Our kinetic elements are not hung. Instead, they stand on a support structure, which in turn is connected to a counterweight. They are moved silently by a small motor, perfectly balanced. Gigantic glass panels appear virtually weightless and retract into the floor, at the click of a button, to create a completely unrestricted, opened space. These extremely heavy facades can also disappear, effortlessly, into the floor.

The larger, the more impressive. That said, there are technically no limits. HIRT kinetics is designed to impress. The smaller HIRT kinetics SF 90 has a max width of 6 m/19.5 ft, max height of 6 m/19.5 ft, and max surface area of 18 m2/193 ft2. HIRT kinetics SF XL is virtually unlimited and can reach enormous proportions. It is fascinating that standard components can be inserted up to a surface area of 40 m2/430 ft2. HIRT kinetics SF Special comes into play for largersurfaces. The largest descending wall installed to date is 20 m/65.5 ft long and weighs 7500 kg/16,534 lb. Larger is always possible, pending engineering review.

HIRT kinetics can easily withstand extreme climatic conditions and has already proved itself under the harshest conditions. HIRT kinetics is designed to be installed anywhere in the world. It has already been in use for many years in a wide range of different climate zones worldwide. From moderate climates of Central Europe and salty, windy coastal areas to humid tropics or desert areas with extreme temperature changes.

Of course! The principle used for weightlessly lowering the windows works with any conceivable types of structures. Whether constructed in metal, stone, or wood, all types of walls can be lowered effortlessly into the floor. In some instances, the effect is more impressive than with the use of glass panels. Where a solid wall once stood, there is now an impressive opening, extending from wall to wall without any visible limitations.

Yes. All HIRT kinetics systems are rigorously built according to EN standards and other safety requirements. Compliance with the machinery directives ensures safe operation.

Yes, very well in fact. Depending on the glass buildup, it is possible to achieve a thermal transmittance (U value) of up to UW 0.75 W/m2K with a thermally broken design.

For HIRT kinetics SF 90 model, the maximum glass thickness is 63 mm/2.5 in, and for HIRT kinetics SF XL it is 70 mm/2.75 in.

Practically all modern, functional glass can be installed, as either triple-glazed, double-glazed or single pane glass. Optionally, special-purpose glass may also be used, for instance, bullet-resistant safety glass.

Yes. As with normal windows, sun protection may also be used as a standard solution for protection against solar radiation. Glass panes equipped with a sunlight-mitigating coating are possible as well. Shades may also be integrated, as a customized solution, into HIRT kinetics.

Yes, both swing doors and sliding doors can be integrated and installed within HIRT kinetics . This is an option that we highly recommend, because it provides further flexibility of use.

HIRT kinetics with built-in doors is always monitored electronically. This ensures that they can only be operated when the door is locked.

Depending on the design, HIRT kinetics provide very good protection against burglaries. There is no other possible opening besides lowering the entire element. If doors are integrated into HIRT kinetics , they can be equipped with systems to protect against break-ins.

The mechanical and equipment room in the basement, which is necessary for accommodating the counterweight and serving as a storage area for the lowered panel, must be cast in concrete. The equipment room will also house the control system, motor, drive shaft, compressor, and pneumatic components.

The size of the equipment depends on the size of HIRT kinetics and must also account a minimum size for personal safety reasons. The installation documents, system plan, and product details are provided which include the exact project-specific dimensions.

HIRT kinetics is equipped with an integrated water gutter. A small amount of water may accumulate there and would have to be redirected to a drain or a pump well.

The weight of HIRT kinetics is generally distributed on the basement ceiling. This load transfer is calculated according to the specific unit. Optionally, the supports can be used to transmit the loads to the floor of the equipment room.

The wiring for the motor, limit switches, control box and other peripheral components of the HIRT kinetics will be provided, ready for use. The Electrician must only take care of connecting the control system to the home automation system.

Yes, the emergency manual override works, even without electricity.

HIRT kinetics is installed after the building shell is completed. The building shell should be completed to ensure that the equipment is protected against weather influences and any dirt and debris that may result from construction work.

The glass panels are installed during the assembly of HIRT kinetics.. After the completion of installation, the glass is checked and protected on site.

HIRT kinetics is operated using a key switch or a maintained contact switch with a dead man‘s control. Alternatively, a fully automatic control system is possible, where the operation of the descending wall can be controlled via tablet or touchscreen.

The electronics are protected by a closed control box. The mechanical system is comprised of high-quality components, such as sealed ball bearings and special coating to prevent corrosion.

A periodical inspection is recommended every two years. For units that are frequently opened and closed, annual inspection is recommended. In addition, remote maintenance is also possible. The system can be remotely accessed for software updates and for evaluating issues, if necessary.