NO TIME FOR COMPROMISE.

More than 140 years ago, Conrad Dietrich Magirus developed one of the
world’s first mobile turntable ladders in Ulm. It marked the beginning of a
new era in firefighting and rescue operations — and laid the foundation for
what still drives us today.

Today, fire and rescue services around the world rely on Magirus turntable
ladders because we never stopped improving them. Smarter technology.
Greater safety. Continuous innovation. Built on operational experience and
engineered for the realities of modern missions.

From compact pumpers to heavy rescue and large-capacity fire engines,
Magirus develops vehicles for every operational requirement. Urban or rural.
Industrial sites or wildland environments. Standardised platforms or fully
customised solutions.


Every Magirus fire engine is engineered around real operational needs —
with flexible cab concepts, adaptable superstructures and integrated pump
and proportioning technologies. Designed to work reliably in demanding
conditions and built to support crews wherever the mission leads.

Airport operations demand maximum performance under extreme conditions. Greater scale. Higher risk. More lives, infrastructure and responsibility — all within seconds.


That is why Magirus develops airport fire engines built for speed, power and absolute reliability. The DRAGON family combines high-performance firefighting technology with intelligent engineering and operational precision to support crews in the most demanding airport environments.
Built for missions where every second matters. Built to protect passengers, crews and critical airport infrastructure.

Every operational environment comes with its own challenges. Different
risks. Different tactical requirements. Different demands on crews and equipment.

With special vehicles such as the MultiStar, Magirus develops mission-
specific solutions for complex firefighting and rescue operations. Combining
flexibility, reach and operational performance, these vehicles are engineered
for demanding environments where conventional firefighting concepts are
no longer enough. Built for specialised missions. Built to protect under
exceptional conditions.

Developed for large-scale incidents and liquid fires, the Magirus AirCore
turbine vehicle attacks heat, smoke and gas simultaneously. It absorbs heat
faster than conventional systems. It binds gases. It clears visibility – giving
crews the situational awareness they need to work safely.
Powerful where it counts. Simple where it matters.

AirCore is built for straightforward operation and remote control capability –
keeping crews at a safe distance without losing effectiveness. And when the
one.

EasyOperator is the new Magirus control panel – built around the way
firefighters actually work. Intuitive. Clearly structured. Fast.

No searching. No guessing. Just the right function, right when it's needed.
Developed from the proven Smart Control system, EasyOperator brings a
unified operating logic across the entire Magirus range. From 2025, it ships in
every vehicle we build. Because when seconds count, the controls should
never slow you down.

Every day, firefighters and emergency responders put themselves on the
line. They enter dangerous environments, make decisions under pressure
and rely on equipment that has to perform without compromise.


That is why Magirus develops equipment solutions designed for real
operational demands – from pumps and portable firefighting systems to
protective equipment and specialised operational tools. Built for reliability,
durability and seamless integration into modern emergency response
operations. Because when every second counts, crews need equipment they
can trust.

When missions lead beyond paved roads and predictable environments,
reliability becomes mission-critical. Extreme terrain, harsh climates and
complex operational scenarios demand vehicles that crews can trust without
hesitation.

Magirus develops tactical and protected vehicle solutions for defense, civil
protection and security operations. Combining all-terrain mobility,
operational durability and mission-specific adaptability, every vehicle is
engineered for demanding environments where conventional platforms
reach their limits.

Developed with operational experience. Built for extreme conditions. Ready
when it matters.