Leofoto TFN Stainless Steel Tripod Spikes for 3/8" Threaded Tripod Legs

The Leofoto TFN Stainless Steel Tripod Spikes are an essential accessory for photographers and videographers who demand stability and durability from their tripod setups. Crafted from high-grade stainless steel, these spikes are designed to enhance the stability of your tripod on various challenging surfaces, including ice, rock, and soft ground. Whether you're shooting in rugged terrains or icy landscapes, these spikes ensure that your tripod remains firmly planted, allowing you to focus on capturing the perfect shot.

Made from high-quality stainless steel, these spikes are built to withstand harsh environments and resist corrosion, ensuring longevity and reliable performance.

Featuring a 3/8" threaded mount, the TFN spikes are compatible with most tripods that have 3/8"-16 sockets on the leg ends, providing versatility and ease of use across different tripod models.

Each spike measures 6.8cm in length, providing the perfect balance between stability and portability. The spikes' design allows them to dig into soft surfaces and grip onto hard terrains effectively.

The spikes' pointed design ensures maximum penetration into soft grounds, while the knurled grip section offers excellent hold, preventing slippage on icy or rocky surfaces.

Weighing only 0.038 kg each, the TFN spikes add minimal weight to your gear bag, making them easy to carry and deploy whenever needed.

An included hex key allows for easy and secure installation of the spikes onto your tripod legs, ensuring they stay firmly in place during use.

Ideal for outdoor photography, landscape shoots, wildlife videography, and any situation where tripod stability is crucial. These spikes provide the confidence you need to set up your tripod in any environment.

Ensure the spikes are tightly screwed onto the tripod legs using the provided hex key to avoid any movement during your shoot.

Confirm your tripod legs have 3/8"-16 sockets for proper fitting.

Use the spikes on appropriate surfaces for optimal stability-ideal for soft ground, rocks, ice, and other challenging terrains.