, a sway bar and a weight distribution hitch perform similar roles.Introducing Sway Bars and Weight Distribution Hitches.
