AirSim® Pierre Robin X, Dark

Skills

• Endotracheal (ET) tube insertion
• Double naso-tracheal intubation
• Oral intubation
• Nasal intubation
• Laryngeal mask airway (LMA) insertion
• Bag-valve mask (BVM) ventilation techniques
• Supraglottic airway device insertion (full range)
• Direct and video laryngoscopy

Features

The AirSim® Pierre Robin X supports clinicians training for the management of anatomically difficult infant airways. Built around the anatomy of a 6-month-old infant, it reflects the characteristic features of Pierre Robin sequence, including significant mandibular hypoplasia, glossoptosis, cleft palate, and bifid uvula — providing a clinically relevant environment for difficult airway simulation.

Developed in collaboration with clinical experts from Children’s Hospital Los Angeles, the model enables targeted training for congenital airway complexity. Integrated visual indicators of stomach inflation and lung expansion provide immediate feedback to reinforce correct ventilation technique. Delivered ready to use in a durable carry case – set-up in under 5 minutes.

• Replicates Pierre Robin sequence anatomy: mandibular hypoplasia, glossoptosis, cleft palate, bifid uvula
• Based on anatomy of a 6-month-old infant
• Developed with clinical experts from Children’s Hospital Los Angeles
• Visual stomach inflation and lung expansion indicators
• Certified for 80,000+ intubation cycles
• Available in Light and Dark skin tones
• Ready to use – under 5-minute set-up

Anatomically Accurate Landmarks

The AirSim® airway delivers true-to-life anatomical visualisation of the following landmarks, reflecting features associated with Pierre Robin sequence:

Oropharynx:

• Tongue
• Bifid uvula & upper palate malformation
• Vallecula

Laryngopharynx:

• Epiglottis
• Arytenoid cartilage
• Oesophageal opening

Larynx:

• Glottis
• Vocal cords

Lower Airway:

• Tracheal rings
• Carina

3 Year Warranty

This model comes with a 3 Year Warranty. This warranty applies to models which have been used correctly and covers durability and functionality.