High trek trekking poles are an essential accessory for various outdoor activities, including mountaineering and hiking in the snow. These poles serve several purposes, including offering support, improving balance, and providing stability while traversing tricky terrain. A typical trekking pole comprises a handle, wrist strap, a support column, a locking system, mud support, and a rod tip to facilitate movement over different surfaces.

Item NO.	F018-Q5
Length	80-135cm
Diameter	16/14
Weight	235g
Tube material	Aluminum /Carbon
Grip material	EVA/cork
Printing	heat transfer
Color	Customized color
Anti-shock system	inner
Lock system	Out quick lock
MOQ	500pieces
Sample	Yes
Feature	Retractable wooden hiking sticks
Other	Custom Logo/size/package are welcomed

Principles of Science

When it comes to climbing sticks, there are a number of physical principles that are integral to their functionality. These principles include things like friction, tension, and gravity, which all play a critical role in helping climbers ascend steep and challenging terrain.
In order to provide the stability and support necessary for climbing, the stick must rely on a variety of physical forces and phenomena. For example, the stick's surface must be rough and textured in order to increase friction between the stick and the surface it is placed on. Additionally, the stick must be able to withstand forces of tension as the climber's weight is supported by the stick.
At the same time, gravity plays a key role in both the climbing stick's operation and the overall experience of climbing. By understanding the principles of gravity and how it affects our bodies and movements, climbers can better navigate challenging environments and make use of the unique properties of their climbing sticks.
Overall, the physical principles of climbing stick operation are complex and multifaceted, requiring a deep understanding of various physical forces and phenomena. However, it is precisely this understanding that allows climbers to safely and confidently traverse even the most difficult terrain.

Friction theory:

Climbing sticks, whether they are internally or externally locked, utilize the basic principle of friction. Once the lock catch is secured, it snugly fits against the inner wall of the staff stick, generating pressure that produces friction and supports the entirety of the staff. In essence, the lock catch and inner wall closely press against each other, resulting in a firm hold that enables climbers to ascend safely. This simple yet effective friction-based mechanism is key to the efficiency and reliability of climbing sticks.

Thin wall structure theory:

The primary force-bearing area of the staff is situated on its outer side while the inner side has minimal role to play during use. Hence, creating a hollow staff does not affect its structural strength significantly, but it greatly reduces its overall weight. By following this principle, lighter staffs can be produced without sacrificing their strength.

Pressure bar stability theory:

The pull rod in a climbing stick is designed with a strength limit to avoid plastic deformation or breakage when subjected to excessive stress. Hence, it is essential to note the "STOP" sign on the pole as it indicates the limit point. During adjustments, one must ensure that each section is of equal length and does not extend beyond the warning line. Overstepping the caution line may lead to fatal consequences.

folding trekking pole detail