Experienced Costa Rican Ski Patroller Identifies Spinal Injury Before Extraction

The moment

On a clear morning in March 2024, Rodrigo Martínez was leading a routine patrol along a rarely traversed section of the Irazú Volcano slopes. The terrain was steep and loose, with scattered volcanic rocks and patches of snow, presenting a challenge even to experienced rescue teams. The radio crackled intermittently with updates from other patrols, but coverage was limited—typical for the remote high-altitude terrain. Suddenly, a distress signal broke through: a skier had fallen approximately 50 meters downhill, becoming immobilized and unable to move. Immediate assessment was essential; visibility was good, but the terrain’s instability posed a significant hazard to both the injured and rescuers.

Rodrigo responded swiftly, knowing that time was critical. The injured skier was partially visible through a thin veil of snow, lying face down with limited limb movement. The initial concern was spinal trauma, given the fall’s nature and the skier’s position. With no immediate access to advanced medical facilities, Rodrigo’s team needed to stabilize the patient on site and prepare for evacuation through the treacherous terrain. The situation demanded not only technical skill but also calm decision-making under pressure, knowing the risk of secondary injury if handled improperly.

Why years of experience made the difference

Rodrigo’s twelve years of mountain rescue experience in Costa Rica’s Central Mountain Range had ingrained a deep familiarity with the complexities of spinal injury management in remote environments. Unlike standard first aid training, his expertise was built on countless hours of field practice, including simulations and real rescues under variable conditions. Over time, he developed an intuitive ability to recognize subtle neurological signs—such as slight asymmetries in limb movement or sensation—that might be overlooked by less seasoned responders.

His familiarity with the terrain also played a vital role. Having navigated similar steep, loose slopes multiple times, Rodrigo knew the nuances of safe immobilization and extraction. For example, he understood that even minimal movement could exacerbate a spinal injury; thus, he prioritized careful assessment before any manipulation. His routine training emphasized not just the use of equipment like cervical collars and vacuum mattresses but also the importance of integrating these tools with precise neurological checks. This experience created a pattern of cautious, methodical action—recognizing the signs of instability early, and knowing exactly how to immobilize and evacuate safely.

Furthermore, Rodrigo’s exposure to diverse rescue scenarios reinforced the importance of communication and coordination. He understood that a successful rescue depended on clear, deliberate commands and an awareness of each team member’s role, especially when operating in areas with limited communication options. This layered experience—clinical knowledge, terrain familiarity, and team coordination—allowed him to make rapid, accurate judgments that directly impacted the patient’s outcome.

What happened next

Upon reaching the injured skier, Rodrigo began a systematic neurological assessment, checking for limb movement, sensation, and muscle strength in all extremities. The skier demonstrated some voluntary movement in the fingers and toes, but with diminished sensation in the lower limbs, indicating a potential spinal cord injury. Recognizing these signs as serious, Rodrigo immediately applied a cervical collar to immobilize the neck, ensuring further movement was prevented. He then carefully positioned the skier onto a vacuum mattress, a device that conforms to the patient’s body and provides rigid immobilization when evacuated.

The team coordinated a controlled extraction using a rope system anchored to stable points above the slope. Rodrigo directed the team to maintain minimal movement during the lift, continuously monitoring the patient’s neurological status. The vacuum mattress allowed for secure immobilization during the ascent, reducing the risk of secondary injury from jostling or improper handling. The terrain’s steepness required meticulous planning—using mechanical advantage systems and slow, deliberate movements to avoid sudden shifts that could worsen the injury.

The rescue was conducted in a stepwise, disciplined manner. The patient was lifted from the snow, stabilized on the vacuum mattress, and then carefully transported along the rope system to a flatter area where more accessible evacuation routes awaited. Throughout, Rodrigo’s recognition of the injury’s severity and adherence to established protocols prevented any secondary neurological damage. After a measured, coordinated effort, the skier was transferred to a medical vehicle for further assessment, with no deterioration of neurological status observed during the process.

What this tells us

This case underscores how expert recognition of subtle injury signs and strict adherence to immobilization protocols can significantly influence patient outcomes in mountain rescue. Deep field experience enables responders like Rodrigo to discern nuanced neurological cues that might otherwise be overlooked, informing decisions that prevent secondary harm. Proper immobilization—using cervical collars and vacuum mattresses—combined with precise assessment and controlled extrication, exemplifies best practice in managing suspected spinal injuries in challenging environments. Ultimately, technical competence rooted in years of experience proves critical in ensuring safe, effective rescue operations that preserve neurological function and facilitate swift medical intervention.