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Tactical Medicine
„All for One – More Than Just a Motto“


Tactical Medicine
CMC-Conference 2025 Conference Program


Tactical Medicine
Combat Medical Care Conference July 2–3,​ 2025:​ Summary of Main Track Lectures



















Tactical Medicine
“All for One – All for the Same Goal“




Tactical Medicine
Summary of the SOF Medic Meeting Presentations at the CMC-Conference,​ July 2-3,​ 2025





Military Pharmacy/​Food Chemistry
Food and Water Defense – Insights from the Russia-Ukraine War for (Highly) Mobile Food and Drinking Water Testing


High Altitude Medicine
Descent of 2000 Meters in Five Minutes – Hands-on Training in the Altitude Climate Simulation Facility of the German Air Force




Tactical Medicine PDF

Summary of the SOF Medic Meeting Presentations at the
CMC-Conference, July 2-3, 2025

Stefan Kühna, Florent Josseab

a Department of Anesthesiology, Intensive Care Medicine, Emergency Medicine, and Pain Therapy – Bundeswehrkrankenhaus Ulm

b Tactical Medicine Working Group of the German Society for Military Medicine and Military Pharmacy, Bonn

1. Session – SOF Medic Meeting

UK Adoption of TCCC, Program BLACKTHORN

Pete Hale (UK)

Colonel Pete Hale from the Royal Army Medical Corps presented the UK strategy for the comprehensive implementation of Tactical Combat Casualty Care (TCCC) through the BLACKTHORN program. The shift from a Counter Insurgency (COIN) approach to large-scale combat operations (LSCO) necessitates a more robust, decentralized casualty care system at the front lines. The British Armed Forces lag behind their NATO counterparts in TCCC, as highlighted by Ukraine‘s rejection of the British system. BLACKTHORN aims to enhance medical capability through improved training in areas such as air-to-surface missile (ASM), combat lifesaver course (CLS), and combat medical care (CMC), along with modernized equipment like individual first aid kits and blood products. Special Forces (SOF) play a leading role, serving as catalysts for the conventional forces.

The program seeks to standardize across all domains (land, air, sea) to ensure efficiency and interoperability, embedding the changes into regular operations permanently.

Key Messages

  • The British Army is implementing TCCC across the board with BLACKTHORN to align with the standards of international partners.
  • The transition from COIN to LSCO requires increased medical capacity at the front and simplified, interoperable structures.
  • Special Forces act as role models to disseminate straightforward, effective TCCC practices throughout the defense system.

 

“NATO Special Operations Combat Medic (NSCOM) DEU” – Implementation and Operational Lessons

Meryem Gözalan (DEU)

Major Meryem Gözalan from the Bundeswehrkrankenhaus Ulm presented on the pilot course NATO Special Operations Combat Medics (NSOCM DEU), a strategic medical training program for German Special Forces. The goal is to create a NATO-compatible medical qualification for non-medical SOF personnel while also adhering to Germany‘s legal requirements. The course integrates civilian emergency medical technician training (according to Bavarian law) with tactical training in TCCC, Prolonged Field Care, and blood transfusion. The training includes five modules over 24 weeks, comprising theory, clinical rotations, tactical scenarios, and a state examination in Munich. Challenges include integrating German legislation, personnel shortages, and limited practice time. The course has successfully produced highly qualified SOF medics deployable in both civilian and military contexts, with a permanent establishment as a core capability of the Bundeswehr being pursued.

Key Messages

  • NSOCM DEU addresses a strategic capability gap in the medical domain of Special Forces, considering both German and NATO standards.
  • The training combines civilian qualifications (emergency medical technician) with operationally relevant immediate medical care (TCCC, PFC).
  • The pilot course demonstrated high effectiveness, but also highlighted areas for improvement, such as training duration and resources, with plans for permanent integration.

 

Experience of a Paramedic at the Frontlines in UKRAINE

Michael Schumacher (DEU)

Michael Schumacher, an experienced firefighter and paramedic, shared his experiences as a Combat Medic in the Ukraine war. He was responsible for the medical care of casualties at the front lines in Pokrowsk and Lyman, conducting Case Evacuation (CASEVAC) missions and training various brigades. Most injuries are explosion-related, with approximately 90% affecting extremities and about 60% involving polytrauma with head injuries. Many complications arise from the improper use of medical equipment, such as tourniquets or thermal blankets. Drone surveillance, poor roads, and long evacuation routes severely hamper CASEVAC under wartime conditions. The current medical setup is heavy (over 40 kg), and evacuations over 8-10 km on foot are necessary in some areas. Schumacher calls up for better training, more equipment, enhanced protection against drones, and cooperation between civilian and military structures.

Key Messages

  • Injury patterns: Approximately 90% extremity injuries; 60% polytrauma with head trauma; 87% facial injuries due to explosions.
  • CASEVAC challenges: Drones, electronic warfare, and poor infrastructure significantly hinder evacuations; medical personnel need more time and equipment.
  • Misapplications and equipment issues: Many complications result from improper use of tourniquets or thermal blankets; amputations often result from incorrect application, delayed, or no conversion of an established tourniquet.
  • Future demands: More and longer training for all soldiers, intensive civilian internships, better protective equipment, anti-drone systems, and close civilian-military cooperation.

 

SOFCOM MEDAD/JMED-Update 

Mathieu David (FRA)/Tom Sharp (UK)

NATO‘s Special Operations Forces (SOF) require unified medical standards to ensure efficient and interoperable multinational operations. The SOFCOM Medical Directorate (MEDAD/JMED) coordinates medical training and development programs within NATO-SOF structures.

Over the past twelve months, numerous courses such as TCCC, SOST, and Medical Instructor Development have been conducted in various NATO countries. Central standards like SOFCOM 75.001 (minimum requirements) and 75.002 (certification) form the foundation for training combat medics and surgical teams. The development of national capacities, such as in Latvia, demonstrates successful TCCC competency building through multinational support.

In the next twelve months, further courses, training, and operational exercises like „Bold Adra“ are planned, simulating real challenges (e.g., drones or A2AD threats). Anti-Access Area Denial (A2AD) is the capability to deny or at least complicate access and/or freedom of movement in a selected area of operations to opposing forces by military means.

The goal remains to build robust, interoperable medical capabilities in the SOF sector, particularly concerning modern warfare and extended evacuation times.

Key Messages

  • Unified standards: SOFCOM has established unified minimum standards and a certification system for NATO-SOF medicine with guidelines 75.001 and 75.002.
  • Training and development: Numerous specialized courses (e.g., TCCC, SOST, SOMID) are conducted annually across NATO to enhance medical readiness.
  • Multinational cooperation: The development of national capacities (e.g., in Latvia) demonstrates the success of international training support and ­civil-military cooperation.
  • Objective: Building and securing interoperable, resilient medical support in the SOF sector.

 

Swedish Air Force Rangers – New Patrol Medic Course

Pierre Ströhberg (SWE)

The Swedish Air Force Rangers have developed a 35-week Patrol Medic Course tailored to the specific needs of their unit. The course comprises a 20-week academic section covering anatomy, pathophysiology, and pharmacology, alongside practical training within the unit.

The medical focus is on TCCC, PHTLS, MASCAL, and prolonged field care, with special consideration for cold climates, hypothermia, and patient prolonged care. Specialized modules like K9 medicine, CBRN-MARCH, and environmental medicine are also integrated. The highlight is the „Ex Yoda“ exercise, which realistically simulates care from the injury site to surgical treatment.

A unique feature is the combination of veterinary personnel with TCCC instructors to enhance K9 training. Long-term plans include further training such as RN training, ultrasound, and improvised medicine, with long-term capability maintenance posing a challenge.

Key Messages

  • The Swedish Patrol Medic Course is practical, ­modular, and specifically adapted to the needs of Air Force Rangers.
  • Broad training focuses range from TCCC, PHTLS, and MASCAL to K9, CBRN, and environmental medicine.
  • Final exercises like „Ex Yoda“ and interprofessional trainer teams foster realistic, mission-oriented competencies.

2. Session – SOF Medic Meeting

Ten Points for Improvised Medicine

Aebhric O´Kelly (US)

Aebhric O’Kelly, a former critical care paramedic with the „Green Berets,“ discussed ten central principles of improvised medicine for use in remote or resource-limited environments. Simple, locally available materials are used to perform life-saving measures in cases of massive hemorrhage, airway problems, or circulatory arrest. Examples include improvised tourniquets, pelvic slings made from bedsheets, surgical airways without pens or cut tubes, and homemade chest seals with four-sided sealing. Other techniques include hypothermia wraps (including the head), rectal fluid administration in the absence of IV access (proctoclysis), and creating plaster casts with household materials.

The course aims to remain medically operational under the HITMAN model even with delayed evacuation (PFC). Correct application of the principles („If you can breathe through the tube, so can the patient“) and attention to anatomical basics are essential.

The presentation was based on the training standards of the College of Remote and Offshore Medicine (CoROM) and aims to convey practical applicability under extreme conditions.

Key Messages

  • Improvised medicine can enable life-saving interventions with simple means in resource-limited situations.
  • Critical areas like hemorrhage control, airway management, and heat retention can be effectively improvised with clear rules and techniques.
  • The goal is to remain medically stable even with delayed evacuation or under tactical conditions (PFC).

Fig. 1: Ten principles of improvised medicine in resource-limited settings (Image: Aebhric O´Kelly)


 

Medical Simulation Training to Advance Trauma Training

Dan Irzarry (US)

Colonel (Retired) Dan Irzarry discussed „Simulation in Medical Training.“ Trauma simulation is essential as it allows mental and practical anticipation of critical situations. “The body cannot go where the mind has never been.“ Practical trauma training requires realistic environments, precise feedback, and integration into the operational context.

Current simulations are often convenient but unrealistic, fostering ineffective training patterns without objective performance evaluation. High-quality military simulations must be immersive, mobile, performance-based, and provide tactical value. Training content ranges from TC3 basics (e.g., hemorrhage control, airway management) to complex scenarios like triage and contingency planning. Training builds gradually: from individual skills to team coordination and decision-making under pressure. Simulation planning must be target-oriented, realistic, and include precise debriefing – offering invaluable benefits at low cost.

Key Messages

  • Realistic and tactically integrated simulation saves lives through better decision-making and action training.
  • Trauma training must be gradually built and team-oriented to depict complexity realistically.
  • Investment in high-quality simulation technology is strategically and economically sensible.

3. Session – SOF Medic Meeting

Training Combat Medics under Wartime Conditions

Anna Kyrnychna (UKR)

The training of Combat Medics during wartime is characterized by scarcity and overload – it is often „too much and yet never enough.“ The most significant challenges lie in the heterogeneity of people, rigid order systems, and the security situation. Time, personnel, changing conditions, information, training, and equipment are constantly limited. Continuous adaptation to dynamic circumstances is required. The speaker emphasized that all forms of help are essential – both received and given. Flexibility and resilience are crucial traits in training under wartime conditions. Training must reach as many as possible, even under the most adverse circumstances.

Key Messages

  • Wartime training means constant underprovision amid an excess of challenges.
  • Human factors, rigid structures, and security concerns hinder effective training.
  • Successful action relies on flexibility, mutual assistance, and personal commitment to further education.

 

Taking Care in a Tropical Environment and in Jungle Operations. Experiences from the French Foreign Legion

Giovanni Cirincione (FRA)

Giovanni Cirincione, an experienced military medic from the French Foreign Legion, reported on medical challenges and prevention in the jungle. The Legion comprises soldiers from various nationalities and is active in South America, including mine clearance and space security. In the jungle, hygiene, foot care, water purification, and protection against mosquito-borne diseases are essential. Specific prevention measures are taught for typical accidents like drowning, tree falls, heatstroke, or machete injuries.

It is also necessary to remain calm if lost in the jungle, set signals, and avoid unnecessary movement. Equipment should be light, waterproof, and functional to withstand tropical conditions. The goal is to prevent serious health risks in the jungle through proper preparation and behavior.

Key Messages

  • Prevention is key to medical safety in the jungle: hygiene, foot care, and water purification save lives.
  • Common accident hazards can be avoided through simple measures like base camp inspection, protective clothing, and behavioral rules.
  • Lightweight, waterproof equipment and mental endurance are crucial for survival in tropical deployments.

 

K9TCCC in an Operational Environment-Human Healthcare Providers

Kerri Haider and Lauren Peacock (US)

Military working dogs (MWD) are highly specialized task forces requiring medical care under extreme conditions – often by human healthcare providers. K9TCCC (Canine Tactical Combat Casualty Care) adapts the principles of human TCCC to dogs, focusing on life-saving, simple, and field-ready measures. Care follows the M3ARCH2 protocol, adapted to the physiological characteristics of dogs (e.g., temperature, respiratory rate, blood volume).

Emphasis is placed on pain management, sedation, fluid administration, and wound care in the field. Prolonged care includes nutrition, burn care, and blood transfusion with exclusively animal blood.

Integrating medical personnel into the care of injured MWDs without veterinary training is essential, as veterinarians are often not immediately available. Extensive resources, guidelines, and apps like “DeployedMedicine.com” facilitate access to knowledge and improve the animals‘ survival chances.

Key Messages

  • K9TCCC specifically adapts TCCC principles for military dogs and is crucial for their survival in ­operations.
  • Human healthcare providers must be prepared for K9 emergencies, as veterinary personnel are often not immediately available.
  • Resources like guidelines, training materials, and specialized apps are central to successful K9 care in the field.

Fig. 2: History of K9TCCC (Image: K. Haider)


 

The Change in Trauma Patterns due to the Use of Thermobaric Weapons

Ishay Ostfeld (ISR)

Since October 7, 2023, Israel has been in a comprehensive conflict with various adversaries such as Hamas, Hezbollah, and Iranian proxies. The use of thermobaric weapons has created a new trauma pattern distinct from conventional injuries.

Thermobaric weapons cause burns, inhalation injuries, and lung and brain injuries due to heat, underpressure, and oxygen consumption. Particularly in enclosed spaces, these weapons result in high lethality and severe aftermaths such as PTSD and TBI. Clinical data show an increase in thoracic trauma while classical penetrating injuries decrease. This leads to new requirements for TCCC protocols, focusing on early airway management, oxygen administration, ventilation, monitoring, and burn management. Military and civilian trauma care systems must adapt to these changing conditions.

Key Messages

  • Thermobaric weapons create unique trauma patterns focusing on blast, burn, and inhalation injuries.
  • Classical TCCC models like „Stop the Bleed“ are no longer sufficient – new airway and ventilation strategies are needed.
  • Military and civilian trauma care systems must prepare for the increasing use of thermobaric weapons.

4. Session – SOF Medic Meeting

Moral Injuries: Hidden Wounds

Jennifer Spohrs (DEU)

Moral Injury (MI) describes psychological injuries caused by experiences that deeply shatter one‘s sense of values and morals. Soldiers who experience „Potentially Morally Injurious Events“ (PMIEs), such as personally or observed morally injurious acts, are particularly affected.

Studies show that 80% of active soldiers and up to 90% of veterans exhibit at least one MI symptom. Common symptoms include guilt, shame, loss of trust, and a sense of inner alienation. MI is captured through instruments like the MIQ-M and the EMIS-M scale, supplemented by trauma and alienation assessment questionnaires. New methods such as VR-based exposure are being discussed for diagnosis and therapy.

Psychological care in military hospitals must specifically address MI to recognize and treat hidden wounds.

Key Messages

  • Moral Injury is a common and profound psychological burden for soldiers and veterans.
  • Guilt, shame, and alienation are central symptoms often overlooked.
  • Standardized questionnaires and innovative methods like VR help identify and treat moral injuries.

Fig. 3: Moral Injury is a common and profound psychological burden for soldiers and veterans (Image: J. Spohrs)


 

When Do We Stop? Making the Transition to Palliative Care in the Irregular Warfare Surgical Setting

Jason R. Pickett (US)

In irregular warfare situations, the difficult question often arises of when to transition from curative trauma care to palliative care. Particularly with complex, non-survivable injuries – such as retrohepatic bleeding, refractory shock, or severe metabolic derangement – the costs and risks of interventions outweigh their benefits. Resources in the field (blood, fluids, surgical capacity) are severely limited and must be used responsibly. There is a moral pressure to „do everything,“ but this can lead to team exhaustion, logistical overload, and moral injury. Palliative care allows for the relief of pain, anxiety, and breathlessness, enabling a dignified farewell – even in a military context.

Communicating a shift in therapy requires courage, compassion, and coordinated leadership within the team. The goal is not giving up but a responsible handling of non-viable situations.

Key Messages

  • In hopeless cases in the field, transitioning to palliative care is often medically and morally sensible.
  • Resources in irregular warfare are limited – futile care can harm others.
  • Respectful, empathetic communication is crucial for a dignified farewell under extreme conditions.

 

Triage system: What Works when Tactics Play a Role

Julien Galant (FRA)

In tactical mass casualty scenarios (MASCAL), triage systems must be quickly, intuitively, and flexibly applicable. The study aimed to investigate the effect of colored wristbands on triage performance – both in terms of objective efficiency and subjective factors like stress and self-efficacy.

The simulation with 170 participants and 1,680 casualties showed that wristbands can be effectively used as simple triage and counting aids. Complex, formal algorithms were rarely applied in tactical situations, underscoring the need for simple, practice-oriented tools. Training first responders to make intuitive decisions under stress is critical.

The findings are based on realistic simulations in a military context (Level 2 Forward Combat Care). Overall, the study demonstrates that practical, visual aids and targeted training can significantly improve triage performance.

Key Messages

  • Colored wristbands effectively improve triage performance in tactical MASCAL situations.
  • Intuitive decision-making requires training and simple aids – not complex algorithms.
  • Simulations are essential for creating realistic conditions for first responder training.

Fig. 4: Training and simple aids like colored wristbands improve triage performance in tactical MASCAL situations (Image: J. Galant)


 

Experience Gained during the Russian-Ukrainian War

10th Border Guard Detachment DOZOR (UKR)

The experiences from the Russian-Ukrainian war show how drastically medical care must change under extreme conditions. Winter conditions make it difficult to detect and treat injuries, as clothing, cold, and confined spaces slow down care. Liquids freeze, vehicles are often usable only once, and evacuations frequently occur over several kilometers on foot. The classic separation between Care Under Fire and Tactical Field Care is increasingly blurred. Blood transfusions are life-saving but often fail due to logistics, equipment, personnel, or cold chains. Standardized medical backpacks are no longer sufficient – multifunctional equipment combining medical and tactical material is needed. In this reality, adaptability is crucial: self-care, improvisation, and decentralized action are vital for survival.

Key Messages

  • Extreme conditions, such as cold temperatures, limited space, and the absence of vehicles, necessitate flexible and improvised care concepts.
  • Blood transfusions are essential but often hindered by logistical barriers.
  • The clear separation of tactical care phases is dissolving – Prolonged Field Care usually begins directly at the site of injury.

 

For the Authors 

Lieutenant Colonel (MC) Dr. Stefan Kühn
Department of Anesthesia, Intensive Care, Emergency Medicine, and Pain Therapy (AINS)
Bundeswehrkrankenhaus Ulm
Oberer Eselsberg 40, 89081 Ulm
E-Mail: stefankuehn@bundeswehr.org

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