2.4 Communication in Transport: Peer Handoffs, Age-Appropriate Care, Families & Crew Stressors
Key Takeaways
Structured handoff tools such as SBAR and I-PASS, combined with closed-loop read-back, reduce omissions during the referring-to-transport and transport-to-receiving handoffs.
Age-appropriate communication changes with development: soothe and involve parents for infants, use simple words and comfort objects for toddlers, and speak directly to adolescents with privacy and assent.
Family-centered transport means explaining the plan, getting consent, giving directions and contact numbers, and letting parents see and touch their child before departure. Ride-along decisions follow program safety policy.
Crew stressors fall into environmental (noise, vibration, temperature, altitude), physical (fatigue, circadian disruption, dehydration, lifting injury), and psychological (critical incidents, moral distress) categories.
CAMTS requires that crew members may call a non-punitive 'time out' when unfit to continue duty; self-checks such as IMSAFE help crews recognize impairment.
Communication in Transport: Handoffs, Patients, Families & Crew Stressors
The NCC outline lists communication (peer to peer, with the patient in an age-appropriate way, and with parents and family) and crew stressors (environmental, physical, and psychological) under Safety, Communication, and Environment. Every transport has at least two handoffs, the referring team to the transport team and the transport team to the receiving unit. Each is a point where information can be lost.
Peer-to-Peer Communication: Structured Handoffs
The first call
The referral call sets the mission's tone. The transport coordinator or medical control physician should capture:
- Patient identifiers, weight, gestational/corrected age, and diagnosis
- Current vital signs, respiratory support, access, and infusions
- Interventions already done (surfactant, PGE1, antibiotics, cooling) with times
- What the referring team needs now (advice on stabilization while the team travels)
Good transport services give stabilization advice during the referral call, for example starting PGE1 or passive cooling, so care does not wait for the team to arrive.
Handoff tools
| Tool | Components | Best use |
|---|---|---|
| SBAR | Situation, Background, Assessment, Recommendation | Short, urgent updates (for example, calling medical control during a deterioration) |
| I-PASS | Illness severity, Patient summary, Action list, Situation awareness & contingency planning, Synthesis by the receiver | Bedside handoffs at the receiving unit; the receiver's synthesis catches misunderstandings |
| Closed-loop communication | Sender gives an order → receiver repeats it back → sender confirms | Medication doses, ventilator changes, and all high-risk orders in a noisy cabin |
Closed-loop communication matters in transport because headsets, rotor noise, and helmet visors distort speech. "Give 0.2 milligrams of epinephrine" should be answered with "Giving 0.2 milligrams of epinephrine IV now." If the numbers are not echoed, assume the message was not received.
Receiving-unit handoff essentials
- Hand over with the patient still monitored and connected, and do not disconnect infusions until they are running on the receiving pumps.
- State what changed in transport (tube repositioned, desaturation episodes, doses given in flight, cumulative fluid).
- Hand over documents and images (referring records, radiographs, maternal records, consent forms).
- Ask the receiver to read back critical items such as infusion concentrations and rates.
Communicating With the Patient: Age-Appropriate Approaches
| Developmental stage | What the child needs | Transport technique |
|---|---|---|
| Neonate/young infant | Warmth, containment, low stimulation | Swaddling or nesting, non-nutritive sucking and sucrose per protocol, clustered care, soft voice |
| Older infant (stranger anxiety) | A caregiver's presence | Let a parent hold or touch the infant during assessment when safe; approach slowly |
| Toddler/preschooler | Simple, concrete words; control | Name body parts, show equipment first, offer small choices ("Which hand for the sticker?"), use comfort objects; avoid words like "cut" or "shot" |
| School-age child | Honest, brief explanations | Explain what they will feel, hear, and see (helicopter noise, headphones); praise cooperation |
| Adolescent | Privacy, respect, participation | Speak to them directly, ask about pain and fears privately, seek assent, and remember that confidential topics (substance use, sexual health) may arise |
A child's fear raises oxygen consumption, work of breathing, and intracranial pressure. Calm, developmentally matched communication is a clinical intervention, not a courtesy.
Communicating With Parents and Family
Parents describe the transport team's arrival as one of the most frightening moments of their child's illness. Family-centered practice includes:
- Introductions and a plain-language explanation of why transfer is needed and what the team will do before leaving.
- Informed consent for transfer and procedures, as covered in Section 1.2, with professional interpreters for families with limited English proficiency. Do not use siblings or other children as interpreters.
- Time at the bedside before departure. Parents should be able to see, touch, and photograph their infant if they wish. For a postpartum mother who cannot travel, this may be the only contact for days.
- Practical information: the receiving hospital's address, unit phone number, parking, and what to bring (for example, the mother's breast milk and records).
- Ride-along decisions follow program policy. They depend on aircraft weight and seating, the parent's condition, and patient acuity. A parent who rides along gets a safety briefing, is restrained in a seat (never holding the patient), and is told what to do during an emergency.
- Delivering bad news with honesty and compassion, using the child's name and plain words ("died," not "passed on"), and offering chaplain or social work support.
Crew Stressors
| Category | Examples | Effects on performance |
|---|---|---|
| Environmental | Noise (often 80–100+ dB in helicopters), vibration, temperature extremes, altitude hypoxia, fumes, poor lighting | Hearing fatigue, impaired communication, motion sickness, slowed cognition |
| Physical | Sleep deprivation, circadian disruption from night shifts, dehydration, missed meals, lifting injuries, cramped posture | Slower reaction time, dosing errors, back and shoulder injuries |
| Psychological | Pediatric deaths, abuse cases, moral distress, conflict with referring teams, family grief, "second victim" responses after errors | Burnout, intrusive thoughts, avoidance, reduced situational awareness |
Mitigation and fitness for duty
- Fatigue risk management: CAMTS requires scheduling strategies and a fatigue-risk management system for shifts longer than 12 hours. It also requires at least 10 hours of rest before scheduled shifts of 12 hours or more.
- The right to call "time out": CAMTS states that team members may request a reasonable rest period if they or a colleague judge them unfit or unsafe to continue, no matter the shift length, with no adverse personnel action.
- Self-check with IMSAFE (a Federal Aviation Administration mnemonic): Illness, Medication, Stress, Alcohol, Fatigue, Emotion or eating.
- Hydration, nutrition, and hearing protection on every mission.
- After critical incidents: peer support, employee assistance programs, structured operational debriefs, and psychological first aid. Leaders should watch for delayed stress reactions rather than assuming silence means coping.
Clinical Scenario
A team transports a 2-year-old with status epilepticus while the mother rides in the ambulance's front seat. During the ride the mother asks repeatedly whether her child will die. The nurse gives honest, short updates at planned intervals ("His seizure has stopped, the breathing tube is doing the work for him, and we are 20 minutes away") and asks the driver to relay the unit phone number. At handoff the team uses I-PASS and the receiving nurse reads back the levetiracetam and midazolam doses. That night the paramedic cannot stop replaying a similar case. The program's peer-support contact reaches out the next day, and the medic uses a time out before the next shift. Nobody questions the decision.
During a noisy helicopter transport, the physician orders 'Give 0.2 milligrams of epinephrine.' Which response best demonstrates closed-loop communication?
The nurse nods and prepares the syringe without speaking
The nurse replies 'Copy' and gives the drug
The nurse repeats 'Giving 0.2 milligrams of epinephrine IV now,' and the physician confirms
The nurse documents the order and gives the drug after landing
A frightened 3-year-old needs a peripheral IV before transport. Which approach is most developmentally appropriate?
Explain the full procedure in medical terms so the child understands the risks
Separate the child from the parent to reduce distraction
Tell the child it will not hurt at all so they stay still
Use simple concrete words, keep the parent close, show the equipment first, and offer a small choice
Midway through a long night shift, a flight nurse realizes she has made two calculation slips and feels unable to concentrate after a pediatric death earlier in the shift. Under CAMTS 12th Edition standards, what is the appropriate action?
Continue working, because shifts cannot be changed once started
Call a 'time out' and request a rest period, which the program must grant without adverse personnel action
Take a stimulant medication and accept the next mission
Wait until the end of the shift and report the errors anonymously
Sections you finish are checked off in the contents.