Most of us were taught START, the sieve, RAMP, DIME, P1–P3. Andrew — EM physician on a small surgical team out of Fort Liberty — used none of it the night a helicopter went down with 22 people on board.

The rest of his medical team could not walk. Dust, firelight, yelling. Thirty-to-sixty seconds per patient on a linear algorithm is ten minutes before you reach number ten. People die of massive hemorrhage and lost airway in that window.

So he ran a binary pass: dying now or not. Blood sweep. “Take a deep breath.” Pulse. Ten to fifteen seconds. Keep a mental list of who leaves first. He got through about twelve before other medics arrived. He never reached the massive bleeder — a non-medic first responder did. That is the point.

Rick Hines puts the doctrine next to the wreckage. Triage is continuous, not a one-and-done sort. The most senior medical person is often the worst person to own the sort if they should be operating. Algorithms used after the first pass are training tools — studies put accuracy around or under 50 percent.

Training has to match that. Four casualties before twenty-two. Global endpoints, not a perfect score on every manikin. Delayed birds. Command decisions. Unit buy-in, not a tourniquet-and-check-the-block.

No perfect MASCAL. You were already behind when it started.

Listen: PFC Podcast · prolongedfieldcare.org · @prolonged_field_care

Top 5 takeaways

1. First contact is binary. Dying now / not dying now. Blood sweep, air movement, pulse. 10–15 seconds. Do not spend a minute running START on patient one while patient ten bleeds out.
2. Then deliberate triage. After LSIs and a move to the CCP: urgent / priority / routine (what TCCC/CoTCCC are leaning toward). Expectant exists when resources force it — not on the first pass.
3. Move, treat, transport. Rush’s three verbs beat a four-color card at the wreck. Get off the X, stop hemorrhage and airway loss, get them to the next level.
4. The senior clinician should not automatically own the sort. If they are the surgeon, someone else runs triage. Non-medic first responders are part of the system — Andrew never reached the massive hemorrhage; someone else did.
5. Train the real constraints. Nail four before you role-play twenty-two. Score the lane on whether life threats were found, blood got to shock, accountability held, and evac was prioritized — not whether every individual critical-action list was perfect. Delay the bird. Make the commander choose.

Chapters

• 00:00 Disclaimer and welcome
• 00:20 Andrew Shafrina intro — EM, small surgical team, Fort Liberty
• 01:23 Why most of us never actually practiced triage
• 02:14 Categories: START, sieve, NATO — four bins plus expectant
• 04:10 Why linear algorithms are too slow at the point of injury
• 04:32 The crash: 22 onboard, medical team down, one provider
• 05:39 The 10–15 second pass — blood sweep, deep breath, pulse
• 06:09 Rush, Shackelford, Remley, Hines — binary is what people actually do
• 06:50 Move, treat, transport
• 08:07 What “stable” meant that night — not P1/P2/P3
• 08:51 Twelve patients in five minutes — and he still missed the bleeder
• 10:01 Triage is continuous, not one-and-done
• 10:36 Do not burn the surgeon on the sort
• 11:11 MASCAL means you are already overwhelmed
• 12:06 Put non-medics to work
• 12:43 Evac categories vs who actually needs an OR
• 13:45 First-pass binary, then UPR at the CCP
• 14:14 Algorithms as training tools — accuracy ~50% or worse
• 47:06 Train to global endpoints, not perfect individual checklists
• 48:08 Can you handle four? Then scale.
• 49:09 Rick: six dead, seventeen wounded, no bird, they drove them out
• 52:23 King for a day: two-phase triage + basics
• 53:50 There is no right way — only best with what you have
• 54:18 Put MASCAL inside unit drills, not isolated medic lanes
• 55:22 Scare the staff honestly — risk, delayed evac, command decisions

Dennis sits down with Max to walk through hemorrhagic shock the way it actually behaves in young, healthy military-age casualties—not the tidy textbook ladder of Class I–IV. They start with the only split that matters: compensated versus uncompensated. Class I–II means the body is still delivering oxygen to organs. Class III–IV means it is not, and the damage is no longer a simple volume problem.

Max breaks compensation into “gears”: venous reserve first (no vital-sign change), then heart rate, pulse-pressure narrowing from arterial squeeze, contractility, and work of breathing. He stresses why a 40-year-old operator with a resting HR of 50 who hits 80 is already tachycardic, why a diastolic climbing toward 100 is a warning, and why scene blood volume—“How much blood was on the ground?”—is often the most important sentence in the handoff.

They cover why fit casualties can look like Class II, then skip Class III and drop into unconscious Class IV in minutes (Ranger Campbell and similar “walking dead” cases). Decision-making is reduced to two tenets: Is bleeding stopped? What is the trend? Guidelines that wait for SBP <100 will be late in this population. Short pearls close the episode on peds (small volumes, parental mental-status baseline), pregnant patients (left-side IVC, massive reserve then sudden collapse), and elderly (they follow the book but cannot tolerate Class III).

Top 5 takeaways

1. Draw the line between compensated and uncompensated, not between the four classes. Once end-organ perfusion fails, you are not just replacing lost volume—you are treating ischemia, cytokines, electrolyte leak, and reperfusion.
2. Trauma tachycardia is hemorrhage until proven otherwise. Pain, exertion, and combat stress are real, but you do not get to invoke them until you have ruled out bleeding.
3. Pulse pressure and diastolic BP are early windows into how hard the patient is squeezing. A young casualty at 120/100 with a climbing HR and changing affect is already near the cliff even if SBP is still “fine.”
4. Fit operators can stay in Class II on exam until they have lost a lethal volume, then skip Class III. Reassess constantly. Scene blood volume and expanding hematomas matter more than a single SBP number.
5. Two questions drive transfusion in resource-limited care: Do I have hemorrhage control? Is the patient trending the wrong way on two or more data points (HR, pulse pressure, breathing quality, mental status, hematoma size)? One number on a guideline is not a plan.

Chapters

• 00:00 — Intro and disclaimer
• 00:20 — What we’re covering: hemorrhagic shock and when to resuscitate
• 01:12 — Traditional Class I–IV and why textbooks fail in the field
• 03:00 — Compensated vs uncompensated: the only line that matters
• 04:50 — Class I: venous reserve, no vital-sign change
• 08:30 — How much blood was on scene? The handoff question that predicts danger
• 11:15 — Tennis-score memory aid (15 / 30 / 40) and Class I exam
• 16:20 — Operator baselines: HR 80 can already be tachycardia
• 20:00 — Golden rule: trauma tachycardia is bleeding until proven otherwise
• 22:00 — Pulse locations as a crude MAP map (carotid / femoral / radial)
• 27:00 — Why SBP stays normal in compensated shock
• 29:00 — Pulse pressure explained: diastolic rise, not “falling BP”
• 36:00 — Compensation gears: reserve → HR → squeeze → contractility → breathing
• 39:00 — Orthostasis, cap refill, urine output, and mental status as red flags
• 47:00 — Altered mental status: “drunk” from blood loss until proven otherwise
• 51:00 — Class II: all gears on, BP still held
• 59:00 — Class III–IV and why healthy patients blast through Class III
• 1:06:50 — Ranger Campbell and other “walking dead” cases
• 1:11:48 — When to give blood if SBP is still over 100
• 1:13:50 — Tenet 1: Is bleeding stopped? Five spaces that hide volume
• 1:20:40 — Tenet 2: Trend, not a single trigger
• 1:27:50 — Don’t hang a life on one guideline number
• 1:32:40 — Pearls: pediatrics, pregnancy (left side / IVC), elderly

Ben walks Dennis through a six-month plan that became a jungle course for about 200 unpaid resistance volunteers. Vic built the curriculum from TCCC, the Ranger Medic Handbook, and what that force actually needed — then wrote it to their education level, culture, and organization. Supplies moved through the existing network. The first four days were not student training. They were instructor train-up. Then the locals taught. Interpreters shrank. Force multiplication went up. Chiefs owned the schedule because they knew the logistics better than the foreigners.

The five-day basic block — Ranger First Responder flavor, ~150 students, three languages — ran cleaner than the ten-day advanced course. Around day six, the instructors sat in a hut wondering if anyone could action the material. The FTX answered it: recovery mission, collect, treat, triage, evacuate. When words failed, Ben inserted himself into the lane. Watch me. Do as I do.

Then the punchline he brought home to NATO partners in four and a half days: stop making this more complicated than the environment allows. Basics save lives. Teaching is a hard skill and a soft skill. Ego gets you ignored — or worse. Likability moves supplies. Medics still have to influence commanders so casualties do not bog down the assault.

Listen, then steal the method. Not the ego.

⁠prolongedfieldcare.org⁠ | ⁠@prolonged_field_care⁠ | PFC Podcast

Top 5 takeaways:

1. Build a local instructor cadre first. Four days of train-the-trainer, then hand the blocks to them. Less interpreter drag. Real force multiplication.
2. Write the course to the force in front of you. TCCC + Ranger Medic Handbook as the spine. Education level, culture, and org constraints as the cut line. Chiefs own the schedule.
3. Basics scale. Abstraction does not. The 5-day / 150-student / 3-language block worked because it was see-do-act. The 10-day advanced block created the “do they actually get this?” crisis.
4. When comprehension is in doubt, stop talking and enter the lane. Insert yourself. Narrate while you do the work. Show shock. Do not lecture shock.
5. Teaching is an act of love plus influence. Humble competence beats the alpha brief. Medics still owe commanders a clear recommendation — even if the answer is “we’re doing it anyway, figure it out.”

Chapters:

• 00:00 Cold open + why this trip
• 01:08 Six months of planning — you do not show up on a whim
• 01:59 Vic Nigo’s curriculum: TCCC, Ranger Medic Handbook, culture, org
• 02:51 Supply network for ~200 students
• 03:20 Plan vs jungle reality
• 04:01 Four-day instructor train-up and handing the class off
• 04:56 Volunteers, buy-in, and a culture that does not like quitters
• 06:24 Motivation that costs a patch and a thumbs-up
• 07:29 Ukraine militia hunger vs professional-military spoiling
• 08:26 Why train-the-trainer beats you plus an interpreter
• 09:00 What actually broke: hours, land nav, competing requirements
• 09:54 5-day basic / ~150 / 3 languages — the block that worked
• 10:53 10-day advanced — day 6 doubt in the hut
• 11:41 The FTX: recover, collect, treat, triage, evacuate
• 12:30 Teaching tactic: insert yourself, watch me, do as I do
• 13:14 Show them shock. Do not define it.
• 14:13 SOCM lesson: you do not know the job until you see the job
• 34:54 The course continues — Vic takes it deeper / SOCM Light
• 35:37 The West overcomplicates TCCC
• 36:10 Basics save lives
• 37:11 NATO partners in 4.5 days: trenches, physical exam, pain, cheat cards
• 39:17 Advice for the first overseas class
• 40:06 Know the audience — products change with the culture
• 40:39 Ego is a teaching failure and a survival failure
• 41:24 All teaching is an act of love
• 42:03 Likability as a core attribute
• 43:09 The medic as SME: influence, battlefield clearance, buy-in
• 44:56 Be ready for the unexpected — and try to enjoy it

Mike Weisman — 25 years as a Navy Corpsman and SARC, 27 years on a busy Vegas fire department, now clinical education at Celox — does not sell magic dust. He sells a hydraulic problem.

A femoral-rate bleed can dump on the order of 500 mL a minute. The clotting cascade is a 14-step masterpiece built for arterioles, not that jet. Early platelet plug gets blown off the vessel wall unless something holds equal pressure against it. Tourniquet, packed gauze, or packed hemostatic gauze: all of them are pressure tools. The chemistry is the advantage on top.

Two families, two jobs. Kaolin (Combat Gauze class) is a clay mineral that lights up Factor XII and accelerates your cascade — which means it still needs time and a body that can clot.

Chitosan / cellulose dressings work off the cascade. They absorb fluid, grab red cells by charge, and build a viscous mucoadhesive plug. Granules and sprays exist. Mike’s line stays the same: if you do not back them with pressure, you bought a show booth.

Then the part schoolhouses skip. The product has to touch the bleeding vessel, not the pool in the hole. Three to six minutes of hold time on a kaolin dressing feels short on the pouch and endless on a screaming casualty. Hemorrhage control is not a monkey skill. Blood programs without packing reps are the cart in front of the horse. Read mechanisms, not company PDFs. Deployed Medicine and independent retrospectives beat the booth.

Listen, then pack something that bleeds.
prolongedfieldcare.org | @prolonged_field_care | PFC Podcast

Top 5 takeaways

1. It is a hydraulic problem. Fight pressure with pressure. Chemistry cannot replace a packed tract or a tourniquet.
2. Know the two mechanisms. Kaolin accelerates Factor XII / your cascade. Chitosan-type polysaccharides work independently and form a mucoadhesive plug.
3. Contact the vessel or you wasted the dressing. Clot in a basin of blood is not hemostasis. Anatomy and packing skill are the product.
4. Hold the clock. Kaolin-class products typically need on the order of 3–6 minutes of continuous pressure. The pouch lie is that this is short.
5. Unconscious competence beats the brand. Schoolhouse reps expire. Blood on the truck does not save the casualty if the medic cannot pack. Understand the mechanism, then pick what your system will actually issue.

Chapters

• 00:00 Cold open
• 00:19 Dennis + Mike (SARC, Vegas FD, Celox education)
• 01:25 Why not just pressure and plain gauze?
• 02:16 Hydraulic problem: cascade vs femoral-rate bleed
• 03:42 What a hemostatic actually adds
• 03:54 Kaolin: Factor XII, still gauze, still pressure
• 04:54 Chitosan / cellulose: cascade-independent mucoadhesive plug
• 06:03 Charge, RBCs, dual action with the gauze
• 07:07 Granules, sprays, “hummus” pastes — still need pressure
• 08:20 No good hemorrhage control without pressure. Period.
• 08:47 Does it have to touch the vessel? Yes.
• 09:34 Anatomy, packing method, skill — not the brand
• 10:07 Why the 3–5 minute hold feels like an hour
• 10:42 Kaolin activation window (~3–6 min)
• 28:57 Know every item in the bag the way you know a drug
• 29:26 You can spot a professional by the pouch
• 30:11 Hemorrhage control is not a monkey skill
• 31:04 Unconscious competence: pack it blind
• 31:56 Blood programs without packing reps
• 33:04 Schoolhouse months do not last a career
• 34:32 How to read studies that are not the company PDF
• 35:37 Deployed Medicine, JTS workload, mechanisms over marketing
• 37:48 Close: keep getting the reps

OTFC is gone. That was not a small supply hiccup. It punched a hole in the old TCCC pain plan.

George Barbee, a PA and co-author of TCCC Guideline Change 25-03, walks Dennis through why the committee rebuilt battlefield analgesia instead of patching the old triple-option chart.

They screened 56 analgesics. They built an objective matrix. They landed on suzetrigine: non-opioid, mentation-sparing, slow onset, long duration — a drug that can keep a still-fighting casualty in the fight and then carry them into prolonged care.

The bigger shift is the fork in the road. Not “mild / moderate / severe” as four overlapping options. Can they stay in the fight, or not? Functioning casualties get a non-sedating pack. Non-functioning casualties get a shock-agnostic pathway so you are not stacking drugs blindly down the continuum.

Ketamine is still the drug you reach for when you have almost no information. Nystagmus is not the goal. It is the “you gave too much, back off” line. Option 4 sedation is being pulled out of TCCC and written into PCC, where it belongs.

If you still teach OTFC, still dose to shaking eyes, or still treat every casualty like they need a narcotic, this episode is the update.

Read the change paper @ ⁠www.prolongedfieldcare.org⁠

or ⁠https://jsomonline.org/⁠

Follow @prolonged_field_care

Top 5 takeaways

1. The change was forced. OTFC disappeared, GWOT safety data said the old plan was too loose, and LSCO needs mission-capable pain control plus a safer path for people who cannot stay in the fight.
2. Suzetrigine is the new stay-in-the-fight drug. Non-opioid. Cognition and blood pressure mostly spared. About a 2-hour onset, long duration. Pair it with meloxicam and acetaminophen for the functioning casualty. Muscle spasm in 1–10% is not a seizure and does not get benzos.
3. Stop using four overlapping “options.” Define pain with the Defense and Veterans Pain Rating Scale. Rough cut: 1–6 can often still function and self-declare. 9–10, polytrauma, multi-amp — they are out of the fight. Medics already know this on sight. The guideline finally says it.
4. Ketamine stays, but the endpoint is not nystagmus. If you have almost no information, ketamine is still the safest narcotic start. Reduction of pain means the casualty and the medic can both manage the situation. Nystagmus means you crossed the line. Fixed-dose ketamine in a bleeding patient can get weird as volume drops — not usually lethal, still a problem.
5. Option 4 is leaving TCCC. Heavy sedation and procedural endpoints are being moved into the PCC update. TCCC keeps the systematic, stack-aware, evidence-based path so the next provider is not surprised by what you already gave.

Chapters

00:00 — Disclaimer and open

00:23 — Dennis and George: who wrote the change

02:10 — If it ain’t broke, why touch analgesia?

02:56 — We lost OTFC

03:11 — Safety, LSCO, and early pain vs PTSD

04:27 — Mission-capable control and a shock-agnostic path

05:48 — How suzetrigine beat 56 other drugs

09:38 — Why this non-opioid survived the matrix

11:33 — Spasm vs seizure: do not reach for benzos

13:33 — Stay in the fight vs cannot

14:20 — The old “triple option” was actually four

15:06 — Defining pain with the DVPRS

16:10 — The stay-in-the-fight pack: suzetrigine, meloxicam, Tylenol

17:20 — What “reduction of pain” actually means

18:15 — Esketamine: more analgesia, fewer side effects

27:38 — If you only get one narcotic, start ketamine

28:56 — Esketamine, IN 28 mg, and the 4PANE study

30:15 — IV, IO, IM, IN: why they kept the nose

33:07 — Pain control vs nystagmus

35:26 — Option 4 is moving to PCC

36:41 — Chest tubes, crics, and the sedation gap

37:54 — Next: backing the PCC analgesia update

38:48 — Read JSOM Change 25-03 and close

Recorded live at SOMA 26

In a near-peer MASCAL, one medic and one junior medic may face twenty penetrating torso casualties, one unit of blood, and no time to empirically needle or finger-decompress every chest. This SOMA presentation argues that formal triage algorithms are already giving way to intuitive, intervention-first decisions—and that point-of-care ultrasound can make that second pass objective. The proposed two-pass model keeps MARCH as a fast first pass (urgent vs non-urgent), then uses a three-view POCUS exam—parasternal or subxiphoid cardiac motion, pericardial effusion, and bilateral lung apices—completed in under 30 seconds to decide who gets blood, who needs targeted decompression, who needs a surgical airway to thoracotomy or pericardiocentesis, and who is unsurvivable cardiac standstill. Speakers review trauma-arrest survival data, needle-decompression overuse, SOF medic training at Henry Ford (RUSH exam and the abbreviated 30-second protocol), and civilian paramedic programs showing that short courses can produce usable scans that change management.

Sponsored by the Special Operations Medical Association.

Key Takeaways

• Empiric bilateral chest decompression and “treat everybody” TCCC habits will not scale in large MASCALs when blood, time, and procedural capacity are scarce.
• Formal algorithms are often unused in real events; medics already default to intuitive triage. The missing piece is an objective tool that separates salvageable from unsurvivable casualties.
• Published decompression data show low response rates, high practice variation, and procedures performed on patients who did not meet criteria—driven by subjective breath sounds.
• Cardiac motion on ultrasound is the strongest practical field marker of salvageability in pulseless trauma; standstill without tamponade is associated with essentially no survival and should conserve blood and procedures.
• A three-view exam (cardiac motion, pericardial effusion, pneumothorax) can be completed in ~25–30 seconds. SOF medics approached expert performance after focused training; civilian paramedics have shown usable accuracy after 4–8 hour courses.
• Positive findings should drive action: motion → consider blood; effusion + access to thoracotomy/pericardiocentesis → prioritize evacuation/intervention; no lung slide → targeted decompression rather than bilateral empiric procedures.

Chapters

00:00 – Introduction, disclosures, and the MASCAL problem01:00 – Case: 20 casualties, one unit of blood, empiric procedures02:40 – Intuitive triage vs formal algorithms03:20 – Why empiric needle/finger decompression falls short05:10 – Scarce blood and the need for a modified LSCO triage approach05:50 – Two-pass model: MARCH first, POCUS second07:20 – Three-view exam: motion, tamponade, pneumothorax08:00 – Pulseless trauma survival: civilian and military data11:00 – Cardiac views and what “salvageable” looks like15:20 – Field case: ultrasound guiding thoracotomy and blood use16:00 – Can medics do this? SOF RUSH pathway since 201717:30 – Abbreviated 30-second protocol: retrospective and prospective times19:30 – Civilian 4-hour training and New Orleans scan performance22:40 – Putting it together in MASCAL: salvage the survivable24:00 – Resource rules: motion vs standstill vs tamponade25:30 – Questions and close

Listen / follow: podcast → ⁠prolongedfieldcare.org⁠ → ⁠@prolonged_field_care⁠

Medical logistics was an afterthought for a lot of us in GWOT. You submitted a request, something showed up, and everyone joked that the warehouse never read the order. That model does not survive large-scale combat operations.

In this episode, Dennis sits down with Jesse Bashel, a medical logistician and acquisitionist, to walk through how SOF medical supply is supposed to work—pre-deployment, on deployment, and after the first 15 days. They cover NSNs versus product names, automatic in-lieu substitutions, Theater Lead Agents for Medical Materiel (T-LAM), the shift from OCO “easy button” money to MFP-2 vs MFP-11 rules, statements of requirement, and why most medical items are service-common (GCC problem) while a tiny slice of SOF-peculiar items stay on MFP-11.

The conversation then turns practical: MedLog personnel usually have zero clinical training. How do you teach them why a 6.0 tube matters for a surgical airway instead of an 8.5 ET tube? How do you get logisticians into Ridge Healer, unit training, and field exercises so they stop treating the property book as the mission? And why, in LSCO, logistics itself starts looking like a combat MOS—because the side that can feed, fuel, and bandage longer usually wins.

If you are an 18 Delta, flight medic, battalion PA, group surgeon, this one is for you.

Key takeaways

• Order by NSN (or full product name + manufacturer), not the nickname you use in the aid bag. Vendors should put NSN placards on tables at SOMA.
• The system will auto-accept “in-lieu” substitutes unless the logistician blocks it. That is how you get Halo chest seals when you wanted HyFin.
• SOF units are required to deploy with 15 days of supply. After that, the Geographic Combatant Command (usually MFP-2 / service-common) is supposed to resource the rest; SOCOM MFP-11 covers only SOF-peculiar items (certain CASVAC sets, freeze-dried plasma in some cases, specific antivenoms, etc.).
• A Statement of Requirements (class I–IX) should be built jointly by the team and the TSOC 180–270 days out when possible, validated by surgeon + J4, then sent to the GCC for a service lead to resource.
• Most medical products are MFP-2. Do not default everything to “SOCOM will pay.”
• Close the gap: five-minute education sessions when medics hit the cage, bring logisticians forward on training events, and treat enablers like part of the team instead of a battle squire.
• In LSCO, supply lines will be targeted. Logistics personnel need to be trained and treated as if they will be on the battlefield—not just in an office.

Visit prolongedfieldcare.org, follow @prolonged_field_care, and subscribe so you stay on the bleeding edge of combat medicine.

Chapters

02:02 – Pre-deployment ordering done right: NSNs vs product names and why you get the wrong chest seal

04:24 – In-lieu / substitute items and how to stop the system from auto-accepting them

05:24 – Theater Lead Agent for Medical Materiel (T-LAM) catalogs and how they get built

07:09 – MFP-2 (service common / common user) vs MFP-11 (SOF peculiar)

08:27 – Joint pub requirement: SOF deploys with 15 days of supply

10:07 – Who pays for days 16–60? GCC vs US SOCOM headquarters

12:10 – Statement of Requirements process: team + TSOC + GCC J4 validation

15:58 – MedLog has no medical training—how to educate them before they send the wrong tube

21:17 – Closing the operator–logistician distance; policy is not always law

26:00 – Retaining SOF-enabler talent instead of rotating everyone back to conventional force

28:22 – SUBACUS lessons and why enablers must not be a liability forward

30:29 – Two LSCO paradigm shifts: SOF as supporting force + logistics as a combat MOS

32:08 – Positional warfare, endurance, and targeting supply lines (bullets, batteries, bandages)

32:50 – Where to do the work: put a logistician on the DTS for Ridge Healer and big exercises

34:25 – Flip side: teach operators the fiscal and appropriation reality so they can advocate overseas

Ukrainian orthopedic and reconstructive surgeon describes what prolonged field care actually looks like when evacuation from the front line to Role 2 takes three to four days, and sometimes longer. After years of Role 1, Role 2, and evacuation-stage work, he focuses on a problem that now drives limb outcomes: tourniquet syndrome. TCCC made rapid tourniquet application routine; the neglected next step is conversion, replacement, and complication prevention when the casualty remains in the field for hours to days. He shares a three-week Role 1 case series, frontline protocols for resuscitation, antibiotics, and multimodal analgesia, and why communication between echelons is no longer optional.

Sponsored by the Special Operations Medical Association.

Key Takeaways

• Combat has outpaced doctrine: drones, delayed evacuation, and shifting surgical capability forward mean medics now make high-stakes decisions that used to wait for the hospital.

• In summer–autumn 2025, movement from the front line to Role 2 commonly took three to four days. Complications of prolonged tourniquet time develop during that window, not after arrival.

• Forces have become highly proficient at rapid tourniquet application for hemorrhage control. Far less attention has been paid to when, how, and under what conditions to convert or remove a tourniquet during extended delayed evacuation.

• Incorrect application, delayed conversion, and early reperfusion errors at Role 1 create complications that later echelons often cannot fully reverse. Prevention at the first capable point is easier than correction later.

• Over three weeks at one Role 1, the team reviewed 27 tourniquet cases: 18 already removed before arrival, 5 converted on site, 4 replaced, and 8 presenting with established tourniquet syndrome.

• A tourniquet left on too long can function as a venous tourniquet. In one ~12-hour case, conversion and wound care were possible; the patient still spent a full day at Role 1 because evacuation remained unsafe.

• Role 1 care in this environment combines hemostatic resuscitation, Ukrainian MoH / JTS-aligned antibiotic prophylaxis, and multimodal analgesia to reduce opioid dependence while waiting for movement.

• Drones, shelling, and remote mining remain constant threats to both casualties and medical teams. High-quality Role 1 care still depends on continuous risk assessment and tactical awareness.

• Continuous case review, data capture, and closed-loop communication from prehospital to hospital are essential so frontline observations can change tactics in real time.

  
  

  Chapters

00:00 – Introduction and speaker background

01:50 – Evolving war, prolonged field care, and higher medic responsibility

04:10 – Why tourniquet syndrome now dominates limb outcomes

05:30 – TCCC taught application; the neglected next step is conversion

06:20 – Drones, delayed evacuation, and care shifting pre-evacuation

07:40 – 3–4 day timelines from front line to Role 2 in 2025

08:30 – Role 1 errors that later hospitals cannot fully fix

09:10 – Role 1.5 mission: assess, convert, prevent, stabilize

11:50 – Resuscitation, antibiotic, and multimodal analgesia approach

13:10 – Three-week tourniquet case series (27 TQs, 8 syndromes)

15:00 – Case example: 12-hour venous-effect tourniquet conversion

16:20 – When conversion is no longer possible

17:40 – Ongoing battlefield threats to evacuation and medics

18:30 – Continuous learning and echelon-to-echelon feedback

For more content, go to ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠www.prolongedfieldcare.org⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠