ProPride Blog

Did you know that 77% of all towing-related incidents are caused by mechanical failure? This staggering statistic highlights a critical reality for every driver on the road today. You've already made the smart choice to invest in the best hitch on the planet because you understand that safety isn't something you can leave to chance. You're a responsible owner who values engineering excellence and wants to ensure your equipment performs exactly as the laws of physics intended.

You have probably been told that wind gusts and passing semi-trucks are the main reasons your trailer starts to dance behind you. While those environmental factors play a role, they aren't the root of the problem. Understanding what causes

If trailer stability matters more than the lowest purchase price, don't start by comparing hitch prices. Start by comparing how each hitch handles the forces that cause trailer sway.

What if the white-knuckle grip you've accepted as a part of towing isn't a necessary evil, but a symptom of a fundamental engineering flaw in your setup? In 2026, you've likely felt the front end of your truck get light or watched the rear-end sag under the weight of a heavy trailer. It's common to feel anxiety when a semi-truck passes or a sudden crosswind catches your rig. You aren't alone in wondering, is a weight distribution hitch worth it, especially when your current setup feels "good enough" until the moment it isn't.

When a travel trailer suddenly starts moving from side to side, the driver's first instinct may be to react quickly. That instinct can make the situation worse.

What if the white-knuckle anxiety you feel when a semi-truck passes your Jayco isn't a necessary part of towing, but a symptom of outdated equipment? You've likely spent hours researching the best sway control hitch for jayco trailers, only to find a sea of conflicting opinions on friction bars and weight distribution. It's exhausting to worry about your family's safety every time the wind picks up. You're an informed owner who values precision, and you deserve to feel like a confident pilot rather than a passenger to the laws of physics.

Trailer yaw rate is the rate at which a trailer rotates around its vertical axis, usually expressed in degrees per second. In practical towing terms, yaw describes the trailer's nose moving left or right relative to its direction of travel. When yaw becomes repetitive or oscillatory, drivers commonly describe the resulting motion as trailer sway.

What if the equipment you rely on for highway safety is fundamentally incapable of stopping a trailer sway event before it begins? When you're white-knuckling the steering wheel as a semi-truck passes, you have to ask: are friction sway control hitches safe enough for your family? Most drivers accept the loud popping noises and the constant tension of friction bars as a necessary part of the journey. You want to feel secure in high winds, yet you're often left wondering if your equipment will hold when the physics of a gust outmatches the resistance of a brake pad.

Trailer sway can come and go during the same drive because the forces acting on your trailer are constantly changing. Speed, crosswinds, passing trucks, road surfaces, steering inputs, trailer loading, tire condition, and hitch geometry can all influence how a travel trailer responds. A trailer may track smoothly for miles and then begin moving side to side after a wind gust, lane change, road disturbance, or increase in speed.

Your Grand Design trailer is a masterpiece of RV engineering, but even a Reflection or Imagine isn't immune to the laws of physics. If you've felt the terrifying "suck and push" as a semi-truck passes, you know traditional equipment often falls short. Many owners spend years searching for the best sway control hitch for grand design trailers, only to realize that friction-based systems are reactive tools that merely resist sway after it starts. This white-knuckle experience doesn't match the quality of your RV, and it doesn't provide the peace of mind your family deserves.