De Havilland Canada CC-132 Canadian Armed Forces (1:200)

De Havilland Canada CC-132 Canadian Armed Forces (1:200)

This Herpa 573856 DHC-7 model is a precision 1:200 scale die-cast replica, representing aircraft 132001 of the Canadian Armed Forces, operated by No. 412 Transport Squadron.

The model accurately captures the De Havilland Canada DHC-7 “Dash 7”, a four-engine turboprop renowned for its exceptional short takeoff and landing (STOL) capability. Finished in a distinctive white and orange military transport livery, the aircraft reflects its VIP and transport role within Canadian forces stationed in Europe.

With a wingspan of 142 mm, the model offers a balanced display size while maintaining accurate detailing for collectors of military and transport aircraft.

Features

• Aircraft Type: De Havilland Canada CC-132 (DHC-7)
• Operator: Canadian Armed Forces
• Unit: No. 412 Transport Squadron
• Base: CFB Lahr, Germany
• Registration: 132001
• Material: Die-cast metal
• Wingspan: 142 mm
• Livery: White and orange Canadian military scheme
• Role: VIP transport and regional military logistics

Historical Background

During the 1950s and 1960s, De Havilland Canada became a global leader in STOL aircraft development, producing rugged aircraft capable of operating in remote and challenging environments.

This expertise culminated in the DHC-7 “Dash 7”, first unveiled in 1975 and designed to operate from runways under 700 metres, making it ideal for short regional routes and difficult airfields.

While the aircraft found widespread success in civilian service, military adoption was limited. One of the few operators was the Canadian Armed Forces, which designated the aircraft CC-132.

Between 1979 and 1987, two CC-132 aircraft were stationed with No. 412 Transport Squadron at CFB Lahr in West Germany, a key Canadian Forces base during the Cold War.

This deployment highlights Canada’s strategic presence in Europe during the Cold War and the importance of flexible, short-field-capable transport aircraft in multinational operations.