Contract Field Team — Labor Augmentation Support Requirements
- STi IDIQ awards
- FA8108-26-D-B012 · FA8108-26-D-B023
- Award announcement
- January 26, 2026
- Announced vehicle term
- February 2026–January 2036; five-year base plus one five-year option
- Contracting activity
- Air Force Sustainment Center, Tinker AFB
The Air Force Sustainment Center’s CFT Labor Augmentation Support Requirement covers organizational, intermediate and depot-level maintenance, modification, inspection and repair. It also covers back-shop component and logistics support. The task order sets the site, qualifications and work scope.
A supportable workload starts with the technical baseline and the conditions for execution: applicable data, workload definition, facilities, tooling, material availability, safety requirements and interfaces with the government activity. Connecting those inputs supports a coherent task-order requirement and an accountable execution plan.
Technical scope.
- Organizational, intermediate and depot-level maintenance
- Modification, inspection and repair
- Back-shop component support
- Logistics support associated with the maintenance workload
Define an executable workload.
A technical labor requirement needs a clear object of work: the equipment or component category, the maintenance activity, the expected output and the conditions under which it must be performed. That definition connects the required skills to the actual workload rather than treating a labor category as a complete specification.
The planning baseline should distinguish scheduled demand, corrective work, modification and inspection. Workload assumptions, access windows, dependencies and completion criteria provide the basis for discussing capacity and sequencing. Where uncertainty remains, identify the decision or observation that will resolve it before committing the next stage of work.
Establish the conditions for productive work.
Technical data, configuration applicability, material, special tools, calibrated equipment and suitable facilities must support the same task. A qualified technician cannot resolve a missing engineering disposition, an unavailable part or an instruction that does not apply to the installed configuration.
Planning therefore identifies which resources are available, which are government furnished, who owns each prerequisite and how shortages are escalated. Safety preparations, required training and access qualifications belong in that readiness assessment. Their applicability follows the equipment, site and governing requirements; it should not be assumed from the contract vehicle alone.
Make government and contractor interfaces explicit.
Execution depends on a shared understanding of the government activity’s operational priorities, technical direction and acceptance interfaces, alongside the contractor’s responsibility for managing its assigned work. Production control, engineering, supply and quality functions need an agreed route for raising conditions that affect the plan.
A change in configuration, quantity, instruction or access can alter the basis of a task. Record the condition and its consequences, obtain the required direction through the authorized channel and maintain the distinction between a recommendation, a technical disposition and a contractual change.
Connect oversight to objective evidence.
The requirement should identify the inspections, tests, work records and reporting needed to demonstrate completion. Evidence is strongest when it is traceable to the item, the applicable instruction and the criterion being assessed. A summary status should lead back to those records.
Government surveillance, contractor quality control and designated maintenance acceptance are related but different responsibilities. Clear hold points and review interfaces help prevent an inspection from occurring after the relevant condition is no longer accessible. Findings need an owner, a disposition and evidence of closure.
Plan continuity as part of performance.
Workforce transitions and changes in workload can interrupt technical understanding as well as staffing. A useful handover addresses qualifications, open work, item status, controlled documents, material constraints and unresolved conditions. Those elements allow the receiving organization to understand what is ready, what is in progress and what needs a decision.
Periodic reviews should connect observed demand and completed work to remaining workload, support constraints and the customer’s priorities. The result is a management picture that explains the forecast and enables a controlled response rather than merely restating headcount or a completion percentage.
FROM METHOD TO EVIDENCE
Work products with a purpose.
- Workload definition and execution assumptions
- Task-level prerequisites and resource-interface register
- Qualification and transition-readiness records
- Inspection, test and discrepancy-closure evidence
- Progress, constraints and decision-support reporting
A CLOSER LOOK
Questions that shape the work.
What should an initial LASR discussion cover?
The general maintenance discipline, workload purpose, equipment category, required skills, expected outputs and government interfaces. Technical data, material, tooling and facility assumptions help establish whether the proposed work is supportable. Sensitive program details should be coordinated through an appropriate authorized channel.
Does a vehicle award authorize a particular maintenance release?
No. An IDIQ provides an acquisition framework. The task requirements, applicable technical instructions and designated maintenance, engineering and inspection authorities govern execution and acceptance.
Public vehicle information is presented at the IDIQ level. Individual task-order requirements and current ordering instructions govern the work.
Official vehicle reference ↗CONNECT THE REQUIREMENT TO THE RIGHT DISCIPLINE