Rock, scree, uneven trails, protected routes (via ferrata): not all approaches are the same, and consequently, there is no single shoe suitable for every trail indiscriminately.
An approach shoe must strike the right balance between two needs: allowing comfortable walking during the approach and offering precision, grip, and protection when the terrain becomes more technical.
Therefore, to choose the right model, it is not enough to ask which is the best approach shoe. The question to ask is a different one: on what terrain will you use it, and what type of activity will it face?
Let's see which features to consider to find the answer.
Which Approach Shoes to Choose Based on Terrain?
The choice of approach shoes depends above all on the type of terrain: on compact trails, comfort and agility matter, while on boulder fields, scree, and rock, stability, protection, and foot placement precision become more important.
Indeed, not all approaches require the same level of technicality. A route mostly on trails has different requirements compared to an itinerary that alternates uneven surfaces, rocky sections, and more demanding passages.
Trails and Compact Terrain
For approaches on well-defined trails and compact terrain, a lightweight, agile, and comfortable shoe is preferred—one capable of supporting a natural and dynamic stride.
In this scenario, you don't necessarily need to choose the stiffest or most structured shoe available. It is more important to find a good balance between cushioning, grip, and freedom of movement, especially if the route alternates easy stretches with short, more technical sections.
Mixed Terrain
For approaches on mixed terrain—alternating trails, dirt, roots, stones, and rocky stretches—a versatile shoe with good traction and a stable fit is recommended.
The footwear must maintain comfort during walking while offering sensitivity and control when it becomes necessary to choose foot placement with greater care.
An outsole capable of adapting to different surfaces and a construction that keeps the foot stable help in tackling continuous terrain changes.
Scree and Boulder Fields
On boulder fields and scree, it is important to choose stable, protective approach shoes capable of properly containing the foot, as stones can move under the sole and increase lateral impacts and strain.
An abrasion-resistant upper, reinforcements in the most exposed areas, and good heel hold contribute to improving control on uneven terrain.
The tread must also guarantee effective traction while maintaining sufficient sensitivity to feel the foot placement.
Rock and Technical Passages
To face rock, small footholds, and short technical passages, an approach shoe that prioritizes precision, grip, and foot control is preferred.
The rubber compound of the sole and the geometry of the tread affect the performance of the footwear, while good heel hold helps keep the foot stable during foot placement changes.
For those tackling fast approaches on technical terrain, the new Garmont 9.81 ONYX MB GTX® represents a solution designed to combine speed, precision, and protection.
The upper in 1.4 mm Microbuck and technical ripstop combines with a protective rubber structure extending from the arch to the toe. Meanwhile, the VIBRAM® MEGAGRIP tread with TRACTION LUG technology helps offer traction on demanding terrain.
A combination designed to accompany the transition from trail to rock while maintaining a low and dynamic construction.
Wet Terrain
On wet rock, roots, and damp surfaces, it is important to choose a shoe with a sole designed to offer grip even in difficult conditions, without considering grip as an absolute guarantee against slipping.
The rubber compound can contribute to improving control, but walking technique, speed, and choice of foot placement remain fundamental.
If the route also involves rain, wet grass, or frequent crossings of humid areas, evaluating footwear with a waterproof membrane can be useful.
Approach Shoes for Via Ferrata: Which Ones to Choose?
Approach shoes can be suitable for many via ferratas because they combine comfort during the access route with precision on rocky sections. However, the choice depends on the difficulty of the route, the terrain, and the conditions of the itinerary.
A via ferrata often requires facing two different phases: the walk to reach the start of the climb and the progression along the equipped sections.
During the approach, comfort and stability are needed. In technical passages, grip on the rock, foot placement precision, and foot control become particularly important, especially when using small natural footholds or traversing inclined surfaces.
Not all via ferratas present the same level of difficulty: this is why it is important to choose footwear adequate for the entire itinerary, also evaluating your own experience and the route conditions.
Low-Cut or Mid-Cut Approach Shoes?
One of the most frequent doubts concerns the height of the shoe.
Low-cut approach shoes are suitable for those who prioritize agility and freedom of movement, while mid-cut models offer greater ankle coverage and may be preferable when more support on uneven terrain is desired.
The choice also depends on the duration of the outing, the weight carried, and personal preferences.
Within the Garmont 9.81 ONYX family, this distinction translates into three solutions:
- 9.81 ONYX GTX®: low construction and a weight of 440 g per half pair, for those seeking agility, lightness, and responsiveness.
- 9.81 ONYX MID GTX®: mid construction and a support level equal to 4/6 on the Garmont performance scale, for those desiring greater coverage and protection around the ankle.
- 9.81 ONYX MB GTX®: low construction and upper in Microbuck and technical ripstop, designed for fast approaches on technical terrain.
However, shoe height alone does not determine stability: fit, sole construction, and terrain features also contribute to foot control.
How Stiff Should Approach Shoes Be?
Approach shoes must have a stiffness appropriate for the terrain and activity: a more structured frame can favor control on small footholds, while greater flexibility can make walking feel more natural.
Therefore, stiffer does not automatically mean more technical or better.
If most of the outing consists of walking and rock passages are occasional, comfort and flexibility will carry greater weight. If, on the other hand, the route includes frequent technical footholds, a structure capable of offering greater support may prove more suitable.
The goal is to find the right balance between precision and comfort, without choosing a stiffness higher than what is truly necessary.
GTX® or Non-GTX® Approach Shoes?
GTX® approach shoes are indicated for those who frequently face rain, wet ground, or variable weather conditions, while models without a waterproof membrane may be preferable when prioritizing ventilation in hot, dry conditions.
The GORE-TEX® membrane helps keep the foot dry from external water while allowing water vapor to escape. Effective breathability still depends on the overall construction of the footwear and the conditions of use.
All three models in the Garmont 9.81 ONYX family integrate a GORE-TEX® ePE Most Breathable membrane.
They are therefore solutions to consider when searching for a waterproof approach shoe without sacrificing the agility, grip, and protection characteristics of the ONYX family.
Before choosing, it is useful to evaluate the season, altitude, duration of the outing, and the conditions most frequently encountered.
How Should Approach Shoes Fit?
Approach shoes must have a precise fit, but not excessively tight: the heel must remain stable and the toes must have sufficient space, especially during descents.
A good foot hold allows you to face technical placements with greater control, without creating compression or pressure points while walking.
Unlike climbing shoes, approach shoes must guarantee comfort even during walking trips.
Grip on Rock: What Should You Really Look At?
“It has a Vibram® sole” alone doesn't tell the whole story.
To evaluate the grip of an approach shoe, you must consider the rubber compound, the tread design, and the type of surface on which it will be used. The presence of a VIBRAM® sole alone is not sufficient to describe all of its performance.
A configuration designed to increase contact with rock may behave differently than lugging designed to offer traction on dirt, gravel, or soft terrain.
For this reason, it is important to ask where grip will really be needed: dry rock, wet rock, gravel, dirt, or a mix of these surfaces?
The Garmont 9.81 ONYX family uses a VIBRAM® tread with MEGAGRIP compound and TRACTION LUG technology on all three models, designed to offer traction on technical terrain.
Accompanying this solution are the ergonomic ESS insert in the midsole, which contributes to foot stability, and the Heel Lock System, designed to limit heel slipping inside the shoe.
Even with a high-performance sole, however, foot placement selection and caution remain fundamental, especially on wet surfaces.
Can an Approach Shoe Be Comfortable Over Long Distances?
Yes, approach shoes can be comfortable even during prolonged walks, provided that the construction, fit, and level of stiffness are appropriate for the route.
If the outing includes many miles on trail and only a few passages on rock, prioritizing a more dynamic and comfortable construction can be useful. Conversely, when technical terrain makes up a large part of the itinerary, precision, protection, and stability gain greater importance.
For those who prioritize agility and responsiveness, the Garmont 9.81 ONYX GTX® offers a low construction and a weight of 440 g per half pair. The single-density EVA midsole with an ergonomic ESS insert contributes to cushioning and support, while the thermoformed PU foam footbed enhances comfort during walking.
The choice must still take into account individual fit: a lighter shoe is not necessarily the most comfortable for every foot or activity.
There is no need to choose the most technical shoe possible, but rather the one that is technical enough for what you will actually be doing.
9.81 ONYX: Speed and Precision in the Approach
The 9.81 ONYX family is part of the Garmont 9.81 line, developed for a more dynamic and athletic way of experiencing the outdoors, where lightness, responsiveness, and speed go hand in hand with performance on technical terrain.
Within the line, ONYX is dedicated to Speed Approach: in fact, all three models reach the maximum level indicated by Garmont for this activity (6/6) and are also suitable for hiking (5/6).
The shared technical platform directly answers the demands that come into play when terrain becomes more complex. The VIBRAM® tread with MEGAGRIP compound and TRACTION LUG technology is designed to offer grip on technical terrain, while the ergonomic ESS insert contributes to stability, support, and foot control on uneven surfaces.
Added to this is the Heel Lock System, designed to limit heel slippage inside the shoe—an aspect that is particularly important when elevation gain, terrain irregularity, and outing duration increase. The protective rubber structure, extending from the arch to the toe, contributes to protecting the foot in the most exposed areas.
The choice between 9.81 ONYX GTX®, 9.81 ONYX MID GTX®, and 9.81 ONYX MB GTX® therefore depends primarily on the type of protection, construction, and support you are looking for.
Which Garmont ONYX to Choose?
|
9.81 ONYX GTX® |
9.81 ONYX MID GTX® |
9.81 ONYX MB GTX® |
|
|
Ideal for |
Fast and dynamic approaches |
Fast approaches with greater ankle protection |
Fast approaches on technical terrain |
|
Speed Approach |
6/6 |
6/6 |
6/6 |
|
Hiking |
5/6 |
5/6 |
5/6 |
|
Construction |
Low |
Mid |
Low |
|
Upper |
Polyester with high-tenacity polyamide yarn + recycled polyester |
Polyester with high-tenacity polyamide yarn + recycled polyester |
Microbuck 1.4 mm + technical ripstop |
|
Waterproofing |
GORE-TEX® ePE |
GORE-TEX® ePE |
GORE-TEX® ePE |
|
Tread |
VIBRAM® MEGAGRIP + TRACTION LUG |
VIBRAM® MEGAGRIP + TRACTION LUG |
VIBRAM® MEGAGRIP + TRACTION LUG |
|
Protection |
5/6 |
5/6 |
5/6 |
|
Support |
3/6 |
4/6 |
3/6 |
|
Stiffness |
3/6 |
3/6 |
3/6 |
|
Breathability |
4/6 |
4/6 |
4/6 |
|
Weight* |
440 g |
475 g |
450 g |
|
Key Technologies |
Heel Lock, a.d.d.®, ESS |
Heel Lock, a.d.d.®, ESS, asymmetric collar |
Heel Lock, a.d.d.®, ESS, protective rubber structure |
|
For those primarily looking for |
Agility and responsiveness |
More support and ankle protection |
Speed, power, and precision on technical terrain |
*Weight refers to half pair, size 8 UK.
9.81 ONYX GTX®: For Those Prioritizing Agility and Responsiveness
At 440 g per half pair, 9.81 ONYX GTX® is the lightest model among the three. The low construction promotes freedom of movement and agility, while the ESS insert integrated into the midsole contributes to stability and control on uneven terrain.
It is therefore the choice to consider when looking for a lightweight, agile, and responsive approach shoe, capable of supporting rapid movement without sacrificing protection and waterproofing.
9.81 ONYX MID GTX®: When You Need More Support
9.81 ONYX MID GTX® brings the same Speed Approach vocation into a mid construction.
Among the three models, it is the one with the highest support score (4/6) and adds greater protection in the ankle area. The asymmetric lacing extended to the toe also allows for precise fit adjustment.
It can therefore be the most suitable solution for those tackling uneven, demanding terrain who prefer greater containment and protection without sacrificing a dynamic setup.
9.81 ONYX MB GTX®: For Moving Fast on Technical Terrain
The new 9.81 ONYX MB GTX® is designed specifically for fast approaches on technical terrain, combining speed, power, and precision.
The main difference compared to the other models in the family emerges in the upper construction, made of 1.4 mm Microbuck and technical ripstop, paired with a protective rubber structure that extends from the arch to the toe.
The VIBRAM® MEGAGRIP tread with TRACTION LUG, the Heel Lock System, and precision a.d.d.® lacing work on foot control and grip when footholds become more demanding.
With a weight of 450 g per half pair, it maintains a low and dynamic construction, positioning itself as the ONYX family's proposal for those who want to tackle technical terrain with speed and precision, without switching to a mid structure.
Find your ONYX. Choose your rhythm. Conquer the next trail.
Discover the 9.81 ONYX collection
Frequently Asked Questions About Approach Shoes
Are approach shoes suitable for via ferratas?
Yes, approach shoes can be suitable for many via ferratas because they combine comfort during the access route with grip and precision on rocky sections. However, the choice must take into account the difficulty of the via ferrata, the terrain, and the conditions of the route.
Are approach shoes also good for trekking?
They can also be used on hiking trails, especially when the itinerary includes mixed terrain and rocky passages. For very long treks primarily on trails, a shoe specifically designed for trekking may offer a more suitable balance between cushioning, support, and comfort.
Is it better to choose low-cut or mid-cut approach shoes?
Low-cut shoes prioritize agility and freedom of movement, while a mid construction offers greater coverage and support in the ankle area. The choice depends on the terrain, the duration of the outing, and your personal preferences.
Is it better to choose GTX® or non-GTX® approach shoes?
GTX shoes are particularly useful in the presence of rain, damp ground, and wet grass. In very hot and dry conditions, however, it may be preferable to give greater priority to breathability.
Should approach shoes fit tightly?
They must offer a precise fit and keep the foot stable, but they should not compress the toes like a climbing shoe. It is important to leave enough space to walk comfortably and face descents without hitting the toe box.
Which shoes should you choose for scree and boulder fields?
On boulder fields and scree, it is useful to prioritize stability, protection, and good foot hold. Grip, upper durability, and protection in the most exposed areas also become particularly important.
Which shoes should you choose for mixed terrain?
On routes that alternate trail, gravel, and rock, it is useful to look for a versatile shoe capable of combining comfort while walking, stability on uneven ground, and precision when foot placements become more technical.