bmc armored vehicle production facility

BMC ARMORED VEHICLE PRODUCTION FACILITY

The BMC Armored Vehicle Production Facility is located in the Aerospace Specialized Organized Industrial Zone in Ankara, Turkey, and brings together a wide range of functions including production halls, R&D units, offices, technical spaces, and social areas. With its enclosed area, production capacity, and technological sophistication, the BMC Ankara Complex stands today as the largest heavy armored vehicle production facility in the Turkish defense industry, ranking among the top five worldwide and the top three in Europe.

The complex consists of two main units: BMC Power, covering 57.000 m², and the BMC Ankara Armored Vehicle Production Facility, covering 215.000 m². Supporting these structures is a 264.000 m² proving ground, designed for testing tanks and armored vehicles in diverse climatic and terrain conditions. Completed in 2024, BMC Power houses the machining and assembly of engine and transmission blocks, while the main facility holds a monthly production capacity of eight tanks. Its adaptable production lines are designed to accommodate a wide variety of armored vehicle platforms. Together with the modern training center integrated into the complex, the facility is planned to employ up to 1500 engineers and technicians when fully operational.

The overall construction program includes a series of specialized buildings distributed across the site. Within the complex, BMC Power occupies 24,120 m², while the Production Facility extends over 72,450 m². Administrative needs are met by a 10,110 m² Administration Building, complemented by a 9,770 m² Social Building and a 150 m² gym. Research, testing, and development functions are supported by a 10,890 m² Prototype Building and multiple proving-ground structures, including an 8,020 m² testing area and a 3,820 m² tank proving zone. The Main Gate, designed as the controlled access point of the campus, covers an additional 770 m².

Beyond its functional diversity, the architectural strategy of the facility is shaped by the linear arrangement of the production buildings and the strong organizational axis that connects them. The structures are positioned on a 57.000 m² plot and arranged in two rows. Between them, a 700-meter pedestrian alley forms the primary organizing spine of the complex.

More than a circulation route, this alley is enriched with planting that stretches along its entire length, creating the impression of a continuous green courtyard within an industrial environment. The alley visually and functionally unifies the dispersed masses and forms the backbone of internal pedestrian movement across the site.

The main entrance sequence of the facility is defined by three buildings—the social building, the administration building, and the BMC Power office block—lined up with equal height and a shared architectural language. These buildings are connected on their upper levels with two enclosed bridges.

With their full-glass façades and exposed steel truss systems, the bridges not only act as structural connectors but also appear as architectural elements that bind the masses into a unified front. They allow secure indoor circulation for staff while preserving visual continuity across the entrance sequence.

The façade strategy differentiates between front-facing administrative volumes and large-scale production halls. In the production buildings, sandwich panels in varying tones—derived from the corporate color palette—are used to break down the scale of the large volumes. On the fronts where administrative and social buildings face the entrance, a rhythmic sequence of identical black façade panels and windows brings maximum daylight into workspaces and creates a more open and welcoming arrival experience.

The BMC Power Building continues Yazgan’s approach to next-generation industrial facilities, in which the relationship between office and production spaces is reconsidered. In conventional layouts, offices are typically adjacent to or embedded within production halls, causing many workspaces to lack natural light and fresh air.

As an alternative, the design introduces an inner garden placed between the office and production masses. In this project, the two volumes are separated by 13.5 meters, creating a courtyard that allows both sides to receive natural light and ventilation from opposite directions. This functional and volumetric distinction also enables structural independence—prefabricated elements can be used in the production hall, while the office block forms its own self-contained entity.

Three enclosed passages connect the two masses, and multipurpose spaces such as the cafeteria and education hall open directly onto the garden. The inner garden thus becomes a communal space that brings together employees from both sides of the building. Beyond providing daylight and fresh air, the 102 m² inner garden transforms into a social core that enhances interaction within the workplace.