posted March 30, 2026

Article at a Glance:

• Distinct Clinical Needs: Recognize why pediatric transport requires a complete departure from adult protocols, from anatomical considerations to rapid respiratory decompensation.
• Pediatric Clinical Guide (PCG): Learn how the PCG app facilitates cognitive offloading by providing instant, weight-based calculations for dosing and equipment.
• Monitoring Shifts: Understand the importance of switching to pediatric device modes to detect subtle physiological changes unique to children.
• Specialized Safety: Discover why maintaining a thermoneutral environment and using age-appropriate securement are vital for pediatric outcomes.
• Family Support: Utilize real-time flight tracking and parent ride-along options to manage the high emotional stakes of pediatric transfers.

When a patient needs a higher level of care, the transition to an air medical team should be as smooth as possible. While the goal is always to stabilize and move the patient safely, the steps you take to prepare a child for transport are significantly different from the protocols used for adults. At Air Methods, we see ourselves as a resource to support your team, whether you are in a large urban hospital or a rural EMS station. Beyond transport, we are committed to shared clinical excellence by providing Adult and Pediatric critical care clinical training both online and in-person. Our deep expertise in this niche is backed by the fact that we conducted over 4,500 PICU and NICU transports in 2025 alone. This high volume of specialized calls reflects the trust placed in our clinical teams to manage the most delicate cases and ensures that every patient, regardless of age, receives expert care on what might be their worst day.

Equipment and Medication Dosing

One of the most immediate differences in pediatric transport is the shift away from standard adult sizes. Children require age-specific equipment, from smaller blood pressure cuffs to specialized airway management tools. Medication dosing is also a critical area where protocols diverge. While adult dosing is often uniform, pediatric care relies on weight-based calculations to ensure safety and precision.

To bolster this accuracy, our teams utilize a specialized Pediatric Clinical Guide (PCG) app as a vital safety mechanism. Kelly Miller, VP of Clinical Services at Air Methods and a subject matter expert in flight medicine, explains the value of this technology for both our crews and the patients they serve.

“Our PCG application we utilize for clinical allows an actual body weight or height for IBW to be added, and all dosing, equipment sizes, and vent settings are provided for the specific patient when reviewing the PCG,” says Miller. “This allows for cognitive offloading and adds a safety mitigation to our care during some of the most tense moments.”

This resource reduces the need for mental math during stressful transitions and adds an extra layer of safety when caring for pediatric patients. You can find detailed clinical comparisons of these physiological needs in the latest reviews regarding pediatric emergency barriers.²

Adjusting Your Clinical Monitoring

It is not just the physical size of the equipment that changes; the way we use our technology must adapt too. When preparing a child for flight, it is essential to switch your monitor and ventilator to pediatric-specific modes. Children often present with different primary distress triggers than adults. While adults frequently experience cardiovascular issues, pediatric patients are more likely to face respiratory failure. Because children desaturate much faster than adults, specialized respiratory strategies are required. Air Methods has conducted specific clinical research to define the optimal preoxygenation targets for pediatric patients to avoid desaturation during rapid sequence intubation. These findings highlight that standard adult oxygenation targets may not provide an adequate safety buffer for a child. Using the correct device settings and evidence-based targets allows for more accurate tracking of these rapid changes. A primary goal of these pediatric configurations is the optimization of alarm alerts, which ensure the clinical team is immediately notified of subtle physiological shifts unique to children. This specialized monitoring provides the confidence and credibility required to manage high-acuity pediatric cases safely.

Specialized Securement and Family Support

Safety during flight requires specialized physical securing methods tailored to the patient. For pediatric transports, this often involves the use of an Approved Child Restraint (ACR) or specialized Baby Pods and isolettes for our smallest patients. Beyond physical positioning, temperature control is a critical consideration during securement and transport. Smaller patients are much more susceptible to heat loss, so maintaining a thermoneutral environment is a key priority for our clinical teams.

Beyond the clinical prep, there is a massive emotional component to pediatric transport. We understand that these moments are incredibly stressful for families. To help ease that anxiety, many of our pediatric specialty teams provide families with patient care cards. These cards include a QR code that allows the family to track the flight in real time. Additionally, if the specific airframe and patient condition allow, we make every effort to fly a parent with us to provide comfort to the child.

A Reliable Resource for Every Community

Whether you are working in a specialized pediatric wing or a community EMS department, our goal is to provide the fact-based clinical information you need to feel confident in your patient movement needs. By focusing on these specific preparation strategies, we can work together to ensure a safe and fast transport for every patient in your care.

For clinical teams requiring pediatric transport coordination support, please contact Calicia Patton at .

References

1. Lubsch, L., Kimler, K., Passerrello, N., Parman, M., Dunn, A., & Meyers, R. (2023). Patient Weight Should Be Included on All Medication Prescriptions. The journal of pediatric pharmacology and therapeutics : JPPT : the official journal of PPAG, 28(4), 380–381. https://doi.org/10.5863/1551-6776-28.4.380
2. Soni, P., & Agrawal, A. (2025). Pediatric emergency care: Determinants and systematic barriers. World journal of clinical pediatrics, 14(3), 108140. https://doi.org/10.5409/wjcp.v14.i3.108140