3-PIECE CARBON FOLDING TRAIL RUNNING POLES
Store Availability
Store Availability
BENEFITS
Compact design
Pole dimensions (when folded): 110 cm: 37 cm 120 cm: 40 cm 130 cm: 43 cm
Easy dressing
Easily adjust the wrist strap to provide support when climbing.
Lightweight
110 cm: 141 g per pole 120 cm: 148 g per pole 130 cm: 154 g per pole
Ergonomic grip
Enjoy a good handhold thanks to the grip that has been designed for comfort.
Fast acting
Fold and unfold your poles in record time: less than 3 seconds!
Vibration dampening
Thanks to its carbon fibre composition, there are no annoying vibrations.
Content protection
Store the poles in a storage bag to keep them dry and prevent corrosion.
Traction
The tungsten carbide tip provides excellent all-terrain grip.
TECHNICAL INFORMATIONS
How to choose the size of your trail running poles?
To choose the right size of trail running poles, your elbows must be at a right angle when holding the poles:
- Runner height from 155 to 170 cm = 110 cm poles
- Runner height from 171 to 181 cm = 120 cm poles
- Runner height taller than 182 cm = 130 cm poles
Poles designed to save you time!
The priority for trail runners regarding their poles: they must be quick to store and unfold. That's why we designed these very lightweight poles (282 g per pair). And so that they do not hinder you when racing, the 110 cm poles are 37 cm long when folded (40 cm in the 120 cm size and 43 cm in the 130 cm size). Descend without a care in the world!
Pole weight:
Weight of the poles:
Size 110 cm: 141 g per pole and 282 g per pair
Size 120 cm: 148 g per pole and 296 g per pair
Size 130 cm: 154 g per pole and 308 g per pair
Size of the poles (when folded):
Size 110 cm: 37 cm (when folded)
120 cm: 40 cm (when folded)
130 cm: 43 cm (when folded)
Why use trail running poles?
The purpose of trail running poles is to help you when climbing by saving you energy and providing balance, stability and safety in challenging sections. They also act as stabilisers and shock absorbers, helping you stop yourself when descending.
How to unfold and fold the poles?
A quick-release push-button for rapid folding and unfolding, even when moving.
Poles that have been tested and approved!
Our poles are initially tested in a laboratory to examine their durability. Our design team then had them tested by experienced male and female trail runners in real-life trail running conditions on the Mont Sainte-Victoire.
We used the results to produce these ultralight and compact trail running poles that are very quick to fold and unfold: less than 2 seconds to unfold them and less than 3 seconds to fold them up again!
A comfortable handle that suits every grip.
The grip of the poles is composed of a highly resistant, durable and very comfortable EVA foam. The size of the handle has been designed to fit every grip. It is longer giving trail runners an equally comfortable low grip in addition to the conventional high grip. After all, everyone has their own style!
What techniques are used when running with trail running poles?
Using poles when running is a relatively technical exercise that requires a little practice. For the beginner trail runner using poor technique, poles are likely to have the reverse effect of wasting energy.
There are 2 ways of using trail running poles, whether you are going downhill or uphill: simultaneous or alternating. Which one you choose will depend on the gradient of the slope and the space available for using the poles:
Simultaneous push-off technique when running with trail running poles:
The simultaneous push-off technique is quite useful on steep slopes. It relieves pressure on your thighs as you haul yourself up with your arms or when descending to hold yourself back and give your legs a rest. You can take several strides each time before your poles touch the ground. Try and lean forward and drive your poles into the ground.
TECHNIQUE FOR RUNNING WITH ALTERNATING TRAIL POLES:
The alternating technique is more suitable when there is less space available and the slope is moderate. This technique requires less power and involves alternating your right and left leg. The opposite arm plants the pole in front, while the other arm is behind you and in the air. In this case, it's best not to drive the pole too hard into the ground to maintain a better rhythm. Try and take smaller steps for this technique to become more natural.
Composition and repairability of the trail running poles:
The tube construction is ultralight: 60% carbon fibre and 40% resin (to fix the fibres). The handle is composed of 100% EVA foam and the wrist strap of 100% polyester webbing. The tip made of tungsten carbide can the unscrewed and replaced.
Maintenance tips
These poles need to be properly maintained to ensure that they work properly and to prolong their lifetime.
After use, if water has got inside a pole, it needs to be dried out. Clean off any dust and mud with water, or using a soft brush or paintbrush when it is dry.
Store your dry trail running poles in the bag provided in a dry and dark room with some ventilation if possible.
composition
composition
Shaft: 60.0% Carbon Fiber, 40.0% Resin; Handle: 100.0% Foamed EVA; Strap: 100.0% Polyester
Tips for storage and maintenance
HAND WASH. MAXIMUM TEMPERATURE OF 40°C.
Storage tips
We recommend you store your dry trail poles in the bag provided, in a room away from humidity and light, and if possible in a ventilated area.
Restrictions on use
Do not use your trail poles in stormy weather!
TESTS AND WARRANTY
Test product
In order to set our threshold levels, we measured the stresses experienced by the poles in the most demanding conditions of use. During the development phase, each model underwent laboratory tests which replicated the stresses (compression, flexing at three points, etc.) right up to the breaking point. We also tested the components separately (tightening power, wrenching, etc.) Finally, these tests are regularly repeated during the production phase to guarantee a consistent level of quality.
Warranty
2 Years
Agree by
Our products are tested by a panel of independent trail runners under the real-life conditions they were designed for. These tests are coordinated and supervised by a team of engineers dedicated to this mission. The poles received a score of 8.2/10 from our external testers Laboratory: