About us
WE BUILD AERIAL ROPE PARKS
We provide full cycle of work: from design and on-site preparation to project launch and support. We arrange for construction materials, equipment and documentation. We provide guidance on site selection and obtaining permits.
We set up and launch the park in operation. We provide training for staff on equipment and visitors.
Finally, we help maintain the park in proper condition and increase its revenue.


OUR PARKS ARE DESIGNED FOR A MINIMUM OF 10 YEARS OF OPERATION
We use zinc-plated ropes and rigging as they are minimally susceptible to corrosion. Also to last longer, wooden elements are treated with antiseptic.
All equipment and accessories are certified and comply with safety requirements.
Upon park project delivery, you will receive a log kit for course inspection and equipment checks, with the schedule and routine inspections procedure outlined. This enables park staff to repair it.
A leading provider of entertainment parks in Russia and around the world
11
years of designing and building parks
174
completed projects in the last five years
34
public contracts
We are trusted:




Technical specification for your procurement ready in 2 days!

Production
The pictures and the chart of the land plot can help assess the size of the site and the tentative park layout. This is normally enough for a modular park project. For an indoor rope course, or an aerial rope course on poles or trees, we dispatch a designer and senior engineer to take measurements on site.
Measurements are free, you only cover the cost of travel, accommodation and board.
Our specialists examine the site and the surrounding area, mark strong and weak trees, and estimate perspective course positioning. This data is used to prepare a detailed design, as approved and agreed by the customer.
The course design takes place on site. Heavy elements with high rope tension are mounted on strong tall trees, while Eye-catching elements are installed next to paths to attract visitors. Also, our design team estimates the height of the trees to avoid overlapping of courses at different heights.


The measurement results are forwarded to the designers.
Our designers are well experienced aerial rope park builders. They are well aware of the principles of course building and specifics of different stages heights and target audiences.
For each tree pair, the designers select the proper stages and line them up in the right sequence. Stages alternate by type of load, in order to evenly fatigue the visitor's arms and legs, and to rotate physical exercises with those on dexterity and coordination.
Once the blueprint of the park is ready from AutoCAD, the required amount of material, ropes and fasteners can be calculated and supplied to the sales manager along with the blueprint, who then coordinates and confirms the project. If everyone is happy, we sign a contract, and the project is sent to the workshop for assembly and shipment.
If you have difficulty visualizing what the finished park will look like from the table and the drawing, we will build a 3D model.
Since the electronic form of the contract is legally binding, we enter into the contract by e-mail, and then sign the hard copies of the contract at the time of park delivery. If you prefer the conventional method, we will send the contract and paperwork by courier.
We use planed pine from a lumber mill. The wood is checked for defects, cut to size, milled, has holes drilled and ends sanded before leaving the shop. Park elements have no sharp edges, so you can't scratch yourself or get caught up in them with your clothes or equipment.
Assembly steps and standards are regulated by in-house guidelines. Treated with antiseptic, all wooden parts stay resistant to rain and moisture. The metal parts of the safety harness are custom-made and powder-coated. The ends of ropes and cables are reinforced to keep them from unraveling.
The finished parts are counted, packed and prepared for shipment.

We build safe parks
All work is strictly under GOST 56986-2016 requirements

- Gost R 56986-2016 issued on the grounds of the test report No. 001/U-06/09/18 of 22.08.2018 by the Test Laboratory "Test Expert" (Certificate of Accreditation No. ROSS RU.31578.04OLN0.IL03 of 09.01.2017)
- Rides Safety Center Act No. 117-17
- Interregional Certification Center, Moscow
- ICC act
- Research and Development Enterprise DiaMet, Moscow region