Angatec

Angatec’s journey began in 2013 with a clear and deeply rooted mission. A group of engineers came together, driven by a shared purpose, to create something that was both innovative and essential. Their goal was to support those who run toward danger when everyone else retreats.

The initial focus was on first responders and firefighters; professionals facing life-threatening risks every day. Recognizing their extraordinary commitment, Angatec set out to equip them with the advanced tools they deserved. The engineers also worked closely with the military, particularly the French ground forces, to better understand operational demands across different environments. Rather than develop separate solutions for civil and military use, the decision was made to combine all requirements into one integrated system.

The result was a robust, modular and highly versatile robot that meets the needs of both sectors. It could fight fires, navigate debris, transport the wounded, carry equipment, perform surveillance, and maintain communication in disrupted environments.

In essence, it was built to protect and save lives.

Angatec’s early clarity on how the robot would be used was more important than the technology. The company drew a firm ethical line. The platform would not be weaponized. Its purpose would remain rooted in logistics, rescue, reconnaissance, transport and support. It would serve as a protector, not an aggressor, in war zones or disaster areas.

“Our robots are built to handle the harshest conditions. They can carry out surveillance, assess the situation, and detect the presence of people. In the field, that level of situational awareness can be a game-changer,” says Adrian Diaconu, chairman.

Centered Around The End User

From the beginning, Angatec embedded itself with its users. Rooted in engineering, it did not rely on assumptions about what firefighters or military operators needed. It asked, observed, tested and refined. In France, it worked alongside firefighters in fire response training centers like Valabre, one of Europe’s most advanced facilities. The robots were pushed through live fire scenarios, dense smoke, water damage, and unpredictable terrain.

Angatec collaborated with experienced firefighting professionals from Portugal, Germany, Spain and Greece. Their input proved invaluable. From fine-tuning the robot’s user interface to enhancing its ability to navigate rugged terrain and optimizing its camera systems for low-visibility conditions, every feature was shaped in close collaboration with those who would use it in the field.

Angatec is also a core technology partner in the EU-funded CARMA project, which aims to develop interoperable robotic systems to support emergency response across Europe. This collaboration reinforces the company’s deep integration into the European civil protection ecosystem.

On the military side, French ground forces were among the first to evaluate and validate the robot. The process of integrating new tools into defense systems is long and rigorous. Tanks and drones often undergo years of testing, and robots face the same scrutiny. Angatec’s platform has passed those tests and is steadily moving toward broader deployment.

Robotic Support When Every Second Counts

At the core of Angatec’s offering is the TEC800, a teleoperated firefighting robot that has proven indispensable in extreme conditions. Designed for high-risk environments—underground fires, tunnels, industrial sites, warehouses and refineries—the TEC800 is shielded by a diffusing water jet system that protects the unit from heat, allowing continued operation under thermal stress.

More than just a fire tool, the TEC800 can be equipped with a stretcher module to safely evacuate injured individuals or transport heavy gear with a tool cage or integrated strapping system. It also serves as a field scout, utilizing advanced cameras and sensors to gather mission-critical data in areas where sending a person would be too hazardous.

Years of R&D have resulted in a high-performance, low-maintenance machine. Features include brushless motors, reinforced suspension, anti-roll bars for better traction, and a complete monitoring system that delivers real-time condition updates. A built-in black box records all activity to enable remote diagnostics and faster service.

With a top speed of 12 km/h, a range of 22 kilometers, and a payload capacity of 800 kilograms, the TEC800 delivers mobility, strength and intelligence. It handles 70 mm water hoses and maintains traction over 300 meters.

It withstands temperatures above 900°C and continues operating after prolonged exposure above 300°C. Built for urban use, it measures just 79 cm wide—compact enough for standard doorways. It climbs stairs at angles of up to 45 degrees, crosses obstacles 35 cm high, and navigates 35-degree lateral slopes.

During a fire near La Rochelle, firefighters, already trained on Angatec’s system, requested help in a high-risk area they couldn’t access. The TEC800 was deployed and played a key role in stopping the fire from spreading.

To support this versatility, an interactive configuration tool allows operators to tailor the robot to their specific mission—whether it involves logistics, firefighting, rescue, or reconnaissance.

A European Collaboration With Global Consequences

Though based in France, Angatec’s innovation engine operates across borders. Its sister company, Lausanne-based International Robotic Services (IRS), plays a key role in advancing the TEC800. Angatec and IRS (WayOut) form an agile engineering team that collaborates with the École Polytechnique Fédérale de Lausanne (EPFL), one of Europe’s leading technical universities.

While Angatec focuses on real-world deployment, IRS brings AI and autonomous navigation expertise, enhancing the platform’s intelligence and adaptability. Most components are designed and assembled in-house, with all externally sourced parts, such as motors or batteries, co-developed for seamless integration.

One breakthrough has been the robot’s long-distance teleoperation. Operators can control it with minimal latency over the cloud and directly enabled by advanced, military-grade radios from the United States or country specific, if allowed by US or local regulations. These powerful systems maintain stable communication where signals typically degrade, such as underground.

That reliability is essential. Particularly in current emergency scenarios, like electric vehicle fires in underground parking garages. Angatec designs for these realities, not around them. Every new challenge is treated as a design prompt, an opportunity to create a better way out.

This mindset—practical, resilient and deeply user-driven—shapes every aspect of the TEC800. Together, Angatec and the IRS are tackling core challenges faced by first responders; delayed response times, high costs, and unacceptable human risk. The result is a system capable of rapid deployment, strong extinguishing power, and high endurance in dangerous, high-temperature environments.

Real Missions, Real Impact

Angatec officially entered the market two years ago, and the response has surpassed expectations. Organizations known for their exacting standards in science, infrastructure, defense and industry have confidently adopted the platform.

Despite its rapid expansion, the core focus remains on first responder and firefighting use cases. Angatec is investing deeply in tools that can make a life-saving difference on the front lines. New features are already in the pipeline, with a major update scheduled for release in September. Currently undergoing rigorous testing, these capabilities are set to raise the bar for emergency response.

High standards have made the TEC800 a go-to solution in some of Europe’s most demanding environments. EURO Tunnel teams now deploy the robot on the French and UK sides, using it to monitor infrastructure and respond rapidly to emerging issues. In these high-stakes settings, fast and reliable intervention can prevent massive disruptions.

Further validating its technical versatility, CERN, the European Organization for Nuclear Research, also adopted the TEC800. Working in one of the world’s most advanced scientific environments, surrounded by delicate, high-precision equipment, the robot proved capable and compatible from day one.

The platform’s versatility continues to open new doors. The Swedish aerospace sector recently partnered with Angatec, adding a new dimension to its growing field of applications. Whether in civil protection, advanced research, or defense support, the TEC800 is demonstrating its capability to meet a wide range of complex challenges.

Its value extends well beyond Europe. In Peru, a mining company was facing a dangerous and recurring challenge; workers had to crawl under massive trucks to clean out caked-on mud. Angatec’s robot now performs that task, removing the risk to workers while improving overall efficiency.

Silent Growth, Big Ambitions

Despite all this progress, Angatec has flown largely under the radar. Until recently, it had not invested heavily in marketing or PR. Most of its traction has come from word-of-mouth, deep collaboration with clients, and a reputation for building tools that work. But that is changing. Angatec is now seeking partners who share its values and believe in protecting lives, not just selling technology.

With growing interest from multiple continents, the company is preparing for strategic partnerships worldwide.

Angatec is also ready to activate additional features and technologies it has kept in reserve, including enhancements in autonomous navigation and integration with drone support systems, broadening the scope of operations for rescue and reconnaissance missions.

“Our technology is built for what’s next. You can be sitting in your office and control a robot on the other side of the world with just milliseconds of delay. That is how far we have come,” says Diaconu.

That forward-looking vision recently received meaningful recognition. The TEC800 was exhibited at the Museum of Arts and Crafts in Paris, featured alongside historic scientific achievements such as the Foucault pendulum and the original model of the Statue of Liberty. For the Angatec team, it marked a milestone that validated years of purpose-driven engineering.

Angatec’s story is one of quiet innovation, built on the shoulders of engineers who preferred to test rather than talk. They did not chase headlines but outcomes. They spent a decade fine-tuning a robot that could operate in the world’s most challenging environments. Today, that silent dedication powers real-world missions, supporting first responders, firefighters, and frontline logistics teams where it matters most.