Who we are

About Fly4Future

Our Mission

At our core, our mission is to pursue seemingly impossible challenges and develop innovative solutions. We thrive on taking on tough tasks that push the boundaries of what is possible. By embracing new ideas, we aim to drive both our team and partners towards a future filled with unlimited potential for growth and success.

Waterproof drone

Our Company

Fly4Future was formed in 2017 as a spinout of the Multi-Robot Systems group at the Czech Technical University in Prague (MRS CTU), one of the world’s leading robotics centers. Led by Dr. Martin Saska, Head of MRS CTU, the company has utilized its close ties to robotics scientists to innovate applications of artificial intelligence in advanced autonomous multi-robotic systems.

Autonomous UAV swarm formation
Autonomous UAV swarm formation

Our Passion

We are passionate about robotics and artificial intelligence. Our deep commitment is towards advancing the field of autonomous UAV flight and collaborating robots. Our research and development efforts focus on creating innovative methods and technologies that enable safe and efficient drone operations.

Autonomous UAV swarm formation

Our Team

We work diligently to stay ahead of the latest advancements in robotics and UAV technology, ensuring that our solutions meet the highest standards in terms of performance, efficiency, and reliability.

Our Vision

Our vision is to develop and test unique, custom-built aerial robots that cannot be found elsewhere. By doing so, we aspire to create one-of-a-kind prototypes that offer exceptional value and innovative features. Our drones are designed to meet specific needs and provide solutions that are unparalleled in the market.

Forest Inspection

Our Clients & Partners

In the field of robotics, AI and advanced autonomous drone systems, Fly4Future has been developing solutions that respond to the specific needs of many application sectors. The main focus is on the development and construction of custom drones for industrial as well as academic clients.

Autonomous UAV swarm formation

Our Mission

At our core, our mission is to pursue seemingly impossible challenges and develop innovative solutions. We thrive on taking on tough tasks that push the boundaries of what is possible. By embracing new ideas, we aim to drive both our team and partners towards a future filled with unlimited potential for growth and success.

Autonomous UAV swarm formation

Our Vision

Our vision is to develop and test unique, custom-built aerial robots that cannot be found elsewhere. By doing so, we aspire to create one-of-a-kind prototypes that offer exceptional value and innovative features. Our drones are designed to meet specific needs and provide solutions that are unparalleled in the market.

Waterproof drone

Our Passion

We are passionate about robotics and artificial intelligence. Our deep commitment is towards advancing the field of autonomous UAV flight and collaborating robots. Our research and development efforts focus on creating innovative methods and technologies that enable safe and efficient drone operations.

Forest Inspection

Our Company

Fly4Future was formed in 2017 as a spinout of the Multi-Robot Systems group at the Czech Technical University in Prague (MRS CTU), one of the world’s leading robotics centers. Led by Dr. Martin Saska, Head of MRS CTU, the company has utilized its close ties to robotics scientists to innovate applications of artificial intelligence in advanced autonomous multi-robotic systems.

Autonomous UAV swarm formation

Our Clients & Partners

In the field of robotics, AI and advanced autonomous drone systems, Fly4Future develops solutions that meet the specific needs of many application sectors. Fly4Future focuses primarily on the development and construction of custom drones for both industrial and academic clients.

Autonomous UAV swarm formation

Our Team

We work diligently to stay ahead of the latest advancements in robotics and UAV technology, ensuring that our solutions meet the highest standards in terms of performance, efficiency, and reliability.

Autonomous UAV swarm formation