OnRamp

A hitch rack is a bike carrier that attaches to the hitch receiver of your vehicle, allowing you to transport bicycles securely on the back of your car or truck. It works by providing a stable platform where you can load your bikes, making it easy to take them on road trips or to different locations without having to ride them there.

E-bikes, or electric bikes, are bicycles equipped with an electric motor that assists with pedaling. They make cycling easier, especially for longer distances or steep hills, making them a great option for commuting or recreational riding. E-bikes can help you enjoy cycling without the physical strain, making it accessible for a wider range of riders.

A built-in ramp on a hitch rack allows you to easily roll your bikes onto the rack without lifting them. This feature is particularly beneficial for heavier e-bikes, as it simplifies the loading process and reduces the risk of injury from lifting heavy objects, making it more convenient for users of all strength levels.

Sturdy attachment points are secure locations on the hitch rack where your bikes are held in place during transport. They are designed to keep the bikes stable and prevent them from moving around or falling off while driving. This ensures the safety of both your bikes and other road users, giving you peace of mind while traveling.

The weight capacity of the hitch rack refers to the maximum weight it can safely hold, which in this case is 66 pounds per bike. To determine if the rack is suitable for your bikes, simply check the weight of each bike you plan to transport. Ensure that the combined weight of all bikes does not exceed the rack's weight capacity for safe and secure transport.

Yes, you can use a hitch rack for both regular bikes and e-bikes, as long as the combined weight of the bikes does not exceed the rack's weight capacity. However, it's important to ensure that the hitch rack is compatible with the specific frame and design of your e-bikes, as some models may require additional features for secure transport.