Transponder for karting: Advanced timing technology

In the world of karting, precise time measurement is essential to ensure competitiveness and transparency in races. A good race timing system allows for accurate lap time recording, providing real-time data for both drivers and competition organisers. One of the most important devices in this process is the karting transponder, a device that records each driver’s lap times on the track. Below, we explore its functionality, importance, and how to choose the best equipment for your circuit. What is a karting transponder and how does it work? A timing transponder is a small electronic device installed on the kart chassis that mits unique signals detected by trackside sensors. This system accurately records each driver’s lap time and sends the information to a centralised timing system. How a Transponder Works in Karting Races: Each kart has a unique transponder that transmits real-time data. Track sensors detect the signal when crossing the finish line or intermediate points. The timing system processes the information and displays it on digital screens and management software. Detailed reports are generated, showing time measurements, positions, and driver performance analysis. Thanks to this technology, manual errors are eliminated, and greater accuracy in time recording is achieved, enhancing the experience for both racers and spectators. The importance of a reliable race timing system A race timing system is crucial to ensure fairness and competitiveness in any karting event. Below are some key reasons why having a reliable system is essential: Precision in Time Measurement: Advanced technology records each millisecond accurately, ensuring a fair ranking. Automation and Error Reduction: Human errors in timekeeping are eliminated. Better Event Control and Management: A trackside timing display allows organisers and spectators to track real-time race progress. Performance Analysis: Drivers can review their lap times and improve their performance based on precise data. Enhanced Experience for the Audience: Real-time information makes the competition more engaging and professional. Having an efficient timing system not only optimises event management but also reinforces the professional image of the circuit. Types of timing systems in karting Various timing systems are used in karting to measure lap times. Below are the most common ones: 1. Individual Transponders Each driver carries a transponder on their kart, allowing precise lap time recording and direct comparisons with other racers. 2. Track Sensors with Time Readers Sensors embedded in the track detect transponder signals as drivers cross specific points on the circuit. 3. Digital Timing Software Integration These systems not only record lap times but also generate detailed reports and can integrate with electronic timers to display race information on competition screens. Choosing the right system depends on the competition level, circuit size, and the organisers’ requirements. How to choose the best timing system for karting If you’re looking to improve time accuracy and race management at your karting circuit, consider the following key factors: System Precision: Ensure the karting transponder you choose offers a quick response and millisecond accuracy. Compatibility with Other Systems: Some devices can integrate with race management software, making data visualisation and analysis easier. Reliability and Durability: Given the high-impact environment, the timing system must be resistant to shocks and vibrations. Real-Time Data Updates: Having live time tracking enhances the experience for both drivers and spectators. Support and Maintenance: It is advisable to choose a provider that offers technical assistance and system updates. Optimise Time Measurement on Your Circuit with Advanced Technology Having an efficient timing system is fundamental for improving accuracy and professionalism in any karting track. The implementation of high-precision transponders, alongside timing displays and electronic chronometers, enables a high-level competitive experience. If you are looking for cutting-edge technology solutions for karting timing, Pixelcom offers a wide range of specialised products to ensure the best time management in every race.

FIA and FIM Homologation: Certifications for Circuit Safety

In the world of motorsport and motorcycle racing, the homologation of equipment and circuits is an essential requirement to ensure safety and compliance with international standards. Both the FIA (FĆ©dĆ©ration Internationale de l’Automobile) and the FIM (FĆ©dĆ©ration Internationale de Motocyclisme) establish strict regulations for the certification of signalling, timing, and safety systems in competition circuits. In this article, we will explore what FIA and FIM homologation means, why it is crucial for motorsport safety, and how the certification process works. What is FIA and FIM Homologation? Homologation is a process through which equipment, products, or circuits receive approval from regulatory bodies such as the FIA and FIM, ensuring they meet the required safety and functionality standards for international competitions. These organisations oversee key aspects of racing circuits, from track design to electronic signalling systems, ensuring everything complies with FIA regulations and FIM requirements for motorcycles. Digital signalling, timing, and race control systems must undergo rigorous testing before receiving FIA certification or FIM homologation. The importance of homologation in competition circuits 1. Safety for Drivers and Teams The primary goal of FIA and FIM homologation is to ensure maximum safety in motorsport and motorcycle racing circuits. Approved electronic signalling allows for clear and precise communication with drivers, preventing accidents and improving response times in hazardous situations. 2. Compliance with FIA and FIM Regulations Official races must adhere to FIA regulations for motorsport and FIM regulations for motorcycle racing. The absence of homologated equipment may prevent a circuit from being approved for hosting international competitions. 3. Accuracy in Timing Systems A competition circuit requires homologated timing equipment to accurately record drivers’ lap times and ensure transparency in race results. 4. Confidence for Organisers and Sponsors High-level sporting events require certified infrastructure and equipment. Having FIA certification or FIM homologation enhances a circuit’s credibility and facilitates attracting sponsors. The FIA and FIM certification process Obtaining FIA certification or FIM homologation involves several stages, including technical tests, safety evaluations, and real-world circuit assessments. 1. Design and Initial Testing Equipment manufacturers must design their products in accordance with FIA and FIM regulations. These include LED signalling panels, timing systems, and race control software. 2. Laboratory Tests and Simulations Before homologation is granted, equipment undergoes tests to assess its durability, accuracy, and visibility under different conditions. 3. Evaluations in Real Circuits Equipment is tested on certified competition circuits to measure its effectiveness in a real environment. Signalling systems must be clear and visible at all times. 4. Obtaining Homologation If the equipment passes all tests, it receives FIA or FIM certification, allowing it to be used in official competitions. Examples of equipment requiring homologation LED Signalling Panels: Used to display essential information to drivers, such as electronic flags, safety warnings, and race messages. Timing Systems: Ensure that lap and qualification times are recorded with absolute precision. Race Start Lights: Ensure proper synchronisation at the beginning of races. Each of these devices must comply with FIA and FIM regulations to be approved and used in professional circuits. The Future of Homologation in Competition Circuits Technology in motorsports is evolving rapidly, and signalling and timing systems are adapting to new regulations. In the coming years, the FIA and FIM are expected to integrate technologies such as artificial intelligence and advanced sensors into their homologation standards to enhance safety and accuracy in circuits. Ensuring Safety and Accuracy in Circuits with Homologated Equipment FIA and FIM homologation is crucial to guaranteeing safety, accuracy, and regulatory compliance in competition circuits. From electronic signalling systems to timing devices, using certified equipment allows circuits to operate at the highest quality standards. Companies such as Pixelcom are at the forefront of developing homologated technologies, offering innovative solutions that enhance safety and efficiency in motorsport and motorcycle racing events. If you want to learn more about homologated technology for circuits, visit Pixelcom and discover their solutions in signalling, timing, and sports event management, designed to ensure safety, accuracy, and efficiency in every race.  

Types of remote control systems in karting competitions

Remote Control Systems

The use of remote control systems in karting competitions has revolutionised the way in which races are managed, providing greater safety, efficiency and precision in the monitoring and control of karts. These systems allow organisers to have real-time control over the karts, managing their speed, performing stops and applying safety measures instantaneously. But what types of remote control systems are there and how are they applied in karting? Basic Remote Control Systems Basic remote control systems are those that allow the operator to control certain aspects of the kart, such as speed or engine ignition, remotely. These systems are essential to manage emergency situations or to stop a kart safely if necessary. In karting competitions, the basic remote control is an essential tool for race organisers and marshals. Advanced remote control systems with speed reduction Advanced remote control systems allow organisers not only to control the stopping of the kart, but also to manage its speed in real time. This is particularly useful during a yellow flag or in situations where the speed of all karts needs to be reduced to avoid accidents or during safety manoeuvres on the track. The speed reduction system can be applied automatically, for example, when a yellow flag is activated, allowing all drivers to reduce their speed without the need for manual intervention. Remote control systems for emergency stops In critical situations, remote control systems for emergency stops are indispensable. These systems allow the organisers to instantly stop any kart that is in a dangerous situation or is not respecting the rules of the competition. In these systems, intervention is immediate, minimising any risk on the track. Remote control systems with integration into the timing software En los sistemas mĆ”s avanzados, el control remoto se integra con el software de cronometraje, lo que permite un seguimiento en tiempo real de los karts, el monitoreo de los tiempos de vuelta, y la gestión de las posiciones. A travĆ©s de la integración con displays electrónicos y videomarcadores, los organizadores pueden tener un control total del evento, y los pilotos pueden recibir instrucciones visuales sobre sus tiempos y posición. In the most advanced systems, the remote control is integrated with the timing software, allowing real-time tracking of karts, monitoring of lap times, and management of positions. Through integration with electronic displays and video scoreboards, organisers can have full control of the event, and drivers can receive visual instructions on their times and position. Why choose an advanced remote control system for karting? Elegir un sistema de control remoto avanzado para karting no solo mejora la seguridad, sino que tambiĆ©n optimiza la gestión de la carrera. Con tecnologĆ­as avanzadas, como las que ofrece Pixelcom, los organizadores pueden asegurarse de que todos los aspectos del evento se gestionen de manera eficiente. AdemĆ”s, estos sistemas son fĆ”ciles de integrar con otros dispositivos, como banderas electrónicas de seguridad o semĆ”foros electrónicos, lo que proporciona una experiencia de carrera mĆ”s dinĆ”mica y segura. Choosing an advanced remote control system for karting not only improves safety, but also optimises race management. With advanced technologies, such as those offered by Pixelcom, organisers can ensure that all aspects of the event are managed efficiently. In addition, these systems are easy to integrate with other devices, such as electronic safety flags or electronic traffic lights, providing a more dynamic and safer race experience. Where to get the best remote control system for karting? If you are looking for a reliable and efficient remote control system, we recommend you explore Pixelcom’s remote control system. This advanced system is designed to provide precise, real-time control of all aspects of the race, enhancing the safety and experience for drivers and spectators. Remote control systems are a fundamental part of modern karting competitions. Whether it is to control the speed of the karts, perform emergency stops or improve the overall safety of the event, these systems are essential to ensure that races run safely and efficiently. Pixelcom’s advanced technology offers innovative solutions to manage karting competitions with precision and ease, raising the quality of events to a new level.

How does a karting timing system work?

karting timing system

Karting timing is one of the key technologies that helps to measure driver performance and organise competitions accurately and efficiently. If you’ve ever wondered how karting event organisers know who has won, or how times are managed during a race, the answer lies in advanced timing systems. But how does a karting timing system actually work? What is a karting timing system? A karting timing system uses sensor technology and timing transponders to measure and record the lap times of each driver on the track. Each kart has a transponder that emits a signal, which is picked up by sensors installed along the track. These sensors measure the time it takes for the kart to pass specific points, such as the start and finish line, and transmit that data to a centralised system. The transponder is a small, lightweight device that is attached to the kart and emits signals to sensors located on the track. This system is extremely precise, allowing lap times to be measured with millimetre accuracy. Pixelcom’s timing systems use high quality transponders that allow competition organisers to obtain real-time results, eliminating the possibility of manual errors. How is the timing data processed? Once the transponder sends the signal, the data is processed by timing software that calculates the lap times and records the results. The system is capable of displaying the lap times on display screens so that drivers, organisers and spectators can follow the progress of the race in real time. The software can also generate detailed reports on each driver’s performance, allowing post-race analysis to improve strategy and skills for future competitions. Why choose an advanced timing system? An advanced timing system not only improves measurement accuracy, but also facilitates event management. Modern systems, such as the one offered by Pixelcom, are designed to integrate with other devices such as electronic displays, traffic lights and electronic safety flag systems, enhancing the experience for both riders and spectators. In addition, these systems allow live tracking of each driver’s times, creating a more exciting experience for spectators and facilitating faster and more efficient decision making for organisers. Where to find the best karting timing software? If you are looking for a high quality timing system, we invite you to explore Pixelcom’s timing software. This advanced software is not only easy to use, but also adapts to the specific needs of each karting circuit, offering fast and reliable results for all competitions.   The karting timing system is essential to ensure that races are run fairly and accurately. With Pixelcom’s advanced technology, such as the use of transponders, specialised software and real-time measurement systems, organisers can ensure an exciting and error-free experience. If you want to take your karting event to the next level, don’t hesitate to explore the solutions Pixelcom has to offer.  

How to optimise the management of your competition karting circuit

Efficient management of a competition karting circuit is essential to deliver a professional and exciting experience for both drivers and spectators. Implementing advanced tools, such as competition karting software, can revolutionise your operations, improving efficiency, safety, and profitability. Automation: The key to managing competition karting Automation plays a critical role in streamlining the management of a competition karting circuit. With the right software, you can automate tasks like session scheduling, registration, and results processing. This not only saves time but also reduces errors, enabling you to focus on delivering an exceptional service to drivers and spectators. Additionally, automation supports better planning and allows for customisation of events to meet specific client needs, making your circuit stand out. Enhance safety on your competition karting circuit Safety is a top priority in any competition karting circuit. Leveraging technology that monitors real-time vehicle performance and track conditions ensures a secure environment for drivers. Specialised software can detect potential issues, trigger automatic alerts, and provide immediate solutions to prevent accidents. A safe circuit not only protects participants but also enhances the reputation and professionalism of your business. Improve customer experience in competition karting Customers value seamless and efficient experiences. A competition karting software solution enables streamlined booking processes, real-time access to results, and personalised performance statistics. These features increase driver satisfaction and foster customer loyalty. Moreover, integrating screens that display live leaderboards and lap times elevates the audience experience, creating a more thrilling and engaging atmosphere at your circuit. Increase profitability with competition karting software Implementing competition karting software allows you to maximise the profitability of your circuit. These tools simplify daily operations while offering detailed reports on revenue and utilisation statistics. Analysing this data helps identify areas for improvement, optimise pricing strategies, and allocate resources more effectively. An efficiently managed circuit attracts more customers and sponsors, ensuring sustainable growth and higher profits. Customisation: stand out in the competition karting industry The flexibility of competition karting software enables you to customise your circuit’s offerings according to customer expectations. Whether it’s private sessions or corporate competitions, these tools help you cater to diverse demands and differentiate yourself from competitors. Personalisation not only enhances customer satisfaction but also opens up new business opportunities by expanding your service portfolio.

Benefits of karting for health and personal development

Karting is not only a recreational activity, but also offers numerous health and personal development benefits. The sport combines the thrill of speed with the skills of concentration, reflexes and strategy. Below, we explore how karting can be an effective tool for improving both physical and mental wellbeing, as well as encouraging personal development. Why is karting an ideal sport? 1. Improves coordination and reflexes Karting requires a combination of fine and gross motor skills. When taking sharp turns at high speed or overtaking other racers, your body is in constant motion, which improves hand-eye coordination and strengthens reflexes. This improved coordination is especially beneficial for youngsters, as it helps develop their motor and reaction skills. 2. Encourages concentration and focus Racing a go-kart at high speeds demands total attention. Drivers must be constantly alert and focused on the track, assessing every turn, speed change and other racers’ behaviour. This fosters a great capacity for concentration that can be transferred to other areas of life, such as study or work, improving productivity and decision making. 3. Physical benefits Although it may not seem like it, karting is an intense physical activity. Drivers exercise different muscle groups, such as arms, core and legs, while steering, maintaining control of the kart and resisting G-force in corners. It is also a great way to burn calories, improve endurance and strengthen the cardiovascular system. 4. Strengthens decision making and emotional control Karting teaches quick and effective decision making under pressure. Drivers must learn to manage adrenaline and emotions while competing, which reinforces the ability to remain calm in difficult situations. This skill is crucial both on the track and in everyday life, helping to develop self-confidence and emotional control. 5. Personal development and teamwork Karting also offers an opportunity to learn the value of teamwork, especially in group competitions. Drivers and their teams must work together to adjust the kart, optimise strategy and ensure good performance on the track. This strengthens collaborative skills and a sense of community, which is essential for personal growth. Technology and safety: facilitating access to karting Thanks to technological advances in safety and track management systems, karting is becoming increasingly accessible and safe for drivers of all ages and experience levels. Advanced systems such as timing control and intelligent signal lights enable efficient track control, reducing the risk of accidents and facilitating a safer karting experience for new drivers.  

How to maintain and care for your kart

Owning a kart is more than just enjoying the speed; keeping it in good condition is essential to ensure the driver’s safety and the vehicle’s performance. In addition to regular maintenance, it is vital that the track is equipped with advanced safety technologies. Systems such as starting lights and advanced time control not only enhance the drivers’ experience but also help prevent accidents and optimise the track’s overall maintenance. Taking care of both aspects is essential to fully enjoy karting. Engine inspection The engine is the heart of your kart, so you need to give it special attention. Make sure to check and change the oil regularly (every 5-10 hours of use) and inspect the spark plugs for signs of wear. It’s also important to clean or replace the air filter to prevent dirt and dust from affecting the engine’s performance. How often should I change the kart’s oil? It is recommended to change the engine oil every 5-10 hours of use, depending on the intensity of kart usage. Brake system An efficient brake system is crucial for your safety on the track. Check that the brake pads are not worn out and that the brake fluid is at the correct level. A good brake system will not only protect you from accidents but also provide you with better control of your kart. How can I tell if the brake pads need replacing? The brake pads should be replaced if they are visibly worn or if you notice a loss of braking efficiency. Tyres The tyres are the only point of contact between the kart and the track, so keeping them in good condition is crucial. Check tyre pressure regularly to ensure optimal grip on the corners and replace tyres when the tread is worn out. Additionally, rotate the tyres to avoid uneven wear. How often should I check the tyre pressure? Ideally, tyre pressure should be checked before every karting session to ensure optimal grip on the track. Chain and transmission The chain is responsible for transferring the engine’s power to the wheels, so it should always be clean and well-lubricated. Regularly check the tension of the chain to prevent it from slipping or breaking during a race. Also, inspect the transmission to ensure that all components are functioning smoothly. What happens if my kart’s chain is too tight or too loose? A chain that is too tight can break under pressure, while a chain that is too loose may slip off during a race. Therefore, it is important to regularly adjust the tension. Chassis and alignment The chassis supports the weight of the kart and the driver, and its correct alignment is essential for optimal performance. Inspect the chassis for signs of wear or damage, especially after crashes or impacts. Poor alignment can affect steering and cause uneven tyre wear. When should I check the chassis alignment? It is recommended to check the alignment after a crash or significant collision, or at least once a year, to ensure precise kart control. Enhance track safety and maintenance with advanced technology Maintaining your kart is crucial, but so is ensuring that the track is equipped with the latest safety technologies. Implementing track safety systems and controls can help prevent accidents and improve overall circuit maintenance. Solutions such as advanced time control systems not only enhance the drivers’ experience but also reduce the risks associated with incidents on the track.  

What’s better: an electric or petrol kart?

The world of karting has evolved, and today you have the option to choose between electric and petrol karts. Both offer unique experiences, but which is right for you? Below, we outline the pros and cons of each option to help you make an informed decision based on your preferences and needs. Advantages of electric karts Electric karts have gained popularity in recent years, particularly for their focus on sustainability and technological innovation. They use rechargeable batteries instead of fossil fuels, making them a more eco-friendly option, ideal for indoor tracks or urban areas where emissions control is essential. Eco-friendly: Electric karts do not emit pollutants, significantly reducing the carbon footprint of karting circuits. This makes them perfect for those looking for a more sustainable sport. Less maintenance: As they don’t have internal combustion engines, electric karts require less maintenance. There’s no need to worry about oil changes, filters, or carburettor adjustments, leading to lower long-term operating costs. Instant acceleration: Thanks to their electric motors, these karts offer rapid acceleration from a standstill, providing an exciting and dynamic experience, especially on tracks with sharp corners. Lower noise: Electric karts are much quieter than petrol karts, improving the experience in enclosed environments or where reducing noise pollution is a priority. Disadvantages of electric karts: Limited autonomy: The main disadvantage of electric karts is battery life, which can be a drawback for longer karting sessions. Additionally, recharge times between uses can disrupt track activities. Higher initial cost: Although electric karts are more efficient in the long term, their initial acquisition cost is often higher due to the advanced technology they use. Advantages of petrol karts Petrol karts have been the standard in karting for decades, and they remain popular due to the classic driving experience they offer. They run on internal combustion engines, providing a more robust and powerful driving sensation. Longer autonomy: Unlike electric karts, petrol karts can run for longer periods without needing to recharge. They only require a quick refuelling stop, making them ideal for long races or tracks looking to maximise usage time. Consistent power: Petrol engines provide consistent power delivery throughout the session, which is particularly attractive to those seeking continuous performance without interruptions. Classic experience: Many karting enthusiasts prefer the sound and feel of combustion engines. Petrol karts offer that characteristic roar, which is part of the traditional appeal of karting. Disadvantages of petrol karts: Higher maintenance: Petrol karts require regular maintenance, such as oil changes and engine inspections, which can increase operational costs. Emissions and noise: Petrol karts emit pollutants and are noisier, limiting their use on some indoor tracks or in areas with environmental restrictions. Which option is best for you? Choosing between an electric or petrol kart largely depends on your priorities. If you are looking for a more eco-friendly experience with less maintenance, an electric kart is an excellent option. On the other hand, if you prefer a traditional driving experience with greater autonomy, a petrol kart will be your best choice. Optimising and controlling karts: both electric and petrol If you manage a karting track, you’ll know that selecting the right type of kart is only part of the equation; ensuring the track runs efficiently is equally important. Whether you’re working with electric or petrol karts, having an advanced management system is key to optimising performance and safety. Pixelcom’s karting software provides the tools you need to control and maintain your fleet, ensuring a safe and efficient experience in every session.

How to choose the perfect kart for your karting centre?

Choosing the ideal kart is key to ensuring an exciting and safe experience on the track. Whether you’re a beginner or an experienced racer, there are specific aspects you should consider before making your decision. You may have come across this post because you’re about to open your own karting centre or want to upgrade your kart fleet to offer varied experiences to your clients based on their skill levels. If so, we invite you to explore our circuit safety solutions, where you’ll find hardware for karts that can be added to each vehicle. These include timing transponders, control systems, in-track safety lights, and real-time displays. With these additions, you can provide a fully personalised and safe experience for all drivers, regardless of their experience level. Now, here are the key points for choosing the perfect kart. Key factors when choosing a kart When selecting a kart, it’s essential to consider your driving experience. It’s not the same if you’re a beginner just starting out as if you’ve been driving karts on different circuits for years. For this reason, we make the following distinctions: Karts for beginners If you’re new to the world of karting, your priority should be to find a kart that is easy to handle. It should have moderate power so that you feel comfortable taking corners and avoid excessive speed, which can be difficult to control. A kart with a 4-stroke engine is often the best option for beginners, offering a more stable and predictable experience. Key features to look for: 4-stroke engine Power steering Sensitive and easy-to-use brakes Karts for intermediate drivers Once you’ve gained some experience on the track, you can opt for a kart with more power and speed, while still maintaining a good balance between power and control. 2-stroke engine karts are an excellent option, as they offer higher performance without being overly challenging. Key features to look for: 2-stroke engine Improved suspension for better stability Reinforced braking system Karts for advanced drivers For advanced drivers seeking maximum performance and speed, it’s advisable to choose more powerful, customisable karts. This is where competition engines and setups tailored to your driving style come into play. However, it’s crucial to keep safety in mind when selecting a kart with these characteristics. Key features to look for: High-displacement engine Adjustable chassis Improved aerodynamics for greater speed Most importantly, track safety! Regardless of your experience level, safety should always be a top priority. Ensure that the kart is equipped with an advanced braking system and that the track complies with safety regulations. Additionally, modern karting tracks are equipped with technological safety solutions that ensure driver protection.

Leading karting software for track management

If you are a karting track owner or manager, you understand the importance of having an efficient and user-friendly management system. Pixelcom – Go Kart Management Software has established itself as one of the most advanced solutions on the market. Our karting software is a comprehensive tool that optimises every aspect of your track’s operation. What makes our karting software special? Pixelcom is more than just a management tool; it is a solution designed specifically for the competitive and dynamic world of karting. Below are some of the main features that make Pixelcom software the ideal choice for any karting track: Reservation and Rental Management With Pixelcom, customers can easily book and hire karts online, which not only reduces administrative burdens but also significantly enhances the user experience. This seamless system allows operators to manage bookings efficiently, preventing overbookings and optimising track usage. Real-Time Race Monitoring Live race tracking is another major advantage of Pixelcom. This software enables operators to monitor racers’ performance in real time, ensuring everything runs smoothly and maintaining high safety standards. Automatic Scoring System Organising competitive events? With Pixelcom, the scoring and ranking process is automated, eliminating potential human errors and ensuring accurate and fair results. This is ideal for championships and events where every second counts. Reporting and Data Analysis One of the greatest benefits of using Pixelcom is its ability to generate detailed reports on track operations. These data analyses allow managers to make informed decisions that can enhance profitability and operational efficiency. (Sales summary of tickets sold, member data, reports on kart use, stock, etc.) Karting software: A tool to grow your business Pixelcom not only simplifies daily management but also helps attract and retain customers. By offering a superior user experience, both online and on the track, this software becomes a key asset for the growth of your business. If you are looking for a comprehensive solution to manage your karting track, Pixelcom is undoubtedly the best option. Don’t wait any longer to optimise your operations and elevate your customer experience to the next level!