Active vehicle barriers and associated control system at osan air base

The amendment 0002 is issued to extend the closing date from 15 OCT 2026 to 29 OCT 2026, 1300 Hrs (KST). //The amendment 0001 is issued to extend the closing date from 1 OCT 2026 to 15 OCT 2026, 1300 Hrs (KST). //This pre solicitation is conducted under the logistic cost sharing (LCS) program. The Government anticipates issuing a solicitation for the purchase, installation, and integration of DoD Anti-Ram Listed Active Vehicle Barrier (AVB) systems and associated Access Control Point (ACP) control systems at the Morin and Main Gates, Osan Air Base, Republic of Korea (ROK). Under this commercial acquisition, the Contractor shall be responsible for the demolition, removal, and disposal of existing AVBs; executing all necessary foundation, civil, and electrical site work; and performing the complete installation, point-to-point wiring, and power integration of the newly furnished equipment. Additionally, the Contractor must execute complex Programmable Logic Controller (PLC) reprogramming and system integration across multiple gatehouses, overwatch booths, vehicle inspection centers, traffic lights, and communication enclosures to achieve a fully synchronized, fail-safe ACP operation capable of maintaining full security functionality under both normal and power-loss conditions. The Performance Work Statement (PWS) containing all specific technical, execution, and commissioning requirements is attached for upcoming solicitation.

The amendment 0001 is issued to extend the closing date from 1 OCT 2026 to 15 OCT 2026, 1300 Hrs (KST). //This pre solicitation is conducted under the logistic cost sharing (LCS) program. The Government anticipates issuing a solicitation for the purchase, installation, and integration of DoD Anti-Ram Listed Active Vehicle Barrier (AVB) systems and associated Access Control Point (ACP) control systems at the Morin and Main Gates, Osan Air Base, Republic of Korea (ROK). Under this commercial acquisition, the Contractor shall be responsible for the demolition, removal, and disposal of existing AVBs; executing all necessary foundation, civil, and electrical site work; and performing the complete installation, point-to-point wiring, and power integration of the newly furnished equipment. Additionally, the Contractor must execute complex Programmable Logic Controller (PLC) reprogramming and system integration across multiple gatehouses, overwatch booths, vehicle inspection centers, traffic lights, and communication enclosures to achieve a fully synchronized, fail-safe ACP operation capable of maintaining full security functionality under both normal and power-loss conditions. The Performance Work Statement (PWS) containing all specific technical, execution, and commissioning requirements is attached for upcoming solicitation.

This pre solicitation is conducted under the logistic cost sharing (LCS) program. The Government anticipates issuing a solicitation for the purchase, installation, and integration of DoD Anti-Ram Listed Active Vehicle Barrier (AVB) systems and associated Access Control Point (ACP) control systems at the Morin and Main Gates, Osan Air Base, Republic of Korea (ROK). Under this commercial acquisition, the Contractor shall be responsible for the demolition, removal, and disposal of existing AVBs; executing all necessary foundation, civil, and electrical site work; and performing the complete installation, point-to-point wiring, and power integration of the newly furnished equipment. Additionally, the Contractor must execute complex Programmable Logic Controller (PLC) reprogramming and system integration across multiple gatehouses, overwatch booths, vehicle inspection centers, traffic lights, and communication enclosures to achieve a fully synchronized, fail-safe ACP operation capable of maintaining full security functionality under both normal and power-loss conditions. The Performance Work Statement (PWS) containing all specific technical, execution, and commissioning requirements is attached for upcoming solicitation.