IBS Consulting and Engineering +49 163 640 5733

Safety Mechanism for Beginners

Rigid Connection

Minimum Ski Jumper Autonomy

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Training Safety Mechanism

Flexible Connection

The System Has a Moderated Influence on the Ski Jumper

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Competitive Safety Mechanism

Securing Connection

The System Activates in Case of Danger

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Protection Against Falling from the Take-off Table (Ramp)

Safety Net

No Connection to the ski jumper

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Safe Ski Jumping

Safe Ski Jump

Safe Landing

The concept of the device involves designing a system resembling a medium-sized roller coaster, aimed at dynamically controlling the movement of a suspended individual (athlete).
The device consists of the following key components

The device is suited for use in advanced training systems, entertainment (thematic amusement parks), biomechanical research, or flight simulations. Its fully robotic configuration allows for the creation of dynamic and customized solutions tailored to diƯerent types of users. Should you have any questions, do not hesitate to contact us any time.

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For Beginners

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For Intermediate Users

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For Professionals

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No. 1.

Tracks, Carriages, and Cables

Ski Jump Equipment

- „Four levels of autonomy for the ski jumper without increased risk mean greater confidence and a smoother learning process.”

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SAFETY IS OUR DRIVING FORCE

  • Tracks: A high-strength steel or aluminum structure enabling precise movement of carriages in a 3D space. Tracks can be straight, curved, or spiral-shaped, depending on the intended motion trajectory.
  • Carriages: Mobile drive units moving along the tracks, equipped with guidance systems and propulsion mechanisms (e.g., linear, electric, or hydraulic motors).
  • Cables: Durable ropes or support straps providing stable suspension of the individual and allowing simultaneous position adjustments along multiple axes.

No. 2.

Suspension of the Person/Athlete

Dependent on the ski jumper's Experience

- „The possibility to verify if a child develops an interest without significant investments and parental stress.”

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WE'RE READY TO JUMP TOO

  • The applied suspension system allows free movement of the user in space while ensuring safety. The system supports active stabilization of body position (inspired by balancing technologies, such as Segway).
  • The design includes sensors integrated into the harness, which detect changes in force distribution, tilt angles, and dynamic accelerations.
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No. 3.

Control System and Software

Impact on the Ski Jumping Process

- „Scientific research/measurement equipment can safely fly on a platform just behind the ski jumper."

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Anyone Can Ski Jump – A New Attraction for Tourists.

  • The control is managed by specialized software integrated with sensors located in the carriages and on the harness.
  • The software analyzes real-time data on the position, speed, and trajectory of the individual and sends commands to the drive system of the carriages and the balancing system.
  • Control algorithms account for motion dynamics, such as accelerations, decelerations, and overloads, to ensure a smooth and controlled experience.

No. 4.

Data Collection and Analysis

Application of Sensors and AI

- „Popularization is the golden age of ski jumping, meaning an increase in the value of the entire industry, advertising revenue, R&D budgets, etc.”

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ONLY ONE CAN BE THE PIONEER

  • Integrated sensors (e.g., lidar, accelerometers, gyroscopes) monitor the motion parameters of the suspended user, including speed, direction, and flight trajectory.
  • The system utilizes this data to precisely adjust the position and optimize the motion trajectory in real-time.
  • Data logging capabilities allow for post-analysis and fine-tuning of control algorithms as needed.
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No. 5.

Safety and Ergonomics

Safety is the foundation of this idea

- „Improved safety could pave the way for the construction of even larger ski jumps.”

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YOU CAN REVOLUTIONIZE SKI JUMPING

  • Emergency stop mechanisms and redundancy features (e.g., dual cable systems) minimize the risk of equipment failure or accidents.
  • The harness and suspension system are designed with user comfort and protection from excessive forces in mind.

Benefits

What problems does it solve?

What opportunities does it offer?

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Ski Jumpers

First and foremost, safety: overcoming fear leads to faster learning, fewer injuries, and fewer interrupted careers.


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Fans

The opportunity to experience sensations similar to those felt by our idols. Anyone can ski jump means a new attraction for tourists.

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Coaches

New tools for learning, easier familiarization of the student with the equipment, a new perspective for analyzing the ski jump, and influence on the ski jumping process.

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Investor

The implementation of the system places the investor in the role of a pioneer and visionary, creating technological innovations and setting new trends.

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Facility

Maximizing the use of the ski jump calendar enhances the tourist attractiveness of the area.



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Ski Jumping

Promotion of the discipline. Greater safety and accessibility of training will attract new generations of enthusiasts. This means more discovered talents and stars

The four variants together create a truly unique set, offering support across four levels of difficulty.
Each level provides the brave with increasing autonomy, without exposing them to significantly higher risks.
The fifth level of difficulty is a ski jump without support, which represents the current state of the ski jump offer.

FIRST VARIANT

Minimum Ski Jumper Autonomy

Rigid Connection

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SUSPENSION
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CABLES AND CONECTIONS
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TRACKS AND CARRIAGES
  • Minimum autonomy for the ski jumper – the frame is rigidly attached to the torso on the back.
  • Designed for tourists and beginners.
  • Protects against falls from the starting beam until the ski jumper comes to a stop after landing.
  • The device has full control over the position and tilt of the torso (it does not control the arms, legs, or skis).
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SECOND VARIANT

The System Has a Moderated Influence on the Ski Jumper

Flexible Connection

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SUSPENSION
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CABLES AND CONECTIONS
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TRACKS AND CARRIAGES
  • Elastic connection, actively controlled robotic arm – the ski jumper has more autonomy relative to the frame.
  • Designed for tourists and beginners, as well as for training advanced ski jumpers and conducting research on jumps.
  • Protects against falls from the starting beam until the ski jumper comes to a stop after landing.
  • Moderation through software of the ski jumper's autonomy areas (turn on/set intensity of intervention/turn off corrective/assisting system areas – body position, including legs and any body tilt, etc.).
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THIRD VARIANT

The System Activates in Case of Danger

Securing Connection

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SUSPENSION
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FOLDED ASECURATION DEVICE
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UNFOLDED ASECURATION DEVICE
  • Maximum autonomy for the ski jumper – the device only secures the ski jumper without interfering with him flight, reacting solely if the ski jumper loses control of his flight.
  • Designed for advanced users and professionals.
  • Protects against falls from the take-off to the stop after landing.
  • Activation results in the immediate selection of the deliberately maintained slack in the safety line, the deployment of this line, and the capture of the ski jumper by the device.
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FOURTH VARIANT

No Connection to the ski jumper

Safety Net

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NO SUSPENSION
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NO CONECTIONS
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TRACKS AND CARRIAGES
  • The device secures the ski jumper without any connection to him, reacting solely if the ski jumper loses control of his flight.
  • Designed for advanced users and professionals.
  • Protects against falls from the take-off to a certain point during the flight – specifically, the most dangerous ones (does not protect just before or during landing).
  • Activation results in the immediate deployment of a net beneath the ski jumper.
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OUR EXPECTATIONS

PROJECT IMPLEMENTATION PROCESS

FEASIBILITY CHECK

The project requires verification, which is the only cost at this stage borne by the investor.

PROJECT IMPLEMENTATION

After the project has been verified and recalculated, the investor signs the contract.

CAPITALIZATION OF THE PROJECT

A long-term investment – popularization based on safety leads to an increase in the value of the entire ski jumping sector, as people tend to fall in love with flying

Contact Us

Telephone: (0049) 163 640 5733

Email: sasiedzki@hotmail.de