Gokbilge EngineeringGOKBILGE

Completed project · 2024

Perimeter security infrastructure EPC, Eskisehir Air Base

EPC delivery of perimeter security infrastructure for the 1st Jet Base Command of the Turkish Air Force, Eskisehir.

Perimeter security infrastructure EPC, Eskisehir Air Base — illustrative image, not an on-site photograph
Location
Eskişehir, Türkiye
Period
2024
Client
1st Jet Base Command, Turkish Air Force
Gokbilge role
EPC contractor

Gokbilge delivered perimeter security infrastructure under EPC scope for the 1st Jet Base Command of the Turkish Air Force in Eskisehir, covering detection system design and physical security infrastructure installation.

The system was integrated with base security operations, with installation sequenced to maintain operational continuity of the active facility.

  • Perimeter detection system design
  • Physical security infrastructure installation
  • Integration with base security operations

Project experience

Delivery context and execution approach

The sections below add technical context to the published project facts without introducing undisclosed commercial or customer claims.

01

Security infrastructure in an active operational environment

Gokbilge delivered perimeter-security infrastructure under EPC scope for the 1st Jet Base Command of the Turkish Air Force in Eskisehir. The assignment combined perimeter-detection system design, physical security infrastructure and integration with the base's security operations.

Working within an active air-base environment means installation cannot be planned only around construction efficiency. Access control, operational continuity, security procedures and work-area coordination must be incorporated into sequencing so new infrastructure can be installed without unnecessarily disrupting the facility's primary mission.

02

Integrated system acceptance

Perimeter security depends on the relationship between field detection, physical infrastructure and the operating procedures used by security personnel. Installation therefore has to be verified as an integrated operational chain rather than as isolated construction elements.

The project demonstrates Gokbilge's ability to deliver technical infrastructure where acceptance includes operational integration and continuity constraints. This is particularly important for security systems because an uncoordinated interface can create a coverage or response gap even when individual devices function correctly.