The key elements of racks and dryers exposed to corrosion (such as frames, levels, angles or shelves, as well as depot lockers structures) are made of high-quality galvanised steel. During the final stage of production, all elements are subject to automated powder coating. Galvanised steel and a thick layer of coating provide double protection for the products against moisture. In addition, the rack structures have been designed to prevent water accumulation inside the

The interior of each ski locker has spaces dedicated to different categories of ski equipment – ensuring safety, comfort and proper storage organisation. One part of the back wall is covered by a ventilation duct with steel tubes for ski boots. Depending on the configuration of the lockers chosen by the customer, the duct may also contain modules adapted for drying helmets and/or gloves. The pairs of skis or snowboards rest against the free space of the back wall just in front of the poles which hang behind. In the basic version, helmets and gloves are stored on hooks located directly above the footwear. Goggles, beanies and other smaller items of clothing can be hung up or placed in the optional practical net mounted on the inside of the door.

In the upper part of the ventilation duct of each ski locker, there is a fan which, together with additional heating cable system, forms an integrated module for drying of ski equipment – boots and, optionally, helmets and gloves. The air stream generated by the fan flows through the duct and is forced through the steel tubes directly into the equipment stored in the locker. The power cord for each locker is plugged into a special main power cord that runs under the top covers of the lockers directly to the room power outlet. The separate connection of power cables for ventilation and heating, enables independent control of the fans and heating cables and programming of their operation at set time intervals.

Locking systems and access to ski depot rooms include many different solutions – from traditional key locks, through offline systems such as battery-operated locks, to complex online solutions using RFID technology, which enables remote management of lockers, including their reservation. The structures of depot lockers, especially doors, are – each time – adapted to the model of locks chosen by the customer and the readers used by the manufacturer in the case of electronic online systems. Experience and many years of cooperation with renowned international lock manufacturers guarantee a smooth and effective implementation process, including configuration or possible integration with independent hotel software and correct operation of the solutions used.

Made of steel, the upper covers of depot lockers have two important functions – they cover and encase the upper surface of lockers and make their form more attractive. Each locker has power cables for the heating system and wiring for the electronic locking system – supplying and connecting the locks into one network. Mounted with steel hooks, the covers effectively protect electronics against unauthorised access and damage. The slanting front surface and the height of the covers give the lockers a modern character and complete their shape.

Side covers are used to cover the outer side walls of ski lockers in situations where the row is not attached to a wall but ends in a visible, open area of the ski depot. The structure of side covers is made of steel – usually in a colour which corresponds to the colour of the locker plating – or of furniture boards. Thanks to the precise adjustment of the cover to the locker structure and its modern form, the endings of the rows of lockers – both single and double – look consistent and elegant. The side covers often contain central readers used to open the electronic locks assigned to them using RFID technology.

The bottom of the depot locker, on which skis or snowboards are placed, is one of the two floor plates fitted to the locker. These are: a tub made of galvanised perforated steel and a stainless steel tub – in a closed version or with several drainage holes. When a perforated tub is used, water dripping from skis or boots gets through the grating directly under the locker. A full stainless-steel tub retains water, while drainage holes allow water to be drained into a tank placed under the locker or for a drainage pipe system to be installed. The floor plates can be additionally equipped with anti-slip rubber mats.

Depot Lockers form a unified and coherent body. Its visual complement are blinds, which close the space under the locker from the front – within the four steel legs. On the practical side, blinds block access to the space underneath lockers and limit the accumulation of dirt. Blinds are available in two versions – as a stainless-steel plate and a galvanised steel plate. Both types are easily attached and detached from the locker thanks to a system of small magnets.

The concept of an innovative ski depot assumes, apart from safety, drying efficiency or well-thoughtout organisation of storage, the use of additional functionalities, which will all be noticed and appreciated by users. That's why our depot lockers can include extras like LED backlighting, power and USB outlets, hooks, practical storage nets for personal belongings or mirrors so that you can quickly get ready for the upcoming Après-ski.

The aluminium or steel arms are finished with a specially designed nozzles comprised of a spring and a plastic ending – different for each type of dried equipment – footwear, helmets and gloves. The nozzles activate when the equipment is placed on the arm, which – by pressing the spring – opens the air supply from the dryer. When the equipment is removed, the nozzle system automatically closes, preventing heated air from escaping ineffectively to the outside. Additional openings at the base of the arms allow air to be forced into the upper parts of the boots. The open nozzle system contributes to a significant increase in drying performance and energy efficiency.