A plain-language guide to the new federal framework, what it means for the next drone purchase your school makes, and the three questions to ask any vendor before buying. Written for CTE directors, program leaders, and the procurement officers supporting them.
On December 22, 2025, two federal actions took effect that changed what drones US schools can buy. The FCC added foreign-made drones and foreign-made critical components to its Covered List, blocking new equipment authorizations from foreign manufacturers going forward. The American Security Drone Act took full effect the same day, restricting federal funds from being used to procure or operate drones from covered foreign entities under the Act.
Schools that already own foreign-made drones can keep flying them. The FCC ruling is forward-looking, but it freezes the foreign-made drones already in the US market. The drone on the shelf today is the last version of that drone that will ever ship. No capability updates, no next model. What's on the shelf today is what the platform will be for the rest of its operating life.
This guide explains what changed, what it means for schools running multi-year drone programs, and the three questions worth asking any vendor before the next purchase. The questions apply to FTW the same as they apply to any other vendor.
Two federal actions took effect on the same day. Both affect drone programs in education that use federal funds.
The Federal Communications Commission added foreign-made drones and foreign-made critical components to its Covered List. The effect is forward-looking: foreign-made drones already FCC-authorized can still be sold from existing inventory and operated by their current owners. What is blocked is new equipment authorization. No new foreign drone models can enter the US market. No new versions of existing foreign drones can ship.
ASDA took full effect the same day. Federal grant funds, including Perkins V, ESSER, Title IV-A, JROTC budgets, DoD STEM, STARBASE allocations, NSF programs, NASA STEM Engagement, and USDA workforce grants, cannot be used to procure or operate drones from manufacturers covered under the Act. The list of covered manufacturers continues to grow.
Existing fleets can often continue flying. The new rules don't ground drones schools already own. Schools buying drones going forward face a different landscape than two years ago. Existing FCC-authorized foreign-made drones can still be purchased from inventory with state or local funds while inventory lasts, but no next version is coming, and federal grant funds cannot be used to buy these drones from manufacturers restricted under ASDA and Section 889. Schools using federal grant funds need their drones to clear the compliance bar and the long-term investment bar.
Schools buying drones now need to think hard about how long the purchase will last them. Federal rules have ended the trajectory of foreign-made drone product lines, which means today's procurement decision carries a longer shadow than it did a year ago.
Classroom drones are an investment in the learners coming up through the training pipeline. A fifth grader starting drone training in 2026 will still be in the K-12 and post-secondary pipeline in 2035-2040.
Schools shouldn't need to swap platforms within a drone category as learners advance through it. The mini drone a school chooses for the indoor classroom training arc should serve the program across the full sequence, with additional drone categories added as program needs justify them.
For most schools that's not how it works. A classroom drone should deliver current-generation capability appropriate to each cohort it serves: introductory flight for upper elementary, autonomous coding and basic computer vision for middle school, and mission planning and competition-grade flight operations for high school CTE and beyond. That is state of the art for each cohort in the classroom category.
Under the new federal framework, foreign-made classroom drones face a harder ceiling: whatever foreign drone a school buys today is either already at end of life with no successor coming, or it's a current model whose next generation will not be sold into the US market.
The foreign drone bought today is the last drone from that manufacturer. The school doesn't choose to swap platforms every few years. The school is forced to.
The federal framework is one piece of the picture. The specifics of each vendor's situation are worth verifying directly. Three questions, asked of any vendor including FTW, give a school the information it needs to evaluate a multi-year investment.
This question covers two related but distinct things: where the drone is assembled, and where the critical components inside it come from. A drone can be assembled in the US while sourcing its flight controller, motors, batteries, cameras, and radios from elsewhere. Both pieces of the answer matter.
The answer is relevant for federal funding eligibility, for the availability of replacement units in three to five years, and for the trajectory of the platform over the life of the program. A vendor whose drone meets NDAA Section 889 and the American Security Drone Act typically publishes compliance documentation on its website. For vendors who don't publish it publicly, a written component sourcing summary with country of origin for each critical component is the standard procurement document to request.
Vendor updates fall into two categories. The first is curriculum and content updates: new lessons, new mission packs, refreshed teacher materials. These are valuable, and most vendors ship them regularly.
The second is capability updates: new firmware that adds flight modes the drone didn't have at purchase, new sensor processing, new autonomous behaviors, new integrations that change what the drone can actually do. This kind of update requires the vendor to push firmware that changes how the drone operates, which under the new federal framework requires authorization that foreign manufacturers can no longer obtain for the US market.
A useful follow-up: ask the vendor for specific examples of flight, autonomy, or vision capabilities the drone has gained in the past two years that it didn't have at purchase. The answer indicates whether the platform itself is evolving or whether the curriculum is the part that grows.
The day-one drone price is the easy comparison to make. The three-year program cost is the one that matters for budgeting. Many of the line items that determine the real cost don't appear on the day-one quote.
When evaluating any vendor, ask for a three-year total that includes:
For some vendors the bundled day-one price covers most of these. For others, several of these are separate line items that accumulate across the program's life. Schools building three- and five-year programs benefit from seeing the full picture before signing the first PO.
For comparison while you evaluate vendors, here's how the three-year picture looks for a Hopper 12 program at today's pricing. There are three components to budget for: the Year 1 bundle, the platform license required to keep using Build Fly Code in subsequent years, and spare parts replenishment over time.
These are estimates, not quotes. Current pricing reflects today's rates and is subject to adjustment over time. There are no per-team competition fees, per-event registration fees, or separate curriculum subscriptions in the Hopper program.
FTW serves the full training arc, from upper elementary through service academies. Customers include fifth grade STARBASE programs at the elementary end and the United States Naval Academy at the post-secondary end, with middle school, high school CTE, and college engineering programs in between. Hopper is the training spine across a learner's pre-career years.
Procurement reviewers who want FTW's full compliance documentation, including component sourcing by category, the Buy American Act Domestic End Product framework, and sole-source justification language for districts that need it, can contact FTW to request the documentation package.
This guide is built from public information. Schools and procurement reviewers can verify the facts directly through primary sources:
This page reflects the regulatory landscape as of May 17, 2026. The federal framework continues to evolve, and the page will be updated as material changes occur.
To suggest a correction or talk through a specific situation, contact FTW.