Last Updated on July 27, 2026 by Daniel Globe
Selecting the right height for your hiking sticks is one of the most critical factors for a comfortable, safe, and energy-efficient hike. Correctly adjusted trekking poles improve your posture, enhance balance on technical terrain, and absorb joint impact during steep descents. Getting the length wrong can cause sore shoulders, neck fatigue, or unstable footing on uneven trails.
Quick Answer
Hiking sticks should be sized so your elbow forms a 90-degree bend when you hold the grip with the pole tip planted vertically on the ground near your foot. As a quick shortcut, multiply your overall height in centimeters by 0.68 to find your baseline pole length, then shorten by 5–10 cm for uphill climbs or lengthen by 5–10 cm for descents.
Key Takeaways
- The 90-Degree Elbow Rule: Your forearm should sit parallel to the ground when holding planted poles in your hiking shoes.
- Terrain Adjustments: Shorten poles by 5–10 cm for steep ascents and lengthen them by 5–10 cm for steep descents.
- Sizing Shortcut Formula: Multiply height (cm) × 0.68 to calculate your starting pole setting.
- Equal Section Balancing: Extend upper and lower sections of telescoping poles equally to maintain structural stability.
- Wrist Strap Impact: Slip hands upward through straps from underneath so weight rests on the strap, not just your hand grip.
Factors to Consider When Choosing Hiking Stick Height
Several key factors determine the ideal height setting for your hiking sticks. While overall height is the primary metric, arm length, torso proportion, footwear thickess, and terrain variations all play important roles in achieving proper ergonomic alignment.
The standard benchmark used by outdoor gear specialists like REI requires that when you stand on flat ground with the pole tip planted near your foot, your elbow should form a clean 90-degree right angle. This keeps your forearms parallel to the ground, allowing maximum leverage without straining upper body muscle groups.
Carrying a heavy backpack also alters your center of gravity. When carrying a multi-day pack, your posture naturally leans slightly forward, which may require fine-tuning your baseline pole length by 1–2 centimeters to maintain optimal posture and propulsion.
At a Glance: Trekking Pole Height Sizing Reference
| Hiker Height: 5’0″–5’4″ (152–163 cm) | Approx. 100–110 cm pole length |
| Hiker Height: 5’5″–5’9″ (165–175 cm) | Approx. 110–120 cm pole length |
| Hiker Height: 5’10″–6’1″ (178–185 cm) | Approx. 120–130 cm pole length |
| Hiker Height: 6’2″+ (188 cm+) | 130 cm+ (Choose poles extending to at least 135–140 cm / 53–55 in) |
Use these numbers as starting estimates; always confirm fit using the 90-degree elbow test while wearing your actual hiking boots.
How to Measure Your Ideal Hiking Stick Height
Accurately measuring your hiking sticks ensures optimal load distribution across your legs, shoulders, and core. Follow these step-by-step techniques to establish your precise baseline setting.
The 90-Degree Elbow Test
Put on the exact footwear you intend to hike in (hiking boots or trail runners) and stand upright on a flat surface. Hold the grip of the hiking stick with the tip planted on the floor near your foot. Relax your shoulder muscles and let your arm hang naturally. Adjust the shaft length until your forearm forms a 90-degree angle with your upper arm. If your elbow angle is acute (hand higher than elbow), the pole is too long; if obtuse (hand lower than elbow), the pole is too short.
The Height Formula Shortcut
If purchasing hiking sticks online before testing them in person, use the mathematical baseline formula: Height (in cm) × 0.68. For example, a hiker who is 175 cm tall ($175 \times 0.68 = 119\text{ cm}$) should round to a baseline pole height of 120 cm.
Footwear Stack Height Considerations
Thick mountaineering boots or cushioned hiking boots add 1 to 2 inches ($2.5\text{ to }5\text{ cm}$) to your standing height compared to walking barefoot. Always measure pole length while wearing your trail footwear to prevent setting your sticks too short.
Extending Multi-Section Telescoping Poles
Most adjustable hiking sticks consist of two or three telescoping shaft sections with numerical measurement lines stamped on each section. For standard three-piece poles, extend both the middle and lower sections equally to reach your desired length mark. Unequal section extension places excessive stress on one locking mechanism, increasing the risk of structural slippage or shaft failure under load. Never extend any section past its marked “STOP” or “MAX” indicator line.
How Wrist Straps Impact Height Setup
Wrist straps are engineered to support weight and prevent hand fatigue. To use them correctly, slide your hand upward from underneath through the strap loop, then bring your palm down to rest directly over the grip. This configuration transfers your weight into the strap rather than requiring a tight hand squeeze, maintaining your hand at the proper height relative to the grip.
Adjusting Pole Height for Different Terrains
| Terrain Type | Recommended Length Adjustment |
|---|---|
| Flat & Rolling Trails | Baseline setting (90-degree elbow bend) |
| Uphill Ascents | Shorten by 5–10 cm depending on incline steepness |
| Downhill Descents | Lengthen by 5–10 cm depending on descent steepness |
| Sidehill & Cross-Slopes | Shorten uphill pole; lengthen downhill pole |
Leaving your hiking sticks at a single flat-terrain length for an entire trek is a common mistake. Adjusting pole length as terrain changes maximizes efficiency and protects your body joints.
Uphill Ascents
When climbing steep grades, shorten both poles by 5–10 cm. Shorter poles prevent you from reaching too high on slopes, keeping your forearms at an efficient angle and allowing your body weight to push effectively off the ground without straining shoulder joints.
Downhill Descents
When descending, lengthen both poles by 5–10 cm. Longer poles allow you to plant the tips further ahead on the trail, maintaining an upright posture and transferring body weight through your upper torso instead of pounding your knees, quadriceps, and ankle joints.
Sidehill Traverses
When traversing across a steep hill or contouring a slope, adjust each pole independently. Shorten the pole on the uphill side and extend the pole on the downhill side to remain balanced without tilting your spine or hips.
Pro Tip: When navigating deep snow or mud, trekking pole baskets sink beneath the surface. Add 2–5 cm to your baseline length or switch to wider snow baskets to compensate for shaft sinkage.
Choosing Fixed vs. Adjustable Hiking Sticks
Understanding pole design types helps ensure you buy trekking poles that accommodate your height needs across varying outdoor conditions:
- Adjustable Telescoping Poles: Feature lever-lock or twist-lock mechanisms across 2 or 3 sliding sections. They offer maximum flexibility, allowing length adjustments for varying incline angles, user height shifts, or sharing gear between family members.
- Folding / Z-Poles: Connected via internal tension cord (similar to tent poles). Highly packable and lightweight, available in both fixed-length and adjustable upper section designs.
- Fixed-Length Poles: Lighter and stiffer with zero lock-slippage risk, but offer zero height adjustability on terrain changes. If choosing fixed-length poles and you land between sizes on manufacturer charts, size down so you can grip lower on climbs without reaching unnaturally high.
Common Mistakes to Avoid When Choosing Pole Height
Avoiding these typical adjustment errors will save energy and prevent unnecessary physical strain:
- Relying Solely on Height Charts: Generic sizing charts fail to account for individual proportions like arm length and torso height. Always perform the physical 90-degree elbow check.
- Never Adjusting Mid-Hike: Keeping poles fixed at flat-terrain height during steep climbs forces you to overextend your arms, while failing to extend them on descents forces you to hunch forward.
- Gripping Poles Too Tightly: Relying on grip force rather than setting strap height correctly leads to forearm fatigue and hand cramping within the first few miles.
Warning: Hiking with poles set too long forces your shoulders upward, causing upper back spasms and neck strain. Poles set too short push you into a forward hunch, increasing compressive stress on your lower spinal discs.
Benefits of Using the Correct Height for Your Hiking Sticks
Sizing your hiking sticks accurately delivers notable physiological and stability benefits across every mile of trail:
- Joint Protection: Biomechanical studies demonstrate that properly sized trekking poles absorb 15% to 20% of joint strain from knees and ankles during downhill walking.
- Improved Balance & Traction: Provides two extra contact points on loose gravel, river crossings, mud, and uneven rock scrambles.
- Upper Body Engagement: Distributes weight work to the arms, chest, and upper back muscles, saving leg energy and extending endurance on high-elevation routes.
“Properly adjusted trekking poles hold your elbows at a natural 90-degree angle — lock in that angle on flat ground, and your rhythm, balance, and weight distribution will align naturally on the trail.”
How to Field-Test the Fit of Your Hiking Sticks
To verify that your selected pole height functions properly in motion, perform a practical field test before setting off on a long backcountry trek:
- Set your poles to your baseline height calculation and put on your hiking shoes and pack.
- Walk at a normal stride on flat terrain. Your arms should swing naturally without your shoulders hunching upward or reaching forward.
- Find a short incline and decline. Shorten the poles by 5 cm for the climb and extend them by 5 cm for the descent to evaluate lock engagement and ergonomic comfort.
- Check lock stability: push firmly downward on the pole handles using full upper-body pressure. The locks should hold securely without slipping or collapsing.
Tips for Maintaining the Correct Height and Locking Systems
Maintaining lever-lock mechanisms ensures your poles don’t slip out of adjustment mid-stride:
- Adjust Lever Tension: If lever locks slip under pressure, open the lever clamp and tighten the small tension thumb-screw clockwise by a quarter-turn before closing the lever.
- Mark Your Settings: Use a fine permanent marker or small piece of colored tape to mark your standard flat, uphill, and downhill height positions on the shaft lines. This permits instant mid-hike adjustments without remeasuring.
- Clean Shaft Sections: After muddy or wet hikes, wipe telescoping shaft sections dry before collapsing them. Moisture trapped inside locked shafts can cause internal corrosion or slip degradation.
Note: Never lubricate telescoping pole shafts or locking mechanisms with oil or WD-40, as lubricants destroy internal friction mechanisms, causing irreversible shaft slippage.
Frequently Asked Questions
What are hiking sticks and trekking poles?
Hiking sticks (or trekking poles) are lightweight, shaft-based equipment designed in pairs to provide extra balance, stability, and load-sharing support while walking on rough or elevated terrain.
How tall should hiking sticks be?
Hiking sticks should be adjusted to a height where your elbow bends at a natural 90-degree angle when holding the handle while standing upright in your hiking shoes with the pole tip planted near your foot.
How do I measure the correct height for hiking sticks?
Put on your hiking boots, stand straight on flat ground, hold the pole grips, and adjust shaft lengths until your forearms sit parallel to the ground. You can also multiply your overall height in cm by 0.68 for a quick baseline measurement.
Are fixed or adjustable hiking sticks better?
Adjustable hiking sticks are better for most hikers because they allow you to shorten poles on uphill climbs and extend them on downhill descents. Fixed-length poles are lighter but cannot be adapted to shifting trail angles.
What are the main benefits of using properly sized hiking sticks?
Correctly sized hiking sticks reduce mechanical strain on knee and hip joints on descents, boost uphill energy efficiency, improve balance on technical surfaces, and encourage an upright posture.
Sources
- REI Expert Advice: How to Choose Trekking Poles — Comprehensive guide on sizing methods, sizing charts, and lock mechanics.
- REI Expert Advice: How to Use Trekking Poles — Outlines terrain-based length adjustments and wrist strap usage techniques.
- LEKI Pole Length Calculator — Official sizing advisor validating the height (cm) × 0.68 sizing formula.