RETTmobil 2025 – Cutting-Edge Technology, Tactical Expertise, and High-Level Exchange

From May 14 to 16, 2025, Fulda will once again become the meeting point for the international rescue services industry. At RETTmobil International, more than 480 exhibitors from 26 countries will showcase the latest developments, technical innovations, and practical solutions for emergency service professionals from ambulance services, fire departments, and disaster response teams.

What visitors can expect:

Specialist program with practical relevance
This year’s RETTmobil offers an extensive continuing education program featuring interactive workshops, lectures, and realistic training exercises. Topics include:
 

• Emergency ultrasound and airway management
• Neonatal care with hands-on model-based exercises
• Resuscitation, bleeding control, and deployment at large-scale events
• Interdisciplinary cooperation and evaluation in training and continuing education

Discussion of current challenges The “Meet the Experts” event format will address key issues such as the reform of emergency medical services and new demands on acute care medicine – led by experts from hospitals, administration, and field operations.
Live operations and demonstrations
A highlight is the large-scale technical rescue exercise simulating a traffic accident with multiple trapped victims. Fulda Fire Department and the Malteser organization of Hesse will demonstrate realistic time-critical rescue scenarios.

Experience emergency vehicles in action
A major attraction is the off-road course featuring high-mobility emergency vehicles. On display: Unimog U5023, Scania 6×6, Ford Defender, and other specialized vehicles in live operation.

Key industry gathering – with SETOLITE live on site
SETOLITE Lichttechnik GmbH will also be there in 2025 – in Hall K, Booth K1606. The company will present powerful lighting solutions for fire and rescue services, including our latest mobile systems for demanding missions.

It’s worth a visit – experience lighting technology that proves itself under real-world conditions.