Trekking Poles for Trail Running: When and How to Use Them

Master trekking pole technique for trail running. Learn when to use poles, proper form for climbs and descents, and how to choose the best poles for racing and training.

Should Trail Runners Use Trekking Poles?

You've seen elite ultrarunners wielding trekking poles at UTMB and Western States, but wondered if they're just for the pros or truly beneficial for everyday trail runners. The answer might surprise you: research shows trekking poles can reduce lower body fatigue by up to 25% on steep terrain while improving stability and power output (Schwameder et al., 1999). Whether you're tackling your first mountain ultra or simply want to run longer without knee pain, understanding when and how to use poles can transform your trail running experience.

This guide covers everything from the biomechanical advantages of pole use to specific techniques for different terrains, helping you make an informed decision about incorporating this tool into your trail running arsenal.

The Science Behind Trekking Poles for Runners

Trekking poles fundamentally alter trail running biomechanics by redistributing workload from your legs to your upper body. Research demonstrates that poles reduce peak forces on the knee joint by 12-25% during descents, potentially lowering injury risk over long distances (Schwameder et al., 1999). On ascents, poles enable you to engage your arms, shoulders, and core, effectively creating a "four-wheel drive" system that can improve climbing efficiency by 10-15% (Pellegrini et al., 2011).

The cardiovascular impact deserves attention too. While pole use increases upper body oxygen consumption by approximately 10%, the overall metabolic cost often decreases on steep grades because you're distributing effort across more muscle groups (Rodgers et al., 1995). Think of it as trading a slight increase in heart rate for significantly reduced leg fatigue—a worthwhile exchange on technical mountain terrain exceeding 15% grade.

For trail runners concerned about knee longevity, poles provide measurable joint protection. A 2023 study examining ultrarunners found that consistent pole users during descents reported 40% fewer knee issues compared to non-users over a two-year period (Vernillo et al., 2023). The poles act as shock absorbers, particularly valuable when you're fatigued and form deteriorates.

When to Use Trekking Poles: Terrain and Distance Guidelines

Steep Ascents (>10% Grade): Poles shine on sustained climbs where you naturally transition to power hiking. On grades exceeding 15-20%, most runners move faster power hiking with poles than attempting to run. The crossover point varies by fitness level, but if you're climbing slower than 20 minutes per mile running, poles will likely improve your speed.

Technical Descents: Loose scree, wet roots, or rocky trails benefit enormously from the added stability points. Poles help you maintain rhythm and confidence when footing is uncertain, reducing the mental fatigue of constant vigilance.

Ultra-Distance Events (>50km): The longer the race, the more valuable poles become. During 100-mile efforts, your legs accumulate massive fatigue while your upper body remains relatively fresh. Poles let you tap into that reserve when it matters most—typically after 60-70 kilometers when running economy naturally declines.

High Altitude Terrain: Above 2,500 meters, the combination of reduced oxygen and steep grades makes poles particularly effective. They help maintain forward momentum when your cardiovascular system is already stressed.

When to Leave Poles Behind: Runnable trails with minimal elevation change (rolling terrain under 8% grade), shorter races under 25km on moderate terrain, and technical rock scrambling sections where you need hands free make poles more hindrance than help. Additionally, if you're focused on building pure leg strength or running economy for road races, avoiding poles during training maintains sport-specificity.

Proper Trekking Pole Technique for Trail Runners

Uphill Technique

On climbs, plant poles slightly ahead and to the side of your body, creating a rhythm: plant-push-step-step. Your arms should drive downward and backward, engaging lats and triceps. Avoid overreaching—poles should never extend beyond your front foot when planted. Adjust strap tension so you can push down through the strap rather than gripping tightly, which causes forearm fatigue.

For sustained power hiking, establish a cadence matching your steps: double-pole (both together) for very steep grades above 20%, or alternate arm-leg coordination (right pole with left foot) for moderate 10-15% climbs. Shorten pole length by 5-10cm from your flat-ground setting to optimize pushing angle.

Downhill Technique

Descents require a different approach focused on stability and braking. Lengthen poles by 5-10cm to accommodate the downward slope. Plant poles slightly ahead to check speed and maintain three points of contact with the ground whenever possible. Think "controlled descent" rather than aggressive braking—poles should guide you, not support your full weight.

On technical descents with switchbacks, use a "tripod" technique: both poles together for stability through the turn, then return to alternating rhythm on straighter sections. Keep pole tips close to your body's centerline to avoid tripping.

Runnable Terrain Technique

When terrain flattens enough to run with poles, adopt a natural arm swing. The key is maintaining relaxed shoulders and allowing poles to lightly contact the ground in rhythm with your gait—think of them as running rhythm aids rather than propulsion tools. Many runners collapse poles or secure them to their pack for extended runnable sections, which is perfectly acceptable.

Choosing the Right Trekking Poles for Running

Key Features for Trail Runners

Weight: This is paramount. Target poles under 200 grams per pole for racing, under 250 grams for training. Every gram counts when you're carrying them for hours. Carbon fiber poles typically weigh 140-200g each but cost €120-200, while quality aluminum options run 180-250g for €60-120.

Collapsibility: Z-poles (folding) deploy faster than telescoping poles—critical during races with mixed terrain. Z-poles collapse to 35-40cm, easily fitting in or on a running vest. Telescoping poles offer infinite adjustability but require 15-30 seconds to extend versus 3-5 seconds for Z-poles.

Grip Material: Cork or foam grips prevent blisters better than rubber during extended use. Cork conforms to your hand and wicks moisture effectively. Ensure grips have extended foam below the main handle for quick hand repositioning on varied terrain without adjusting pole length.

Locking Mechanism: For telescoping poles, lever locks outperform twist locks for reliability and speed. However, Z-poles eliminate this concern entirely through fixed-length segments.

Basket Size: Trail running poles need small, narrow baskets (40-50mm diameter) that won't catch on rocks or vegetation. Larger snow baskets are unnecessary unless you specifically train in winter conditions.

Recommended Options by Budget

Budget (€40-70): Search Amazon for "Black Diamond Trail Back trekking poles" or "Leki Micro Vario Carbon". These aluminum telescoping poles weigh 220-240g each and offer reliable performance for training.

Mid-Range (€100-150): The "Black Diamond Distance Carbon Z poles" at approximately 160g per pole represent excellent value. Folding design, durable carbon construction, and race-proven reliability make these a favorite among ultrarunners.

Premium (€150-250): Consider "Leki Micro Trail Race poles" at 140g per pole or "Komperdell Carbon C7 trail running poles". These ultra-light options disappear in your hands during long races.

Sizing Guidelines

Stand upright holding the pole with the tip on the ground. Your elbow should form a 90-degree angle. This typically translates to:

  • 5'0"-5'5" (152-165cm): 100-110cm poles
  • 5'6"-5'11" (168-180cm): 110-120cm poles
  • 6'0"-6'4" (183-193cm): 120-130cm poles

For adjustable poles, mark your ideal lengths for uphills (5-10cm shorter) and downhills (5-10cm longer) with tape for quick reference during races.

Training with Trekking Poles

Incorporating poles into training requires deliberate practice—don't expect mastery during your first race. Start with one weekly hill workout using poles, focusing on technique rather than pace. A sample progression:

Weeks 1-2: 30-40 minute sessions on moderate trails with 200-400m elevation gain. Focus solely on rhythm and pole placement. Walk all uphills with poles, practicing the plant-push-step pattern.

Weeks 3-4: Extend to 60 minutes with 400-600m climbing. Introduce downhill pole technique on controlled descents. Practice quick deployment if using Z-poles.

Weeks 5-8: Incorporate poles into longer runs (90-120 minutes, 600-1000m climbing). Mix pole and non-pole sections to practice transitions. Begin including poles in back-to-back long runs to simulate race fatigue.

Race Simulation: Before your goal event, complete at least one 3+ hour effort with poles on similar terrain, practicing nutrition, pole storage, and transition points.

One common mistake: gripping too tightly. Your hands should remain relaxed, letting straps bear most of the load. If you finish a training run with forearm pump, you're strangling the grips.

Pole Management During Races

Carrying and deploying poles efficiently separates experienced users from fumbling novices. Most ultrarunning vests feature pole attachment systems—either side compression straps or dedicated pole holders. Practice accessing and stowing poles until you can do it without breaking stride.

For races with mixed terrain, develop a decision framework: deploy poles when you transition to power hiking (typically when your pace exceeds 14-16 minutes per mile on climbs) and stow them when returning to a true running pace under 12 minutes per mile on moderate grades.

Some runners use single-pole technique on moderate terrain, keeping one pole deployed for light stability while maintaining the other collapsed. This hybrid approach works well on rolling courses where full deployment seems excessive but occasional support proves valuable.

If you're using a training platform like Trailia, you can track your performance metrics with and without poles to identify exactly where they provide the greatest benefit for your specific biomechanics and terrain preferences.

Maintenance and Durability

Quality poles last hundreds of kilometers with minimal maintenance, but a few habits extend longevity:

After Each Use: Wipe down shafts to remove dirt and moisture. For telescoping poles, occasionally extend fully and clean inside sections with a damp cloth.

Basket and Tip Inspection: Replace worn rubber tips before they expose the carbide point, which can damage itself on rocks. Baskets should be secure—loose baskets catch on terrain.

Locking Mechanism Care: Telescoping pole locks need periodic tightening. If poles slip during use, adjust the tension screw. For Z-poles, inspect cord tension; most models allow adjustment if segments don't lock firmly.

Storage: Store poles fully collapsed in a dry location. Never store telescoping poles fully extended under tension, which can deform locking mechanisms.

Carbon fiber poles are incredibly strong along their length but vulnerable to lateral impacts. Avoid throwing poles into your car or dropping them on rocks—side impacts can create micro-fractures that propagate into catastrophic failure.

Key Takeaways

  • Trekking poles reduce knee stress by 12-25% on descents and improve climbing efficiency by 10-15% on steep grades above 15%
  • Use poles for ultra-distance events over 50km, sustained steep climbs, technical descents, and high-altitude terrain; skip them for runnable trails under 25km
  • Prioritize weight under 200g per pole, choose Z-poles for fast deployment, and size poles so your elbow forms 90° when the tip is grounded
  • Master technique through progressive training: start with 30-minute hill sessions, practice transitions, and complete at least one 3+ hour race simulation
  • Shorten poles 5-10cm for uphills, lengthen 5-10cm for downhills, and develop efficient stowing systems for mixed terrain races

Conclusion

Trekking poles represent a significant competitive advantage for trail runners tackling mountainous ultras, but only when you invest time mastering technique and selecting appropriate equipment. The biomechanical benefits—reduced joint stress, improved climbing efficiency, and enhanced stability—are scientifically validated and race-proven by elite athletes worldwide.

Start incorporating poles during training now, even if your goal race is months away. The neuromuscular adaptations required for efficient pole use take time to develop, and early practice prevents the fumbling and forearm fatigue that plague first-time users.

Your next step: assess your upcoming race calendar and identify events where poles offer clear advantages. If you're targeting a mountain ultra with 2,000+ meters of climbing, investing in quality poles and dedicated practice sessions should rank alongside your training plan and nutrition strategy. The mountains will thank your knees.

Citations

Pellegrini, B., Zoppirolli, C., Bortolan, L., Holmberg, H. C., Zamparo, P., & Schena, F. (2011). Biomechanical and energetic determinants of technique selection in classical cross-country skiing. Human Movement Science, 30(6), 1415-1429.

Rodgers, C. D., VanHeest, J. L., & Schachter, C. L. (1995). Energy expenditure during submaximal walking with Exerstriders. Medicine and Science in Sports and Exercise, 27(4), 607-611.

Schwameder, H., Roithner, R., Müller, E., Niessen, W., & Raschner, C. (1999). Knee joint forces during downhill walking with hiking poles. Journal of Sports Sciences, 17(12), 969-978.

Vernillo, G., Savoldelli, A., Zignoli, A., Trabucchi, P., Pellegrini, B., Millet, G. P., & Schena, F. (2023). Injury risk factors in trail running: A two-year prospective study. Sports Medicine, 53(2), 431-442.

Frequently Asked Questions

Do trekking poles actually make you faster in trail running races?

Yes, on steep terrain above 15% grade, poles typically improve speed by 10-15% through better climbing efficiency and reduced leg fatigue. However, on flat or gently rolling terrain, poles may slow you down due to added weight and coordination demands. The net benefit depends on your race's elevation profile—mountain ultras with 2,000+ meters of climbing show the greatest time savings, while flatter 50km races may see minimal or negative impact.

How much should I expect to spend on quality trail running poles?

Budget €60-120 for reliable aluminum telescoping poles weighing 220-250g each, suitable for training and most races. Mid-range carbon Z-poles cost €100-150 at 160-180g per pole and offer better packability. Premium ultra-light options run €150-250 for poles under 150g each. For most trail runners, the mid-range category provides the best performance-to-cost ratio, while competitive ultrarunners benefit from premium lightweight options.

Should I use trekking poles on every trail run?

No, reserve poles primarily for mountainous long runs, vertical-focused workouts, and races with significant elevation gain. Regular trail runs on moderate terrain without poles build leg strength and running-specific fitness. A good guideline: use poles for training runs exceeding 90 minutes with 500+ meters of climbing, or when specifically practicing pole technique. This approach develops both pole proficiency and foundational running strength.

What's the difference between Z-poles and telescoping poles for trail running?

Z-poles fold into three fixed-length sections, deploy in 3-5 seconds, and collapse to 35-40cm for easy vest storage. Telescoping poles adjust to any length but require 15-30 seconds to extend and are harder to secure compactly. For racing, Z-poles are superior due to faster transitions. For training across varied terrain where you frequently adjust length, telescoping poles offer more flexibility. Most competitive ultrarunners choose Z-poles despite the higher cost.

Can trekking poles prevent knee injuries during long descents?

Research shows poles reduce peak knee joint forces by 12-25% during descents, potentially lowering overuse injury risk. A 2023 study found ultrarunners using poles consistently on downhills reported 40% fewer knee issues over two years. However, poles are a protective tool, not a guarantee—proper training volume progression, adequate recovery, and good descending form remain essential for injury prevention. Think of poles as an additional layer of joint protection during high-mileage mountain training.

How do I prevent arm fatigue when using trekking poles for hours?

Proper technique is crucial: push down through the wrist straps rather than gripping tightly, keeping hands relaxed. Adjust straps so they bear load during the push phase, not your forearm muscles. On uphills, engage your lats and shoulders rather than relying solely on biceps and forearms. During long efforts, occasionally shake out each arm while maintaining rhythm with the other pole. Building upper body endurance through progressive pole training—starting with 30-40 minute sessions and extending gradually—also reduces fatigue.

What pole length should I use for trail running uphills versus downhills?

For uphills, shorten poles by 5-10cm from your baseline flat-ground setting to optimize pushing angle and power transfer. For downhills, lengthen by 5-10cm to accommodate the slope and provide better stability. Your baseline is determined by standing upright with the pole tip on the ground—your elbow should form a 90-degree angle. Mark these three positions (baseline, uphill, downhill) with colored tape on adjustable poles for quick reference during races.

Are carbon fiber poles worth the extra cost compared to aluminum?

Carbon poles weigh 20-40% less than aluminum (140-180g vs 220-250g per pole) and provide better vibration dampening, but cost €120-250 versus €60-120 for aluminum. For ultra-distance racing where every gram matters and you'll carry poles for 20+ hours, carbon is worth the investment. For training, occasional racing, or budget-conscious runners, quality aluminum poles perform excellently. Carbon's main weakness is vulnerability to lateral impacts—they can crack from side forces that aluminum would simply dent.

Can I use Nordic walking poles or ski poles for trail running?

While possible, they're not ideal. Nordic walking poles have longer grips and different basket angles optimized for walking gait, not running dynamics. Ski poles lack collapsibility for carrying on mixed terrain and are typically too long. Trail-specific running poles feature compact fold/collapse systems, lightweight construction under 200g per pole, small baskets that won't snag vegetation, and extended grips for hand repositioning without adjustment. Investing in proper trail running poles significantly improves usability.

How do I carry trekking poles on my running vest when not using them?

Most ultrarunning vests feature side compression straps or dedicated pole attachment systems. For Z-poles, fold them, secure through the vest's pole loops or compression straps, and tighten to prevent bouncing. Position pole tips pointing downward and outward to avoid catching on terrain. For telescoping poles, collapse fully, thread through loops, and secure horizontally across your lower back or diagonally across your pack. Practice these transitions until you can deploy and stow poles in under 10 seconds without stopping—this skill is crucial for races with frequently changing terrain.