ICM 16009 British Police Female Officer 1/16 – Plastic Police Figure

The ICM 16009 British Police Female Officer 1/16 model is a high-quality plastic figure kit depicting a British female police officer in characteristic uniform. This 1/16 scale model is the perfect choice for both historical modeling enthusiasts and those interested in modern law enforcement services.

• Category: Plastic assembly figure model
• Scale: 1/16
• Material: High-quality polystyrene plastic
• Country of origin: United Kingdom
• Period of use: Contemporary times (21st century)
• Additional elements: Detailed reproduction of the uniform, characteristic police cap, radio, and equipment details

The history of the British police dates back to the early 19th century, when the first Metropolitan Police units were established in London. The role of women in British law enforcement began to grow rapidly in the 1970s, and today, female officers are an integral part of every formation – from patrol services to elite specialist units. The ICM 16009 model faithfully reflects modern British uniform standards, presenting a female police officer in the contemporary uniform typical for daily city service.

The offered model has been precisely designed with attention to every detail – sharply defined uniform folds, emblems, equipment components, and realistic facial expressions. The set includes all necessary parts made from durable plastic, but does not contain glue or paints – these must be purchased separately.

This product is dedicated both to experienced modelers and ambitious beginners interested in recreating modern British police figures. Thanks to the large 1/16 scale, the model is an excellent base for achieving highly realistic paint effects, weathering, and customization.

We recommend ICM 16009 British Police Female Officer 1/16 especially to collectors of thematic uniformed services figures and to anyone looking to enrich their diorama with a realistic, modern accent. The build difficulty is rated at level 2/5 – perfect for learning new modeling techniques without the risk of excessive assembly complication.