Via ferrata base climbing courses at Lake Garda Dolomites Alps Italy
This course is destined for people who love trekking or mountain hiking and for whom who would like to try themselves
in the vertical world in complete safety with our mountain guides. In the past the practice of approach for the
beginners on the walls was long and difficult: it began with hiking on mountain paths, continuing with easy scrambling and finally
climbing on pure rock. Nowadays the modern rock climbing crags and also the via ferratas which are near to the touristical
centres of Trentino, allow the performance of our mountain guides for a different didactics which are less time consuming
and involve less risk. In our first lessons of the courses our mountain guides are teaching rock climbing techniques which
is the base of each mountaineering activity. Climbing suitable crags with the "top rope" system allows to learn the correct
foot techniques on the rock and basic rope-manoeuvres (in safety) which are must for the continuation of via ferrata activity.
This is the program of our via ferrata base course at Lake Garda:
Meeting point: parking lot at highway exit ROVERETO SUD at 09.00 a.m. or in your hotel - ROCK CLIMBING lesson with
our mountain guides in suitable crag; we teach different climbing techniques for example: chimney, cracks,
slabs; different knots, belaying, rope and via carabiner set techniques.
Departure from the hotel at 08.30 a.m. - Via ferrata "Colodri" Arco (easy) and other "Rio Sallagoni" (difficult)
to Castel Drena, two short routes short but significant for the didactic of our courses. The total duration
of the day is about six hours.
Departure from the hotel at 08.30 a.m. - Climbing "Fausto Susatti" on Cima Capi and following the
route "Folletti" under the control of our mountain guides. It is a ring-route on equipped trails easy and very
panoramic (is directly above Lake Garda) duration of 5/6 hours.
WHEN: see our CALENDAR - UPON REQUEST - No.
of participants: 3 - 5 / Price per person: EUR 299,00
We recommend to stay in a Hotel in Arco, Torbole
or near Lake Garda
What to bring:
rucksack - water - sandwich - light windcheater - preferably trekking boots - gloves - hat/cap - sunglasses - suncream.
helmet, harness, carabine-set, nclimbing shoes (only 1st. day), rope, carabiners, etc., will be provided by the
mountain guide and is included in the price.
The booking should be made by e-mail at least 20 days prior to the start of the course to email@example.com.
A deposit payment should made in the amount of EUR 150,00 and the balance must be paid on the first day of activity.
Links for climbing and courses at Lake Garda Trentino
VIA FERRATA BOCCHETTE DI BRENTA IN THE DOLOMITES ALPS
Mountaineering School Arco Lake Garda, crossing on the
equipped trails Bocchette di Brenta in the (3 or 5 days)
FERRATA MARMOLADA WESTERN CREST DOLOMITES TRENTINO
Mountaineering on the highest top of the Dolomites Alps, climbing on a equipped trails with mountain
guides Arco Lake Garda
What is climbing via ferrata
It is a mountain route which is equipped with fixed cables, stemples, ladders, and bridges. The use of
these allows otherwise isolated routes to be joined to create longer routes which are accessible to people with a
wide range of climbing abilities. Walkers and climbers can follow the equipped trails without needing to use their own ropes
and belays, and without the risks associated with unprotected scrambling and climbing. They are found in a number of
European countries, and a few places in the United States, Canada and Malaysia. The first via ferrata
were built in
the Trentino Dolomites
mountain region of Italy Alps during the First World War
to aid the
movement of mountain infantry. The world's highest via ferrata, at 3.800 metres, is located at Mount Kinabalu in the
state of Sabah, Malaysia.
Via ferrata courses at Lake Garda Trentino in the Dolomites Alps
Via ferrata are graded according to their difficulty. Grade one usually involves nothing more than an assisted walk.
Grade five demands serious climbing skills.
For any route, other than the easiest, climbers are advised to wear special via ferrata set
designed to cope with the particular requirements of the ways.
The Dolomites are divided into two main regions. To the west are the Brenta Dolomites
This has many excellent routes, particularly around the town of Madonna di Campiglio
famous Sentiero Bocchette Alte
and the Bocchette Centrali
can both be reached by lifts
from Madonna di Campiglio. The greater part of the Dolomites, and most of the equipped trails, lie to
the West, in the Brenta Group
Probably the most unusual via ferrata in the eastern
part of the Dolomites is via ferrata of Lagazuoi Tunnels. Fighting for control of Mount Lagazuoi in WW I,
Austrian and Italian troops built a series of tunnels through the mountains. The aim of each side was to
tunnel close to the enemy and detonate explosives to destroy their fortifications. Some of
the tunnels have been restored, with a equipped trail following the route of one of these.
It is now possible to descend into the mountain by following the Lagazuoi Tunnels route.
The most popular route in the Dolomites is believed to be Ivano Dibona, involving a traverse of the main
Monte Cristallo ridge. The complete route takes about eight hours. The day starts at the base of the Rio Gere lift
system with a ride on two lifts to reach the Lorenzi Rifugio at 2950 metres. The traverse starts at this point,
trends mostly downhill, and passes several WW I fortifications. The route Bolver-Lugli (constructed in 1970
by mountain guides from San Martino di Castrozza) takes climbers of the Cimon della Pala at a height of 3,184 metres.
Equipment for the participants
While via ferrata is similar to rock climbing the major difference is that the fall factor, which in climbing can
never by definition exceed 2, on via ferrata can be much higher. These high factors are possible because the length
of rope between harness and carabiner is short and fixed while the distance the climber can fall depends on the
gaps between anchor points on the safety cable. The human body, as well as most items of climbing equipment
cannot withstand the forces associated with some of these higher fall factors and so a number of devices have been
developed to act as shock absorbers or progressive brakes. Their function is to dissipate the energy of the fall
while at the same time keeping the climber and equipment intact.
However, in spite of the perception as being more secure and safe than rock climbing, people are more
likely to injure themselves if they do fall, partly because of these elevated fall factors and partly because there
are often rungs, steps, and rocks etc on which to land.
Those who climb on a equipped trails are advis to use normal climbing equipment (harness, helmet, appropriate
shoes etc), in addition to the necessary carabiner kit which consists of two short lengths of rope or webbing
linked in Y formation to the harness by means of a braking device with a carabiner at the end of each line.
There are two types of brake: the first uses a metal plate or moulding through which a rope is passed providing a
high degree of resistance; the second employs stitching which progressively tears in case of a fall, providing a
gradual slow down. A metal plate brake allows the climber to rethread the rope in case of a fall allowing them
to have some degree of protection while completing the climb. With a stitch brake, on the other hand, the
system may be so lengthened after a fall as to be unusable, but it is easy to verify that the device has been
deployed. This is important because all these devices are certified for only one fall, after which they must
be replaced. Organisations lending or hiring such devices must therefore be able to guarantee that
they are not re-used after such an incident.
Another advantage of the stitch brake is that the braking system cannot easily be disabled by an inexperienced
climber, as can inadvertently occur with friction plate systems. In the latter, a length of the rope which passes
through the plate hangs loosely from the plate while in use, so as to be available to be drawn through the plate if
high fall forces occur. Carabiners are also made specially, their design typically allowing a larger than normal
opening and having a spring locking mechanism that can be opened with one hand. They are also strong
enough to withstand high fall factors. Such carabiners are marked with a K in a circle, the K standing for
Klettersteige. These are the only types of carabiner that should be used on the end of the safety lines. A typical
design uses a spring-loaded sleeve on the carabiner gate. While the gate is closed, the sleeve is held in place over
the gate opening by its spring; to unlock and open the gate, the sleeve slides directly down the gate shaft away
from the opening. With its constant clipping and unclipping, but not for applications where more secure locking
mechanisms are required. In addition, locking sleeves on carabiners have been known to hang up in the gate opening
and prevent the gate from closing properly.
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