4.8 rating based on total orders
In stock and ready to ship
GUARANTEED SAFE CHECKOUT
Collapsible Hiking Poles
User Manual
Our award-winning customer support team is ready 7 days a week to answer your inquiries by email or live chat. Just send us a message and we’ll be happy to help you.
Frequently Asked Questions
TrailStiki poles feature a simple twist lock system that allows quick length adjustments. Just twist the locking mechanism, extend or retract to your desired length using the precise scale markings, then twist back to secure firmly in place.
TrailStiki stands out with aerospace-grade aluminum construction, advanced anti-shock technology, and a dual-material grip system. These features combine lightweight durability with superior comfort and stability that outperform standard hiking poles.
Absolutely! TrailStiki poles are specifically designed for rugged mountain terrain with carbon steel tips that provide excellent traction on rocks. The anti-shock mechanism handles impact from uneven surfaces effectively.
Clean your TrailStiki poles with mild soap and water, then dry thoroughly. Regularly check the twist locks for debris and ensure they're functioning properly. Store collapsed in a dry place to maintain optimal performance.
Yes, TrailStiki poles are perfect for beginners due to their intuitive adjustment system and stable support. They help build confidence on trails while reducing learning curve compared to more complex hiking equipment.
TrailStiki hiking poles support up to 300 pounds per pole, making them suitable for most hikers. The aerospace-grade aluminum construction ensures reliable performance under normal hiking conditions and weights.
The anti-shock system uses internal spring damping that compresses upon impact, absorbing vibration and reducing force transferred to your joints. This mechanism activates automatically when pressure is applied during use.
Yes, the carbon steel tips on TrailStiki poles are replaceable when worn. Simply unscrew the old tip and screw on a new one to restore optimal traction and performance on various surfaces.