The accessories for walking sticks mainly include the following types:

Handle: The upper end of a mountain climbing stick, used to hold the stick. It is generally made of plastic, rubber, leather, and other materials, and different materials have different comfort and sweat absorption properties.

Wrist strap: The lower part of the handle of a hiking stick, used to secure the wrist and prevent the stick from slipping or losing. It is generally made of materials such as nylon and cotton, and different materials have different softness and breathability.

Locking device: The middle section of the walking stick is used to adjust and fix the length of the climbing stick. There are generally two types of locks: external and internal. The external lock is more convenient and fast, while the internal lock is more lightweight and compact.

Stick: The main body of a mountain climbing stick, used to support body weight and balance gait. It is generally made of aluminum alloy and carbon fiber, which are more sturdy and durable, while carbon fiber is more lightweight and elastic.

Mud support: The lower end of a hiking stick, used to prevent it from getting stuck in soil or snow. It generally has two shapes: circular or star. The circular shape is more versatile for various terrains, and the star shape is more anti slip and grasps the ground.

Foot cover: The lowest end of a hiking stick, used to protect the tip of the stick and cushion vibration. It is generally made of materials such as rubber or silicone, and different materials have different wear resistance and elasticity.

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The foot covers of hiking sticks are accessories used to protect the tip of the stick and reduce noise, generally including the following types:

Rubber foot cover: Suitable for hard surfaces such as cement roads, stone roads, etc. It can prevent the tip of the stick from wearing and sliding, and also reduce the knocking sound.
Snow Feet Cover: Suitable for snow or muddy ground, it can increase the contact area of the stick tip and prevent the stick tip from getting stuck in snow or mud.
Mud foot cover: suitable for muddy or sandy ground, it can prevent the tip of the stick from getting stuck in the mud or sand, and also prevent mud and sand from sticking to the tip of the stick.

The wrist strap of a mountain climbing stick is an accessory used to support the stick and buffer the arm. There are generally the following types:

Polyester fiber wrist strap: inexpensive, water absorbing and quick drying, but easy to wear and tear.
Nylon wristband: Lightweight, sturdy, but can grind hands.
Leather wristbands: expensive, skin friendly, durable, but not absorbent
The wrist strap is the most important part to consider when purchasing a hiking stick, as the transmission of physical strength between the stick and the user is mainly through the wrist strap. Therefore, when choosing a high-quality wrist strap, it should be considered whether it has the following characteristics: the middle of the wrist strap is wider, and the sides are narrower, which can prevent strangulation; The wrist strap adjustment buckle is set at the connection with the mountain climbing stick and does not come into contact with the hands to prevent hand contact; The inner side of the wrist strap is made of suede anti friction material, effectively protecting the skin in contact with the strap.
The aluminum alloy telescopic walking stick can use an internal locking shock absorption system. The aluminum alloy hiking stick will also be equipped with a shock absorber system along with the locking system. The shock absorber system, as a spring component, can effectively cushion the impact force and reduce the pressure on the knee when going downhill. However, due to the absorption of thrust by the spring when going uphill, it will consume additional physical energy during long-term hiking. In addition, spring components with poor materials are prone to rusting, breakage, slipping, and other situations, leading to locking system buckles or failure. Climbing sticks made of carbon fiber and titanium alloy materials have good elasticity and toughness, and can achieve balanced shock absorption without the need for shock absorption systems.

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