What FAA approvals are required before conducting anti-drone laser tests in national airspace? 2026

According to GSA guidelines, contractors must treat anti-drone laser tests as an advanced aerospace operation requiring multiple FAA approvals, interagency coordination, and documented safety controls. This affects prime contractors, small businesses, DoD contractors, and range operators who plan directed-energy engagements in national airspace. Per FAR procurement rules and FAA guidance, COAs are the primary authorizations for operations that deviate from standard operating rules; FAA Form 7711-2 is the required application format and includes detailed operational and safety data. The SBA, GSA, and OMB involvement is procedural — SBA monitors small business set-asides for contracting opportunities, GSA advises on acquisition strategy, and OMB policies can affect interagency approvals for federal-funded tests. Contractors must budget for range safety officers, airspace coordination, and environmental documentation; typical preparatory budgets range from $50,000 to $250,000 depending on test complexity. Coordination with DoD and range authorities (for example, White Sands Missile Range) is essential when tests involve military-controlled airspace or large directed-energy systems.

Per FAR 19.502, small businesses can participate in set-aside acquisition strategies when they meet the eligibility and capability requirements; this applies to contractors offering counter-drone or directed-energy testing services. FAR guidance shapes how contracting officers evaluate proposals and requires documentation of technical capability, past performance, and compliance with safety and environmental regulations. For directed-energy testing, contracting officers will request evidence of FAA coordination (COA), airspace management plans, and chain-of-custody for lasers and targeting systems. Small businesses pursuing these tests should expect to demonstrate compliance with both FAR procurement clauses and FAA operational rules. Budget impacts include compliance costs for Safety Analyses, NOTAM fees, and possible NEPA consultants; agencies typically account for these costs in the project SOW. When a DoD sponsor is involved, acquisition and oversight clauses can incorporate DFARS and CMMC requirements, which may lengthen lead time for award and test execution.

The SBA reports that 78% of small defense and aerospace contractors identify regulatory compliance and interagency coordination as top barriers to participation in advanced testing programs. That statistic highlights why small firms must allocate time and resources—typically 60 to 120 days—to complete FAA COA applications, safety documentation, and environmental assessments. The SBA also recommends early registration in SAM.gov and use of small-business certifications (8(a), HUBZone, SDVOSB, WOSB) to access set-aside opportunities. For contractors planning laser tests, failing to factor in SBA-recommended timelines can cause missed windows for range access and agency approval. Early engagement with the FAA's UAS advanced operations office, plus a pre-application meeting with range safety and environmental planners, reduces schedule risk and demonstrates readiness to contracting officers evaluating FAR-based proposals.

Under OMB M-25-21, agencies will evaluate cloud and cyber posture when contracting for advanced testing, which affects contractors operating networked sensors or remote-control systems during laser tests. OMB policy requires agencies to consider cybersecurity, supply chain risk, and software security when acquiring capabilities, so contractors must document FedRAMP or CMMC compliance where applicable and show how they will protect control systems and telemetry. For test events involving data collection and storage, agencies will ask for a security plan aligned with OMB and agency cybersecurity requirements. Contractors should budget for cybersecurity assessments and obtain required authorizations before the test window; delays in cyber approvals can block COA issuance or range clearance. Interagency projects frequently place OMB-mandated requirements into contract SOWs to ensure consistent security posture across participating departments.

DoD's CMMC framework requires contractors handling Controlled Unclassified Information (CUI) to meet required maturity levels before they can receive DoD-funded test work or access DoD ranges. If a laser test involves DoD sponsorship, the prime or subcontractor must show appropriate CMMC level attestation (commonly Level 2 or Level 3 for operational test data) and may need a DFARS-compliant contract flow-down. The CMMC requirement interacts with FAA approvals because DoD range clearance often conditions access on meeting DoD cybersecurity and handling protocols. Contractors should engage a C3PAO early if DoD data or networks are involved and budget 90–180 days to reach required CMMC posture. Failure to satisfy CMMC can result in barred access to DoD ranges or delay to scheduled FAA COA finalization.

According to GSA guidelines, begin FAA engagement early and use a phased approach: pre-application meeting, COA submission, Safety Analysis, and NEPA scoping. Integrate procurement requirements from FAR clauses into technical proposals and line-item budgets to capture compliance costs. Engage the FAA UAS advanced operations office for clarifying policy and seek a letter of concurrence from range safety officers when testing on DoD ranges. Maintain an issues log and a deliverable checklist tied to calendar milestones (e.g., COA submission minus 90 days, NOTAM 72 hours). Use subcontractors with prior COA experience to shorten timelines and include CMMC/FedRAMP/FAR compliance artifacts where applicable. That proactive approach reduces grant and contract risk, improves schedule visibility for contracting officers, and increases the likelihood of final approval from the FAA and sponsoring agencies.