Brno, the vibrant cultural and academic hub often affectionately characterized as Prague’s smaller cousin, is currently hitting its stride with a wave of creative energy driven by its maker community. Despite playful local jokes about its village-like atmosphere, the city boasts a large population complemented by approximately 80,000 university students. This unique demographic composition creates fertile ground for technology, traditional craft, and hands-on experimentation, establishing Brno as a powerhouse of regional innovation.
Since its inception in 2019, Maker Faire Brno has expanded significantly, cementing its status as a major fixture on the European maker calendar. The event now regularly welcomes around 7,500 visitors alongside several hundred independent makers traveling from across Czechia and neighboring countries. Fab Lab Brno has served as an essential strategic partner to the Make More team—the organization behind all Czech Maker Faires—working continuously to cultivate and expand the local community one creator at a time. The momentum behind this grassroots movement reached a new milestone as Maker Faire Brno returned for its eighth annual edition, welcoming attendees into a dynamic weekend of technological and artistic exploration.
The venue itself plays a fundamental role in the unique atmosphere of the event. Hosted within Brno’s historic Exhibition Halls, the gathering benefits from striking architecture, soaring ceilings, and an abundance of natural light. The sprawling facility provides an ideal backdrop for the diverse range of exhibits, featuring everything from a built-in planetarium to countless architectural nooks and crannies. Around every corner of the vast exhibition space, visitors encounter curiosity in action, ranging from clever engineering feats to ambitious creative experiments that highlight serious regional maker talent.
Prusa Research Leads the Charge in Czech Ingenuity
A central driving force behind the nationwide explosion of Maker Faires across the Czech Republic is Prusa Research, a globally recognized name in the 3D printing industry. Known for its integrated, in-house approach to manufacturing, the company serves as a prime example of what can be achieved when making is placed at the absolute heart of a business enterprise. Bringing its signature enthusiasm to Brno following recent appearances at events like Maker Faire Bay Area, Prusa actively engaged the local community through interactive exhibits and a specialized Maker Challenge.
This year’s challenge invited participants to demonstrate how a clever idea combined with 3D printing technology can successfully breathe new life into discarded items, transforming waste into functional, everyday tools. Enticement for the challenge included the chance to take home a brand-new Prusa 3D printer, providing a direct catalyst for the winner’s future creative endeavors. For enthusiasts unable to make the trip to Brno, the company scheduled an immediate follow-up appearance at Maker Faire Rome the subsequent week.
A Diverse Showcase of Engineering, Art, and Science
The overarching spirit of Maker Faire is defined by the way it dissolves traditional boundaries between engineering, art, science, and practical problem-solving. The 2026 Brno lineup offered a comprehensive cross-section of this philosophy, presenting projects that ranged from custom-engineered loudspeakers and DIY electronics to ecological innovations, accessible technologies, and complex mechanical tinkering.
Among the standout exhibits was Acoustika 3D, a project created by SIMPLIXITY that emerged from a fusion of a passion for Drum and Bass music, structural engineering, and 3D printing. The resulting custom-designed loudspeaker allowed visitors to inspect its internal components firsthand and learn how precise enclosure design directly influences acoustic performance. In the realm of visual arts and experimental science, maker Jan Grygerek presented Sublisica, a project born out of the challenge of preserving fleeting patterns. When standard commercial tools proved insufficient for capturing delicate, microscopic crystals formed from frozen soap bubbles, Grygerek engineered a custom engraving machine capable of etching these ephemeral structures permanently onto glass.
Environmental sustainability also found a prominent place on the exhibition floor with Biouhel, a project focused on converting garden waste, such as pruned tree branches, into biochar. This porous, carbon-rich material offers significant agricultural benefits by helping soil retain essential water and nutrients while simultaneously providing long-term carbon storage capabilities. Academic institutions likewise made a strong showing, notably through Masaryk University’s computer science laboratories. Researchers and students bridged the gap between theoretical algorithms and physical reality by demonstrating robotic drawing systems and interactive marionettes controlled entirely by human movement, effectively turning complex computer science concepts into tangible, playable experiences.
Material science and prototyping were heavily represented by suppliers such as 3Dfil.cz, which provided an interactive playground for exploring various printing filaments, equipment, and advanced applications spanning FDM, resin, and high-strength industrial materials. Mechanical fundamentals were highlighted in an interactive workshop dedicated to bearings, where visitors of all ages could dismantle and reassemble the critical components found inside skateboards, bicycles, and roller skates to understand the mechanics of smooth motion.
Advanced automotive safety and transport technology were showcased through projects like KAMaRAD, developed by researchers at Brno University of Technology. Recognizing the limitations of standard optical cameras during adverse weather conditions, the team combined conventional sensors with millimeter-wave radar to create a prototype system designed to detect road hazards and enhance protection for cyclists and vulnerable pedestrians. On a more traditional yet equally engaging note, Baťa Customs presented a mobile workshop centered on wooden gravity racers. By allowing participants to sand, paint, and assemble unpowered wooden vehicles, the project successfully married traditional woodworking craft with basic mechanical physics.
Musical experimentation took center stage with the RaveBOX, an open-ended electronics project functioning as a hybrid synthesizer and sequencer. Designed to encourage hands-on exploration, the device invites users to manipulate physical knobs and construct dynamic rhythms, evolving from a simple electronics experiment into a fully fledged musical instrument. Furthermore, the higher education sector demonstrated advanced engineering capabilities through student projects like the high-performance 3D-printed RC jet boat developed at Brno University of Technology. Powered by a specialized water-pump jet and constructed from durable engineering polymers, the vessel featured a custom onboard telemetry system controlled by an ESP32 chip. This setup wirelessly transmitted real-time GPS speed, battery voltage, and component temperatures to the shore during live demonstrations.
Hands-On Learning and Community Workshops
Beyond simply observing completed projects, Maker Faire Brno placed a heavy emphasis on active participation through an extensive schedule of workshops. Spanning durations from quick thirty-minute introductions to immersive ninety-minute deep dives, these sessions catered to children, teens, and adults eager to acquire new technical skills. Activities ranged from basic introductory 3D printing and ceramic fabrication to advanced robotics, microcontrollers, and space engineering.
Participants had the opportunity to build and program Otto robots, assemble competitive combat robots, learn the fundamentals of soldering, and explore advanced hardware platforms such as STM32 microcontrollers and NXP development boards. Space exploration enthusiasts engaged directly with student-led initiatives like the YSpace team to construct working CubeSat models, while rocket team SoRC guided attendees through designing and printing aerospace-inspired objects. Younger visitors gravitated toward water rocket workshops, utilizing compressed air and water for immediate, physics-based demonstrations of propulsion.
Smart device creation was highlighted by LaskaKit, where participants assembled Wi-Fi-connected e-paper information displays, merging practical electronics with everyday utility. Meanwhile, traditional textile arts intersected with modern automation at the Nitlab workshop, where attendees utilized punch cards to operate knitting machines and create patterned scarves.
Complementing the hands-on workshops, the festival’s dedicated Repair Zone demonstrated the principles of the circular economy by showing visitors how broken household items can be successfully restored rather than discarded. The central stage hosted a continuous stream of programming, featuring a 24-hour Student Hardware Hackathon, space exploration presentations by ESERO Czech Republic, lively science demonstrations, and discussions surrounding the right-to-repair movement. As the weekend concluded, the venue buzzed with the shared enthusiasm of makers exchanging ideas, showcasing digital footwear, and presenting student-built artificial intelligence projects, leaving attendees with fresh inspiration for their next creative builds.
