Mastering the Art of Track Design: Emil Shebelbon Describes The Role of Technology in Creating Championship-Worthy Motocross Tracks

One of the most significant technological advancements is using software in design.

Motocross has always been a thrilling and adrenaline-pumping sport. It requires intense physical strength, speed, and agility. But there is a lot more to it than just riding fast. The quality of the track can make or break a rider’s performance. Creating a championship-worthy track involves both art and science. 

In the past, track design was solely reliant on human intuition, but with rapid technological advancements, the role of technology in creating motocross tracks has become increasingly important. Industry expert Emil Shebelbon will discuss the influence of technology on modern track design and how it has led to the creation of some of the world’s most renowned and challenging tracks.
One of the most significant technological advancements is using software in design.

The Role Of Software In Designing Tracks

One of the most significant technological advancements is using software in design. Advanced computer programs allow designers to create precise 3D models of the track, which enables them to analyze and make changes in real time. This technology allows designers to modify track terrain, adjust track width, and build obstacles specific to the rider’s needs. This software also allows the designer to test and evaluate different design scenarios before finalizing the layout, thus ensuring that the final track is challenging yet safe for riders.

One of the challenges in track designing is to create a track that challenges riders of all skill levels. Advanced software has made this possible by providing designers with detailed data on rider speed, impact forces, and overall performance. This helps them understand the capabilities and limitations of each section of the track, allowing them to make necessary adjustments for an optimal riding experience.

3D Printing And Modeling

3D modeling goes hand in hand with software design in creating championship-worthy tracks. The designers can create a 3D model of a particular obstacle and print it out, creating scaled replicas in hours rather than weeks. This allows track designers to create life-like replicas of every obstacle, including jumps and turns, which is especially useful for designing more complex tracks such as Supercross and Arenacross tracks. 3D printing technology has revolutionized track design, allowing quicker and more accurate prototyping and design of realistic features.

The Use Of Drones In Surveying And Mapping

Another technological tool that has revolutionized track design is the use of drones. These small, uncrewed aerial vehicles have made it possible for designers to survey and map large areas quickly and accurately. In the past, this process would take days or even weeks, but drones can do it in hours. This saves time and gives designers a high-resolution, bird’s eye view of the track site. This data is then used to create precise 3D models, which helps in the design process.

Moreover, drones have also made it easier to monitor and make changes during construction. Using real-time aerial footage, designers can ensure that every aspect of the track is built according to plan. This also allows any necessary adjustments to be made on the spot, resulting in a better track layout.

The Impact Of Virtual Reality On Track Design

Virtual reality (VR) is another technology that has significantly impacted track design. With VR headsets, designers can experience and evaluate their designs before construction begins. This helps them identify potential flaws or areas that may need improvement. By experiencing the track in virtual reality, designers can fine-tune the layout and make changes that would have been impossible to see on a 2D computer screen.

Moreover, VR technology allows riders to experience the track virtually before it is constructed. This gives them an advantage as they can familiarize themselves with the track layout and adjust their riding style beforehand.


The soil is a significant factor in track design and can make or break a rider’s performance. Soil composition is important and can affect acceleration, traction, and stability. The advent of sophisticated soil analysis software and Soil-Tech systems has allowed track builders to identify and create optimal soil conditions for specific track types. These systems provide soil moisture mapping, nutrient analysis, and grading. With these technologies, designers can create tracks that offer optimal grip, traction, and stability as riders require.

Timing Systems

An integral part of track design is timing. Accurate and reliable timing systems are necessary not only for training sessions but also for championship events. Technology has paved the way for sophisticated timing systems with accuracy down to the milliseconds. These timing systems are used in conjunction with GPS to track riders’ progress, helping organizers make informed decisions and improving safety on the track.

In addition to these advancements, technology has also allowed for using sustainable materials in track construction, improved safety measures such as airbags and foam pits, and advanced track maintenance tools. These technologies have not only elevated the level of competition but also made motocross tracks safer for riders.

Final Thoughts

Emil Shebelbon understands that technology has brought revolutionary changes in how motocross tracks are designed. With the use of advanced software, 3D printing, drones in surveying and mapping, the impact of virtual reality in track design, Soil-Tech, and timing systems, designers can create tracks that challenge riders while ensuring their safety. These technologies have allowed track designers to create life-like models of every obstacle, test different design scenarios, and create optimal soil conditions specific to rider’s needs. Technology has also allowed designers to minimize environmental impact while creating championship-worthy tracks. With continued technological advancements, motocross track design will continue to evolve, and we can’t wait to see what the future holds.

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