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DRF Luftrettung at the European Rotors

Christian Lechner
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DRF Luftrettung at the European Rotors

DRF Luftrettung will be showcasing its comprehensive services in the areas of maintenance, training and development at the European Rotors trade fair, which will take place from November 5th to 7th in Amsterdam. Trade fair guests can look forward to insights into advanced technologies and training opportunities that are crucial to air rescue.

Diverse services in focus

At European Rotors, the focus will be on the offerings from DRF Maintenance and the DRF Academy. The services range from maintenance solutions and helicopter modifications to training and advanced training programs in the areas of flight operations, technology and medicine. Mirko Strauss, Head of Sales at DRF Luftrettung, emphasizes that the organization’s expertise in the maintenance and operation of helicopters over 50 years makes it an indispensable partner in this area.

Innovative products and solutions

A primary focus is Part 145 services for various helicopter types, including H155, EC155, H145, EC145, H135, EC135 and BO105. The experts at DRF Luftrettung offer a comprehensive overview of line and base maintenance, supplemented by specialized workshops for helmets and night vision devices. The DRF Academy also presents a diverse training portfolio, ranging from type ratings to technical training and medical training.

New developments in the area of visibility

A helicopter model representing the Pulsing Lights innovation will be on display above stand 4085. These LED lights installed on the aircraft significantly improve visibility for other aircraft. DRF Luftrettung offers this advanced modification not only for its own fleet, but also for external customers, both as a complete solution including installation and as an installation kit.

Advanced training with hoistAR®

Another highlight is the hoistAR® winch simulator, which was developed in collaboration with Reiser Simulation and Training. The simulator is mobile, individually adaptable to the needs of the crews and can be coupled with the Full Flight Simulator Level D H145/H135. DRF experts demonstrate how crews can train realistic winching operations in virtual space to significantly improve their skills and safety during winching operations.

DRF Luftrettung is a leading air rescue company that can look back on over 50 years of history full of innovation and excellence. With a wide range of services and a deep commitment to the advancement of emergency rescue, DRF Luftrettung plays a crucial role in helicopter operations worldwide.

New winter flight schedule with 180 destinations at Munich Airport

Christian Lechner
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New winter flight schedule with 180 destinations at Munich Airport

The new winter flight schedule at Munich Airport begins on the last weekend in October and offers passengers a diverse selection of international and national travel destinations until the end of March 2025. A total of 180 airports in 64 countries are available to passengers, with Lufthansa and other airlines flying to attractive long-haul destinations.

Extended long-haul connections

Lufthansa will continue to offer flights from Munich Airport to popular long-haul destinations such as Sao Paulo, Seattle, Vancouver and Johannesburg in the winter timetable. These destinations will be served three times a week with modern Airbus A350 aircraft. Passengers also have the opportunity to travel to Los Angeles, Bangkok and Delhi on the world’s largest passenger aircraft, the Airbus A380. Emirates uses the Airbus A380 for its flights to Dubai.

Neuzugänge im Winterflugplan

Discover is stationing two Airbus A330 long-haul aircraft in Munich and is planning weekly flights to Orlando from March 2025. From April 2025, Windhoek in Namibia and Calgary in Canada will follow as new destinations. Vietnam Airlines recently launched its Munich program and continues its flights to Hanoi and Ho Chi Minh City in the winter, increasing frequency to Ho Chi Minh City in December.

Increased flight frequencies in winter from Munich Airport

Oman Air is increasing the frequency of its flights to Muscat to daily from December 19. Gulf Air, which has been connecting Munich with Bahrain since July, will continue its four weekly flights in winter. Maldivian BeOnd will be offering twice-weekly direct flights to the Maldives from October 27 to complement the winter travel season.

European winter destinations

Norwegian is continuing its popular flights to Malaga and Alicante this winter. Further north, the airline offers flights to Rovaniemi from December, where travelers can travel as far as the Arctic Circle. The seasonally limited connections offer winter tourists the opportunity to meet Santa Claus in magical Lapland.

Munich Airport is one of the leading aviation hubs in Europe and continuously works to offer its passengers a wide range of travel destinations and high-quality services. With first-class infrastructure and a strategic location, Munich Airport supports millions of passengers every year on their way around the world.

Aviation focuses on sustainability

Christian Lechner
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Aviation focuses on sustainability

According to reports, the aviation industry is increasingly focusing on sustainable technologies. Companies are to invest in the development of aircraft that are powered by renewable energies in order to reduce emissions. In this way, the industry is aiming to fly in a more environmentally friendly way and reduce its ecological footprint.

Technological advances in aviation

The aviation industry is reported to be intensifying its efforts to reduce carbon emissions. By investing in sustainable technologies, manufacturers intend to develop novel aircraft systems that use renewable energy. These advances could significantly reduce the environmental impact of aviation and support the transition to environmentally friendly flights.

Renewable energies as a key factor

Companies should prioritize renewable energies as a central element in their research and development programs. They are focusing on alternative fuels such as hydrogen and electric drives that could replace fossil fuels. These developments signal a significant shift in the industry’s thinking towards greener operations.

Market impact and challenges

The introduction of renewable energy technologies in aviation could bring significant market changes. While potential cost savings and positive environmental impacts are embraced, companies face challenges such as infrastructure development and scaling new technologies. Despite these hurdles, the industry shows commitment to a more sustainable future.

Effects on the environment

By using renewable energies, industry leaders hope to significantly reduce CO2 emissions. Experts believe that switching to green technologies can not only improve air quality, but also have a positive impact on the global climate. These measures could sustainably reduce the ecological footprint of the transport sector.

Current developments in the aviation industry demonstrate a comprehensive commitment to ecological responsibility and technological innovation. Companies around the world are working to meet emissions targets and protect future generations. These efforts are reflected in the strong investment in renewable energy and the promotion of sustainable aviation operations.

Air France celebrates its 75th anniversary in Munich

Christian Lechner
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Air France celebrates its 75th anniversary in Munich

The long-established connection between Munich and Paris is celebrating its 75th anniversary. Since 1949, Air France has played a key role in air traffic in the Bavarian capital, connecting travelers to a global network. With regular flights, Air France provides access to 169 destinations worldwide via its Charles de Gaulle hub.

Historical connection between Munich and Paris

On October 18, 1949, an Air France aircraft landed for the first time in Munich-Riem on its way to Vienna. This historic connection laid the foundation for the significant role Air France played in the region in the decades to come. Later, the Paris-Frankfurt-Berlin route was introduced and expanded via Nuremberg and Munich to Berlin. In the 1950s, Munich became a central hub for business and freight flights, enabling steady development and connections with the French capital, Paris.

Important milestones and developments

In 1951, Air France opened its agency in the heart of Munich at Odeonsplatz. Eight years later, the Caravelle made its first landing, while the route to Vienna continued. Freight transport from Munich was also particularly attractive, leading to the creation of a special cargo connection. In the 1970s, Air France enabled smooth travel to and from Paris with pilgrimage flights to Lourdes and optimal flight times for business travelers.

Opening of the new airport and technological progress

Following the closure of Munich’s Riem Airport in 1992, Air France relocated to continue operations at its new location in Erdinger Moos. It was the first airline to land the advanced Airbus A340 there. On October 26, 1996, the landing of Concorde attracted around 5,000 spectators to Munich Airport. This event marked another milestone in the history of the airline’s aviation connection.

Looking to the future and ongoing partnership

Jost Lammers, Managing Director of Munich Airport, emphasized the importance of the connection between Munich and Paris and congratulated Air France on its long-standing service. Carl Schelleman, Director of Air France-KLM Germany, also expressed his delight at the continued success and the opportunity to connect Munich with Air France’s global network. This partnership will continue in the future to provide passengers in Munich with consistent access to international destinations.

As one of the world’s leading airlines, Air France has been connecting travelers to destinations around the world for decades, contributing to global mobility. With a network of 169 destinations, the airline offers its passengers comprehensive travel options and makes a significant contribution to international aviation.

Munich Airport records passenger growth of 12.5 percent

Christian Lechner
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Munich Airport records passenger growth of 12.5 percent

Munich Airport reported continued growth in the first nine months of the year. With over 31.4 million passengers, the number of travelers increased by 12.5 percent compared to the previous year. The number of flight movements and cargo volume also recorded significant increases.

Increase in passenger numbers

From January to September 2024, Munich Airport registered almost 31.4 million passengers. This figure represents an increase of 4.5 million travelers, or 12.5 percent, compared to the same period last year. The growth trend continued through the summer and early fall months, although September was only slightly behind August’s figures due to a shorter month. In just the last week and a half of September, over one million passengers were processed. This continuous increase demonstrates travelers’ continued confidence in the airport’s services.

Increase in flight movements

In addition to rising passenger numbers, Munich Airport also recorded a significant increase in flight movements. From January to September, over 247,000 takeoffs and landings were recorded. This represents an increase of almost nine percent compared to the previous year. Such figures reflect not only increased demand but also the airport’s improved capacity utilization and organizational efficiency. The increase in frequency underscores the airport’s importance as a central hub in European air traffic.

Munich Airport records increase in cargo traffic

The airport also reported remarkable growth in cargo traffic. With almost 228,000 tons handled, an increase of almost nine percent compared to the previous year, Munich’s growing importance as a logistics hub is evident. Approximately 18,000 tons more were handled in the past nine months. This underscores the airport’s continued importance in international goods traffic and its adaptability to global market needs.

Outlook and future planning

With these positive trends in mind, Munich Airport plans to further expand its infrastructure and optimize its services. These developments are intended not only to increase passenger satisfaction but also to ensure further growth in the cargo sector. Future investments are aimed at further increasing capacity and improving efficiency to meet growing demand. The airport remains committed to consolidating its status as one of Europe’s leading hubs.

Munich Airport is one of Europe’s leading international airports and a major employer in the region. It offers a wide range of destinations worldwide and is characterized by its high efficiency and excellent service, making it an important component of global air transport.

Traffic results January to September 2024 and 2023

20242023Change
Passenger volume
Commercial traffic31.394.61727.901.765+12,5%
Flight movements
In total247.468227.188+8,9%
Cargo (in tons)
Air freight and airmail handling227.722209.247+8,8%

Christoph 54 during spectacular rescue operation on the Feldberg

Christian Lechner
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Christoph 54 during spectacular rescue operation on the Feldberg

On the Feldberg, the highest mountain in Baden-Württemberg, a man collapsed while walking his dog. The Christoph 54 rescue helicopter immediately took off and provided rapid medical care and the patient’s safe transport to Freiburg University Hospital.

Christoph 54: Alert and arrival at the scene

By the end of September, the Freiburg base had already recorded three missions when another emergency call triggered the alarm. On the Feldberg, a man collapsed while taking an evening walk with his dog. Other walkers immediately called the emergency services. The rescue helicopter Christoph 54 took off and shortly thereafter reached the remote landing site, overlooking a breathtaking sunset panorama.

Resuscitation and stabilization

The crew arrives in a challenging situation: Although the man has regained consciousness, he is complaining of severe chest pain. HEMS TC Jochen Ehrhardt and emergency physician Sebastian Heinrich decide to stabilize the patient on site. Rapid medical intervention on site, by both the HEMS TC and the emergency physician, ensures the patient’s survival until he is ready for further transport.

Flight to Freiburg University Hospital

After stabilization, the decision is made to immediately fly the patient to Freiburg University Hospital. The strategic and logistical planning of the transport requires precision to bring the man safely and as quickly as possible to the specialized facility, which is ideally equipped for such emergencies.

An animal companion in good hands

An often overlooked issue is efficiently resolved: Thanks to the friendly first responders, the patient’s dog is taken into care and brought home safely. This humane gesture underscores the importance of collaboration between first responders and emergency medical personnel in critical moments, focusing on both the patient and their companions.

Christoph 54, part of the Baden-Württemberg Air Rescue Service, once again demonstrates its outstanding readiness and competence in emergencies. The Freiburg station, a central pillar of the air rescue network, prides itself on combining life-saving operations with the necessary sensitivity and precision. The team is ready around the clock to assist both people and animals in need.

Christoph Dortmund: New helicopter H145 with five-blade rotor

Christian Lechner
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Christoph Dortmund: New helicopter H145 with five-blade rotor

DRF Air Rescue announces that the Christoph Dortmund helicopter has recently been upgraded to the H145 with a five-blade rotor. This modernization offers numerous advantages for both patients and crew. The new model successfully completed its first mission last Sunday.

Advantages of the five-blade rotor

The new H145 helicopter offers significant improvements over its predecessor. The additional rotor blade allows for smoother flight and a higher payload for the rescue crew. This allows for longer distances on rescue missions, as it can carry more fuel. According to Markus Sandmann, station manager and pilot, the move to modernize the fleet was necessary to provide the best possible care to patients.

First deployment underlines efficiency of the H145

The new helicopter demonstrated its capabilities right from its first mission. A 13-day-old child was flown from Mönchengladbach to Bonn University Hospital for a complex operation. The mission included the support of an additional pediatrician and a pediatric nurse. The team took off from Dortmund at 12:15 p.m. and completed the transfer of the small patient quickly and safely in just 24 minutes of flight time.

Continuous fleet modernization

DRF Luftrettung’s ongoing efforts to modernize its fleet have resulted in one of the most modern fleets in Europe. Since the first conversion in December 2020, additional aircraft have been regularly converted to the H145 with five-blade rotors. Dortmund is the 21st base to receive such an aircraft.

Design and identity are retained

Despite the technical innovations, the iconic red and white design of DRF Luftrettung remains intact. The name ‘Christoph Dortmund’ also remains, a clear sign of continuity and identification with the region. The helicopter’s equipment still includes a winch, which is essential for various rescue missions.

DRF Luftrettung is a leading provider of air rescue services in Europe and operates from numerous locations to provide rapid assistance in emergencies. With a modernized fleet of rescue helicopters, the company sets standards for efficiency and reliability in the rescue service.

Mission Hera: Europe prepares for asteroid defense

Christian Lechner
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Mission Hera: Europe prepares for asteroid defense

Asteroids pose a serious threat to Earth. The ESA Hera mission aims to provide answers to questions about planetary defense and begins its three-year launch window on October 7. Germany plays a central role in this mission.

Significance of Mission Hera

The European Space Agency (ESA) will launch the Hera mission on October 7th to study the asteroids Didymos and Dimorphos. This mission is an important step toward planetary defense. The project is coordinated by the German Aerospace Center (DLR), and Germany is the largest contributor. Hera will launch into space on a Falcon 9 rocket from Cape Canaveral, Florida, and after a two-year journey, will spend six months studying the asteroids.

Germany’s technological participation

Germany is providing significant resources and technology for the Hera mission. The German Aerospace Center (DLR), supported by the German Federal Ministry for Economic Affairs and Climate Protection (BMWK), is coordinating ESA’s contributions. The Hera spacecraft was developed and built by OHB in Bremen. An innovative antenna “Made in Germany” and two cameras from Jena are crucial for data transmission and image acquisition of the asteroids. These contributions underscore Germany’s high technological level and innovative strength in the space sector.

Risks from asteroid impacts

Asteroid impacts pose a potential threat to Earth, as history shows. One example is the impact of an asteroid in Mexico 66 million years ago, which caused the extinction of the dinosaurs. Dr. Walther Pelzer, DLR Executive Board Member and Director General of the German Space Agency, emphasizes the importance of the Hera mission for planetary defense and cooperation with international space agencies. The impact of a larger celestial body could threaten ocean coasts or continents and have serious consequences for humanity.

Scientific perspectives of the Hera mission

The Hera mission offers a unique opportunity to collect valuable data on asteroids. Dr. Manuel Metz, Hera project manager at the German Space Agency, points to the Chelyabinsk event in 2013, which injured 1,500 people. This mission is intended to help prevent future disasters. Dr. Stephan Ulamec of the DLR’s Space Operations and Astronaut Training Facility explains that the consequences of a major impact could be existential. The data collected by Hera will contribute significantly to understanding and mitigating asteroids.

The German Space Agency (DLR) is a central institution for the development and coordination of German space activities. With headquarters in Cologne and Berlin, and major projects in Bremen, DLR plays a leading role in scientific research and technological innovation. Its goal is to secure Germany’s position as a leading location in international space exploration.

Preparing to Defend Against Near-Earth Objects: Europe’s Hera Mission

None of the known near-Earth objects with a diameter of more than 100 meters is currently on a collision course with Earth. However, to prepare for future threats, NASA and ESA are collaborating in the Asteroid Impact & Deflection Assessment (AIDA) collaboration.

DART mission reaches Dimorphos

NASA’s DART (Double Asteroid Redirection Test) mission targeted the double asteroid Didymos and its moon Dimorphos. The DART probe impacted Dimorphos on September 26, 2022, at a speed of over six kilometers per second. Telemetry measurements showed that Dimorphos’ orbital period had been shortened by 33 minutes, far exceeding expectations.

Hera mission follows

ESA’s Hera mission will now be launched to closely study the effects of the DART impact. The probe is equipped with twelve measuring instruments, including two Asteroid Framing Cameras. These cameras will not only contribute to the probe’s navigation but will also be used to precisely study the asteroids.

Creation of a digital terrain model

The Hera science team will use the camera images to create a digital terrain model of the asteroids. On Dimorphos, they will study changes caused by the DART impact. Questions the team hopes to answer include: Did a crater form on Dimorphos? Was the entire asteroid reshaped? And was the surface of Didymos also impacted by ejecta?

Hera's Asteroid Framing Camera: The Asteroid Framing Camera (AFC) will play a central role in ESA's Hera mission. It will acquire indetailed images of the surface of the binary asteroid Didymos and Dimorphos for scientific analysis and examine the crater left by the DART impact. It is also essential for the spacecraft's guidance, navigation, and control. The AFC will target Dimorphos when it is still a single point of light in the sky. The AFC will then transition to close-range navigation, keeping the asteroid centered in its field of view using edge detection while tracking surface features to deduce Hera's precise position from the asteroid, similar to software for self-driving cars. The 1.3-kilogram AFC is roughly the size and shape of a household vase and was designed, manufactured, and tested by Jena-Optronik.
Hera’s Asteroid Framing Camera: The Asteroid Framing Camera (AFC) will play a central role in ESA’s Hera mission. It will acquire indetailed images of the surface of the binary asteroid Didymos and Dimorphos for scientific analysis and examine the crater left by the DART impact. It is also essential for the spacecraft’s guidance, navigation, and control. The AFC will target Dimorphos when it is still a single point of light in the sky. The AFC will then transition to close-range navigation, keeping the asteroid centered in its field of view using edge detection while tracking surface features to deduce Hera’s precise position from the asteroid, similar to software for self-driving cars. The 1.3-kilogram AFC is roughly the size and shape of a household vase and was designed, manufactured, and tested by Jena-Optronik. (© Jena-Optronik)

Scientific investigation and future missions

The results of these studies will form the basis for the development of further technologies for the defense of near-Earth objects. The cooperation between NASA and ESA is intended to ensure that humanity is well prepared to face future threats from space and to further develop planetary defense strategies.

The German Aerospace Center (DLR) supports these and other missions to explore and defend against near-Earth objects. The DLR Institute of Planetary Research, headed by Dr. Jean-Baptiste Vincent, plays a central role, particularly through the development and use of the Asteroid Framing Cameras.

CubeSats land on Dimorphos: A new milestone

ESA’s Hera mission is carrying two CubeSats, Juventas and Milani, to study the asteroid Dimorphos in detail. These small satellites will land on Dimorphos to analyze its mass and surface, which is crucial for future planetary deflection missions.

CubeSats on Dimorphos

ESA’s Hera mission carries the shoebox-sized CubeSats Juventas and Milani. These minisatellites will observe Dimorphos at close range and land on the asteroid during the final phase of the mission. The goal is to measure its surface, internal structure, and gravity. The data will be used, in particular, to determine Dimorphos’s exact mass to assess the effectiveness of the DART mission in deflecting the asteroid. The insights gained will be used to calculate future planetary deflection missions, should asteroids be on a collision course with Earth.

Significance for asteroid research

The data collected by Juventas and Milani represent another milestone in asteroid research. Scientists hope to gain deeper insights into the composition of celestial bodies like Dimorphos. Precisely determining their mass and studying their structure are crucial for understanding asteroids and their potential threat to Earth. In the long term, this knowledge should contribute to better assessing potential collision risks and developing appropriate protective measures.

German participation in the mission

Germany is one of the key players in this joint European project, contributing approximately 130 million euros to the mission. The Hera probe was developed and built by OHB SE in Bremen. A special antenna made of carbon fiber-reinforced plastic was supplied by the Munich-based company HPS. The Asteroid Framing Cameras, which provide important images, were manufactured by Jena-Optronik. The Technical University of Dresden played a key role in developing the radar experiment for Juventas. German scientists are also represented on the Hera science team and are working on analyzing the collected data.

Coordination and financing

The German Space Agency at DLR coordinates the German contributions to the Hera mission with funding from the Federal Ministry for Economic Affairs and Climate Protection (BMWK). This coordinated effort ensures that German technology and research make a significant contribution to global asteroid research and potential planetary defense. The financial resources and scientific findings are essential for the implementation and success of this highly ambitious mission.

The ESA Hera mission, supported by international partners, is a major project for the exploration and protection of our planet. With German participation and cutting-edge technology, this mission aims to gain deeper insights into celestial bodies such as Dimorphos and develop potential planetary defense measures. The work of OHB SE, HPS, Jena-Optronik, and TU Dresden underscores Germany’s role in space research.

Federal Health Minister Lauterbach accompanies DRF Air Rescue in Christoph Berlin

Christian Lechner
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Federal Health Minister Lauterbach accompanies DRF Air Rescue in Christoph Berlin

Federal Health Minister Prof. Karl Lauterbach accompanied the crew of the DRF Air Rescue’s Christoph Berlin intensive care transport helicopter on their missions. Afterwards, he acknowledged the valuable insights and emphasized the importance of air rescue.

Prof. Karl Lauterbach during DRF Air Rescue missions

Federal Health Minister Prof. Karl Lauterbach accompanied the crew of the Christoph Berlin intensive care transport helicopter on two missions. One took them to the northern edge of the city to rescue a young patient with chest pain, while the second was a patient with a heart condition requiring urgent care. Lauterbach expressed his appreciation for the crew’s professional and dedicated work and emphasized the importance of air rescue in the context of ongoing healthcare reforms.

Suggestions for improving emergency rescue

Dr. Krystian Pracz, CEO of DRF Air Rescue, presented proposals for short-term improvements in emergency rescue. He emphasized that significant quality improvements could be achieved with minimal financial outlay by making better use of existing resources. This included both technical and personnel optimizations. Lauterbach emphasized that he had received many interesting suggestions that would be incorporated into the legislation.

Dialogue on reforms in the emergency services

In a direct exchange, Pracz explained key concerns and reform proposals for emergency care to the Minister of Health. In addition to the use of existing resources, the expansion of air rescue capabilities in the dark and at night, as well as the digital networking of all stakeholders, were emphasized. Pracz emphasized that bureaucratic obstacles must be removed and a holistic approach and approach must be established to ensure the best possible medical care.

30 Years of Station Berlin – An Anniversary

The Berlin station of the DRF Air Rescue at the Berlin-Marzahn Accident Hospital has been in operation since October 1994 and is celebrating its 30th anniversary this year. During the day, the crew consists of a pilot, an emergency physician, and an emergency paramedic with special qualifications. At night, an additional pilot joins the team, and state-of-the-art night vision goggles are used. In 2023, Christoph Berlin was called out to a total of 1,197 missions, often lifesaving.

DRF Luftrettung is a leading air rescue organization and has been committed to improving emergency medical care for decades. With modern technologies and highly qualified personnel, they make a significant contribution to saving countless lives.

Modernization of the DRF Air Rescue fleet: New H145 with five-blade rotor for Bremen

Christian Lechner
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Modernization of the DRF Air Rescue fleet: New H145 with five-blade rotor for Bremen

For a few days now, an H145 aircraft with a five-blade rotor has been flying over Bremen as the Christoph Weser. This modernization brings numerous benefits for patients and crew.

Christoph Weser: New H145 helicopter in operation in Bremen

DRF Air Rescue announced that a new H145 helicopter with a five-blade rotor, known as the Christoph Weser, has been in service in Bremen since Sunday. Compared to its predecessor, this helicopter offers many advantages. The radio call sign, Christoph Weser, remains unchanged, as does the red and white livery. The additional rotor blade provides a smoother flight and allows the rescue crew to carry a higher payload. This allows for more fuel to be carried, enabling longer mission distances.

H145 with five-blade rotor: Improved operating conditions

Torsten Freitag, deputy station manager and senior HEMS TC at the Bremen station, emphasizes the importance of the modernization. The new H145 with its five-blade rotor enables the company to provide the best possible care to patients on-site. This modernization is part of DRF Air Rescue’s nationwide fleet modernization program. The first alert after the model change took the crew to a scene approximately 60 kilometers away in Diepholz, where two seriously injured people needed urgent medical assistance following a traffic accident.

Modernization: Continuous development of the fleet

DRF Luftrettung converted the first H145 helicopter with a five-blade rotor for base service at its maintenance facility in December 2020. Since then, the organization has continuously added more H145 five-blade rotor helicopters to its fleet. Bremen is the 20th base to receive an aircraft of this type. This continuous modernization makes the DRF Luftrettung fleet one of the most modern in air rescue in Europe.

DRF Air Rescue: Guaranteed quality in air rescue

By switching to more modern aircraft such as the H145 with its five-blade rotor, DRF Luftrettung ensures that patients and crew benefit from the latest technological advances. This underscores DRF Luftrettung’s commitment to consistently providing high-quality and efficient air rescue services. DRF Luftrettung is thus striving not only to improve operational conditions but also to achieve long-term optimization of its entire fleet.

DRF Luftrettung is one of the leading air rescue organizations in Europe and operates 29 stations in Germany and Austria. With a fleet of over 50 helicopters and aircraft, DRF Luftrettung ensures rapid and professional care for seriously injured and ill people.

New Christoph 44 helicopter H135 in operation in Göttingen

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New Christoph 44 helicopter H135 in operation in Göttingen

A new helicopter, the H135, has been joining the DRF Air Rescue fleet in Göttingen since September 9, 2024. The modern Christoph 44 is equipped with advanced technology such as a glass cockpit, four-axis autopilot, and an anti-collision system, ensuring increased safety.

Technological advances ensure greater security

The H135 replaces the previous EC135 and brings significant technological advancements. The glass cockpit allows pilots to view all important flight data on large screens, simplifying navigation and monitoring. The four-axis autopilot significantly reduces the pilot’s workload during flight. Furthermore, the new anti-collision system helps avoid collisions with other aircraft, increasing safety for both patients and crew.

Modernization of the helicopter fleet progresses

With the deployment of the H135, DRF Luftrettung is consistently continuing the modernization of its fleet. The switch from the EC135 to the H135 underscores the organization’s commitment to always using the latest and safest technology to ensure effective and safe rescue missions. Station Manager Dennis Lauterberg emphasizes that the new technology significantly reduces the pilots’ workload while simultaneously increasing the efficiency of missions.

Christoph 44: Optical continuity in the sky over Lower Saxony

Despite the technological innovations, the familiar appearance of the rescue helicopters will remain. The H135 will continue to be visible in the skies over Lower Saxony in its distinctive red and white livery. Although the external appearance remains unchanged, a look inside the cockpit reveals the significant improvements of the new aircraft.

Benefits for patients and rescue teams

The advancement of helicopter technology brings direct benefits to both patients and rescue teams. The improved technical equipment enables faster and safer deployments, which can be crucial, especially in time-critical rescue operations. The introduction of the H135 underscores DRF Luftrettung’s ongoing commitment to innovative and safe solutions in the emergency services.

DRF Luftrettung has been one of the leading air rescue organizations in Germany for many years. With a modern fleet and a high level of expertise, DRF Luftrettung ensures rapid and safe missions to effectively help people in need.

Modernized rescue helicopter H145 now in operation in Berlin

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Modernized rescue helicopter H145 now in operation in Berlin

The Christoph 100 rescue helicopter has been in operation in Berlin since January 2, 2024. The first technical upgrade has now taken place: an H145 aircraft with a five-blade rotor has entered service, bringing with it numerous advantages.

Innovation: H145 model for air rescue

Since Monday, the rescue helicopter Christoph 100, operated by DRF Luftrettung, has been flying over Berlin as the H145 with a new five-blade rotor. The new helicopter offers many advantages over its predecessor. The name Christoph 100 and the red and white design remain unchanged, but significant improvements are noticeable for patients and crew. The increased flight stability provided by the additional rotor blade and the increased payload allow the rescue crew to carry more fuel and cover longer distances.

Significance for patients and crew

For patients, the use of the new H145 model means an even more stable and quieter flight experience, which is especially important during emergency medical transports. The crew benefits from the increased payload, which allows for more equipment and personnel to be carried. This means patient care can be provided even more comprehensively and efficiently. Station manager and pilot Tim Saueressig emphasizes the importance of these upgrades to ensure the best possible care.

Continuous fleet modernization

DRF Luftrettung began modernizing its fleet in December 2020, converting the first H145 aircraft with five-blade rotors into base duty. The steady introduction of these aircraft demonstrates the organization’s ongoing commitment to optimizing its resources. Berlin-Buch is now the 19th base to benefit from this modernization. With this increase in capacity and performance, DRF Luftrettung has one of the most modern air rescue fleets in Europe.

DRF Luftrettung is one of the largest air rescue organizations in Europe, operating more than 50 bases in Germany and other countries. With state-of-the-art helicopters and qualified personnel, it ensures rapid and efficient emergency airborne care. Continuous fleet modernization underscores its commitment to the highest safety and care standards.

Training to become a professional helicopter pilot

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Training to become a professional helicopter pilot

The DRF Academy bid farewell to its first six flight students, five men and one woman, after completing their training as professional helicopter pilots. The graduation ceremony took place at the DRF Air Rescue Operations Center at Karlsruhe/Baden-Baden Airport.

DRF Academy graduates first professional helicopter pilots

During a celebratory event, Dr. Krystian Pracz, Chairman of the Board of DRF Stiftung Luftrettung gAG, and the two managing directors of the DRF Academy, Florian Rabe and Andreas Kneer, presented the certificates to the graduates. In his speech, Florian Rabe emphasized that the flight students had successfully met the numerous challenges. Dr. Pracz also expressed his pride in sending the graduates off to the next phase of their careers as professional helicopter pilots.

Two-year basic training

The two-year basic training course, newly introduced in 2022, covers theoretical content on aviation law, flight technology, aerodynamics, and navigation, as well as basic emergency medical skills. The student pilots receive practical training on a Robinson R44 Raven II helicopter at both the DRF Academy in Bühl and the DRF Air Rescue Operations Center at Karlsruhe/Baden-Baden Airport. All six graduates agree that the training was very intensive, but the goal of obtaining a Commercial Pilot License (Helicopter) was worth the effort.

First step into a pilot career

Passing the final exam marks the first important milestone in the graduates’ pilot careers. After theoretical exams in 13 subjects and the final test flight, they can now call themselves professional helicopter pilots. Four of the graduates will begin their careers as co-pilots at DRF Air Rescue, gaining further practical experience under the supervision of experienced helicopter pilots and preparing for deployment in air rescue.

Future and application options

With this training initiative, the DRF Academy is not only contributing to aviation safety but also investing in the next generation of pilots. Interest in the training is high. The second training cohort began in August 2023 with ten flight students. The third cohort will be welcomed on September 2, 2024. Applications for the fourth training course, which begins in 2025, are possible until August 31, 2024.

The DRF Academy, a training facility of DRF Air Rescue, is dedicated to the comprehensive and safe training of helicopter pilots. With state-of-the-art equipment and experienced instructors, the academy offers a highly qualified training program.

Hawker 4000 business jets receive STC approval for cockpit upgrade

Christian Lechner
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Hawker 4000 business jets receive STC approval for cockpit upgrade

New technology increases efficiency and reduces workload

The innovative cockpit upgrade for Hawker 4000 business jets improves efficiency and reduces pilot workload. Beechcraft, Cessna, and Hawker customers benefit from direct support, maintenance, and modifications from Textron Aviation. The technology enables ease of use and enhances the flight management system’s features.

Improved flight planning and prioritization

The FANS 1/A+ and PM-CPDLC programs support trajectory-based operations and enable improved aircraft rerouting during severe weather events and traffic congestion. Additionally, pilots can benefit from prioritized departure clearances, which can save several minutes of wait time before departure.

Communication similar to mobile phones

The new PM-CPDLC technology is similar to SMS text messaging used on mobile phones. It uses prescriptive text messages to request and approve clearances and flight plan changes quickly and accurately.

Textron Aviation offers a global network of service and spare parts centers

Textron Aviation customers benefit from a global network of service and spare parts centers, mobile service units, and 24-hour support. This includes 1CALL AOG support, which is available around the clock.

Textron Aviation, a subsidiary of Textron Inc. (NYSE: TXT), is a leading manufacturer of business and general aviation aircraft. The company is distinguished by its outstanding customer service and world-class technical expertise.

Airbus Helicopters supports French EC145 helicopter fleet

Christian Lechner
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Airbus Helicopters supports French EC145 helicopter fleet

Airbus Helicopters and Babcock have been awarded a contract to support 48 EC145s for the French Ministry of the Interior. The 12-year contract, which begins this year, was signed with the Direction de la Maintenance Aéronautique (DMAé), the organization responsible for the maintenance of French government aircraft.

Airbus Helicopters supports the helicopter fleet of the Sécurité Civile and the Gendarmerie Nationale

“The Sécurité Civile and the Gendarmerie Nationale play a key role in protecting our communities in France. We are proud to have signed this contract, which demonstrates their trust in us and strengthens our partnership,” said Romain Trapp, Executive Vice President Customer Support and Services at Airbus Helicopters. “We measure our responsibility in ensuring their EC145s are available 24/7 for their critical missions.”

The contract covers the 33 EC145s of the Civil Security Service and the 15 EC145s of the Gendarmerie Air Force, distributed across 41 bases in France, including five in French overseas territories. The contract includes technical support (including on-site technical representatives from industry), supply of spare parts, logistics solutions (transport of spare parts and warehouse management), technical data management, and software support.

Airbus Helicopters and Babcock will ensure that the EC145s of the Sécurité Civile and the Gendarmerie are available for their vital missions serving the French population. The Sécurité Civile and Gendarmerie EC145s are used for search and rescue, emergency medical services, and firefighting missions. The Gendarmerie’s EC145s are also involved in law enforcement operations.

French Interior Ministry orders new H145

Airbus is also committed to renewing the helicopter fleets of the Sécurité Civile and the Gendarmerie. Sécurité Civile already operates four new H145s ordered in 2021, which are also supported by Airbus Helicopters and Babcock. At the end of 2023, a contract for 42 H145s was signed for the French Ministry of the Interior (36 for the Sécurité Civile and six for the Gendarmerie). Delivery of the aircraft will begin in 2024.

Four rescue helicopters at major emergency call in the Black Forest

Christian Lechner
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Four rescue helicopters at major emergency call in the Black Forest

A tragic traffic accident on the B523 near Dauchingen at the end of April kept emergency services on their toes: Three cars collided under still-unexplained circumstances, injuring seven people, some of them children, in some cases seriously. The control center deployed a large contingent to provide assistance as quickly as possible.

It’s late afternoon when the Christoph 54 crew is alerted to this traffic accident by the control center. During the approach, the emergency team already realizes the extent of the accident: Three other rescue helicopters are en route to the scene alongside them.

Four rescue helicopters in action

On site, the crew will meet the crew of Christoph 41 from Leonberg, as well as their Swiss colleagues from Rega and AAA, who are arriving with Lions 1. Six ambulances, two emergency medical vehicles, six paramedics, and approximately 30 firefighters are also on site to treat the injured and transport them to nearby hospitals. Eight police patrol cars are handling traffic and closing the road.

After initial treatment and patient transfer, Christoph 54 went directly to the emergency room of the University Hospital Freiburg, while Christoph 41 was taken to the emergency room of the Tuttlingen District Hospital.

A particularly challenging aspect of such large-scale operations is the collaboration of all emergency services personnel. There’s hardly any time for detailed discussions or consultations; all actions and procedures must be perfectly executed to ensure rapid patient care. The excellent coordination and smooth interaction of the emergency services in such a demanding situation once again demonstrate the high level of professionalism and dedication of all the helpers.

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