Laerdal Little Anne CPR Training Manikin

The CPR Training Manikin Laerdal Little Anne is a widely used adult training model designed for teaching cardiopulmonary resuscitation (CPR) and basic life support (BLS). Trusted by training centres, hospitals, ambulance services, and first aid organisations worldwide, this CPR Training Manikin provides realistic feedback to help learners develop effective resuscitation skills.

The Little Anne manikin supports hands-on CPR education by replicating key anatomical and physiological features needed for realistic practice.

CPR Training Manikin for Adult Resuscitation Practice

The Laerdal Little Anne CPR Training Manikin simulates natural airway obstruction, requiring trainees to perform the correct head tilt and chin lift manoeuvre before delivering rescue breaths. This realistic airway design reinforces proper technique during training sessions.

Visible chest rise during ventilation provides learners with immediate feedback, helping them confirm effective rescue breathing.

The integrated clicker mechanism produces an audible sound when the correct compression depth of approximately 5–6 cm is reached, aligning with current ERC and AHA resuscitation guidelines.

CPR Training Manikin Built for Frequent Training Use

Constructed from durable, latex-free materials, the Little Anne CPR Training Manikin is designed for repeated use in classrooms, clinical training environments, and field training programmes.

The lightweight design allows easy transportation between training sites. Replaceable airways and face skins help maintain hygiene between users while reducing long-term maintenance costs.

This makes the manikin particularly suitable for organisations delivering frequent CPR and BLS training courses.

Key Features

Realistic airway anatomy for head tilt–chin lift training
Visible chest rise during ventilation
Audible clicker for correct compression depth
Durable construction for repeated use
Portable and lightweight design
Replaceable airways and face skins
Compatible with mouth-to-mouth and BVM ventilation

Technical Specifications