Secure Your RC Racing Cones with Soda Cans

Secure your RC racing cones with soda cans filled with dirt. This simple DIY trick keeps cones stable and prevents them from moving during races!

Use the video below as an example… Items used will be listed below the video, Subscribe to the YouTube channel if you found this useful!!!

Items Used:

• 1. Cones (that fit Soda can)
• 2. Dremel Rotary Tool (dill small hole in the can)
• 3. 9 mil Nitrile glover (keep hand clean when playing in the dirt)
• 4. Hand Tiller (dig hole easy)

To effectively keep your track cones from moving, a simple yet innovative solution involves using an empty soda can filled with dirt. This method not only provides stability but also utilizes materials that are readily available, making it cost-effective!

When placing cones, many elements can easily displace them. On my backyard RC track (off-road), the dog loves taking off with them from the excitement of the cars, but I also wreck into them. Inserting a soda can (I fill with dirt) into each cone creates a weighted anchor that significantly reduces the likelihood of movement. The weight of the dirt inside the can helps keep the cone firmly in place, ensuring it serves its purpose without interruption.

Step 1: I drill small holes in the soda can to prevent water accumulation during rain, which helps prevent mosquitoes from breeding there.

Step 2: I dig a hole (for the soda can) to ensure the cone sits flush with the ground. This not only provides a stable anchor point but also helps keep the cone securely in place.

Step 3: Use the dirt you excavated to fill the can. This adds weight, enhancing the stability of the cone.

Step 4: Place some dirt around the soda can to help secure the cone in place. Fortunately, the cones I use lock onto the top of the soda can, making this process much easier.

Note: If you’d rather not dig—like in on-road racing—you can opt for shorter soda cans. Although they may not anchor as firmly to the ground, they will still offer enough weight to significantly reduce the likelihood of the cones moving.