19.4 Patient Handling, Movement, Positioning & Transfer to a Higher Level of Care
Key Takeaways
- CPCF skill #31 names five components: assess the patient risk profile, prepare the practice environment, prepare the patient for transfer, accompany the patient, and transfer to a higher level of care when warranted.
- Analgesia before a move is part of preparing the patient, because movement is a painful intervention and uncontrolled pain makes a lift unsafe.
- Position is a clinical intervention dictated by physiology — upright for respiratory distress, head up 30 degrees for raised intracranial pressure, left lateral tilt beyond 20 weeks' gestation.
- Protection from the elements is explicitly named and clinically consequential, because hypothermia worsens coagulopathy and burns and open cavities lose heat rapidly.
- Recognizing that a patient exceeds the PCP scope and arranging early escalation or specialty routing is a competency under indicator H1.7, not a failure.
19.4 Patient Handling, Movement, Positioning & Transfer to a Higher Level of Care
CPCF Appendix A minimum entry-to-practice skill #31 — Patient handling and movement — has five named components: assess patient risk profile, prepare the practice environment appropriate to patient presentation and characteristics, prepare the patient for transfer (positioning, safety, stability, precautions, protection from the elements), accompany the patient during transfer, and transfer patient to a higher level of care when warranted.
Section 5.2 covers the same activity from the perspective of the paramedic's own musculoskeletal health under Area E. This section covers it as a patient-care skill — the framing the blueprint uses, and the one examination items test.
Assess the Patient Risk Profile
Before anything is lifted, the patient is assessed as a moving problem:
| Factor | What to determine |
|---|---|
| Weight and body habitus | Realistic estimate; equipment rated capacity; number of handlers required (Section 16.4) |
| Clinical stability | Can this patient tolerate being moved now, or must something be stabilized first? |
| Injuries and precautions | Spinal precautions, fractures, pelvic binder, traction splint, burns, skin integrity |
| Devices and lines | Intravenous lines, catheters, chest drains, oxygen, ventilator, infusion pumps, mobility aids |
| Pain | Movement is a painful intervention; analgesia given before the move is part of the move |
| Cognition and cooperation | Can the patient follow instructions, or will they move unpredictably mid-lift? |
| Ability to weight-bear or assist | An assisting patient dramatically reduces risk; assuming a patient can assist when they cannot creates a fall |
| Skin and pressure risk | Long lies, spinal cord injury, frailty, and poor perfusion all raise pressure-injury risk within a short time |
| Continence and dignity | Plan for it before you start, not after |
Prepare the Practice Environment
The environment is prepared to fit the patient, not the other way round:
- Walk the route before you move the patient. Door widths, turns, stair pitch, landing space, loose rugs, ice, pets, clutter, lighting, and the distance to the ambulance.
- Clear obstacles and create space — move furniture rather than manoeuvring around it.
- Decide the equipment before you commit: stretcher, stair chair, scoop, carry sheet, slide board, vacuum mattress, or a lifting device.
- Confirm equipment rated capacity and that everything is functioning and locked.
- Determine the number of handlers required and request them early (skill #14 and indicator G2.2). Requesting a second crew or fire service assistance is a clinical decision, not an admission of weakness.
- Manage bystanders and family — give them a task or a place to be.
Prepare the Patient for Transfer
The framework names five elements explicitly.
Positioning. Position is a clinical intervention, and the right position is dictated by the physiology:
| Presentation | Position | Reason |
|---|---|---|
| Respiratory distress, pulmonary oedema | Upright / high Fowler's | Maximizes lung volumes and reduces preload |
| Shock without pulmonary oedema | Supine, legs elevated if tolerated | Maintains preload and cerebral perfusion |
| Decreased level of consciousness with spontaneous breathing and no spinal concern | Left lateral recovery | Protects the airway from aspiration |
| Suspected raised intracranial pressure | Head up approximately 30 degrees, head midline | Promotes cerebral venous drainage |
| Pregnancy beyond about 20 weeks | Left lateral tilt or manual uterine displacement | Relieves aortocaval compression |
| Abdominal pain | Knees flexed, position of comfort | Relaxes the abdominal wall |
| Suspected spinal injury | Neutral in-line, minimal handling, scoop or vacuum mattress | Limits secondary cord injury |
| Suspected hip or pelvic injury | Supported in the position found; pelvic binder if indicated | Avoids displacing an unstable fracture |
Safety. Stretcher straps applied and checked — including shoulder restraints where fitted — side rails up, equipment secured so nothing becomes a projectile, and the patient never left unattended on a raised stretcher.
Stability. Splints, binders, and dressings applied and checked before the move, not after. Lines and tubes secured and given slack. Monitoring reattached and reading before movement begins.
Precautions. Spinal, infection, and behavioural precautions maintained throughout, and reassessed once the patient is on the stretcher — a patient's presentation can change during the move itself.
Protection from the elements. This is explicitly named in the framework and is routinely neglected. Cold, wind, rain, and sun all cause harm during transfer: hypothermia worsens coagulopathy in trauma, and an exposed burn or open abdomen loses heat extremely quickly. Cover the patient, protect the face, and close the ambulance doors.
Coordinated Movement
- One person leads and commands. That person is positioned to see the patient's head and airway, states the plan aloud, confirms everyone is ready, and uses an agreed command — "ready, steady, lift" with the movement on the final word.
- Everyone repeats the plan back before it starts. Most handling injuries occur because one handler moved at a different moment or in a different direction.
- Move the patient as a unit where spinal precautions apply, with control of the head maintained throughout.
- Communicate with the patient continuously. Tell them what is about to happen, count them in, and check during and after. A patient who knows what is coming braces appropriately; one who does not grabs, twists, and destabilizes the lift.
- Reassess immediately after every move. Movement changes physiology: pain, blood pressure, oxygenation, and the position of every tube and line. A stretcher-to-bed transfer is a recognized moment for lines to dislodge and for patients to deteriorate unobserved.
Accompany the Patient During Transfer
The framework requires the paramedic to accompany the patient. In practice:
- The patient is attended at all times — never left alone in a corridor, an elevator, or an ambulance.
- Monitoring continues during movement, not only at either end. Deterioration during transfer is common and is missed when monitoring is disconnected "just for the lift".
- Care does not pause because the patient is moving; suction, oxygen, and the means to ventilate travel with the patient and remain accessible, not stowed in a compartment.
- Handover occurs face to face with the receiving clinician, and responsibility is not discharged until that handover is complete (Section 3.3 and indicator H3.4).
Transfer to a Higher Level of Care When Warranted
The final component of skill #31 is a clinical judgement, and it mirrors indicator H1.7 (recognize and manage critically ill patients to the best of the paramedic's ability and scope, including using additional resources, higher levels of care, and prompt transfer of care).
Recognizing that a patient exceeds your scope is a competency, not a failure. Examples a PCP should act on:
- A patient requiring interventions in the Advanced Care Paramedic scope — advanced airway management, manual defibrillation, or medications beyond the PCP directive
- A patient whose destination should be a specialty centre: trauma, percutaneous coronary intervention, stroke, burns, paediatrics, obstetrics, or a replantation service
- A patient deteriorating faster than your interventions can hold
- A clinical picture that does not fit any pattern you recognize
How to escalate well:
- Decide early. An intercept or a specialty-centre routing arranged at minute five is worth more than the same decision at minute twenty-five.
- Be specific in the request — what you have, what you need, and why.
- Do not stop treating while you wait. Escalation does not pause your own care.
- Consult medical direction where the destination or the intervention is uncertain; consultation is a resource, and using it is a marker of competence rather than of doubt.
- Document the decision and its rationale, including the time the request was made and by whom it was accepted.
Paramedics must move a 96 kg patient with a suspected fractured neck of femur from a second-floor bedroom down a narrow staircase. The patient is in severe pain. Which sequence reflects CPCF skill #31?
A PCP crew is transporting a patient with a suspected large anterior STEMI who is becoming increasingly hypotensive and drowsy, 35 minutes from the nearest percutaneous coronary intervention centre. What does CPCF skill #31 and indicator H1.7 require?
Which statement about protecting the patient from the elements during transfer reflects the framework?