Congress Is Moving on ADS-B In. The Deadline Is 2031. Here’s What It Means for You.

If you haven’t been following the legislative back-and-forth on ADS-B In, now’s a good time to catch up. The ALERT Act just cleared two House committees, a Senate vote is in play this week, and the target date for ADS-B In compliance is December 31, 2031.

For general aviation pilots, this is not a panic moment. But it is a “heads up” moment.

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What Is the ALERT Act?

The ALERT Act is the House’s response to the January 2025 midair collision near Reagan National Airport, in which an American Airlines jet and a U.S. Army Black Hawk helicopter collided, killing 67 people. The NTSB had recommended widespread ADS-B In adoption since 2008. That accident put the recommendation back in the spotlight with political urgency behind it.

The ALERT Act differs from the Senate’s ROTOR Act (which passed unanimously in December 2025) in one key way: rather than immediately mandating a specific ADS-B In standard for all aircraft, it directs the FAA to determine which collision avoidance technologies meet the requirement and sets a deadline for compliance by December 31, 2031.

The House Transportation and Infrastructure Committee and the House Armed Services Committee both advanced the bill. Senate Commerce Committee Chairman Ted Cruz and Ranking Member Maria Cantwell have raised concerns about whether the ALERT Act’s ADS-B In requirement is strong enough, but the legislative machinery is moving regardless. Some form of ADS-B In mandate is coming.

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What Gets Mandated?

Under both the ALERT Act and the underlying ROTOR Act intent, the requirement is this: all aircraft that are already required to broadcast their position via ADS-B Out must also be equipped to receive ADS-B In by 2031.

ADS-B Out has been federally required since 2020. It’s the technology that broadcasts your aircraft’s position to air traffic control and other nearby aircraft. ADS-B In is the complementary receiver side: it lets you see traffic, weather, and other ADS-B data in the cockpit, typically through an EFB like ForeFlight®.

If you’re flying an aircraft with a panel-mounted ADS-B Out transponder and operating in Class B, C, or E airspace above 10,000 feet MSL, this mandate applies to you.

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How Much Does Compliance Cost?

This is the question Congress keeps asking, and the answer depends on how you approach it.

Panel-mounted ADS-B In solutions for certified aircraft can run $1,500 to $5,000 installed. Airline retrofits have run tens of thousands per airframe. That’s the cost that generates headlines and legislative pushback.

The other option: portable ADS-B In receivers. These connect to your iPad or tablet via Wi-Fi, display traffic and FIS-B weather in your EFB, and require no panel work. The NTSB Chair testified before Congress that this approach costs around $400. Portable receivers have been explicitly acknowledged as a valid compliance path in the legislative discussion.

Stratux is an ADS-B In receiver. It receives both UAT (978 MHz) and 1090-ES traffic simultaneously, delivers FIS-B weather (NEXRAD, METARs, TAFs, PIREPs, TFRs, winds aloft), and connects wirelessly to ForeFlight®, FlyQ, Avare, and most other EFBs. Coverage works in the United States and Canada, where CIFIB towers provide UAT service.

The pre-built Crew Dog Electronics Stratux starts at $439.99 with internal GPS. No subscription. No recurring fees. If a component fails, you replace the component — GPS module, antenna, battery — not the entire unit.

See the Stratux pre-built with internal GPS →

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Portable vs. Panel: Which Counts?

This is the open question the FAA rulemaking will answer. The ALERT Act directs the FAA to determine the appropriate technical standards. The ROTOR Act specified ADS-B In with a flightdeck display tied to traffic alerts.

What we know now:

• Portable ADS-B In receivers have been repeatedly cited in congressional testimony as the affordable GA compliance path.
• The FAA has not yet issued a final rule defining portable vs. panel-mounted compliance.
• NTSB recommendations focus on pilots having situational awareness of nearby traffic in the cockpit. A Stratux connected to an iPad accomplishes this.

If you’re flying today with a Stratux, you have ADS-B In. Whether that satisfies the eventual mandate depends on how the FAA writes the rule. We’ll update this post when the rulemaking is complete.

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What Should You Do Before 2031?

Practically speaking: nothing urgent. 2031 gives you five years. But here’s the honest pilot’s take.

The collision that triggered all of this happened because the helicopter crew didn’t have adequate traffic awareness. The technology to provide that awareness costs $440, ships in two days, and works with the iPad already in your flight bag. The mandate is catching up to a problem that already has a solution.

You don’t need legislation to decide that knowing where nearby traffic is has value. Thousands of pilots have been running Stratux for years in Cessnas, Cirrus aircraft, backcountry strips, ultralight trainers, and yes, paragliders — not because they were required to, but because it works.

If you’re on the fence about ADS-B In, the legislative direction is clear: it’s coming. The cost is manageable. The setup is an afternoon project.

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The Bottom Line

The ALERT Act is moving. ADS-B In will be required for most aircraft by the end of 2031. The affordable compliance path for general aviation pilots is a portable receiver paired with an iPad — the same setup Stratux has been delivering for years at around $400.

The political debate will continue. Expect conference negotiations, FAA rulemaking, and updates throughout 2026. What won’t change: the underlying technology is available now, it works, and it doesn’t require a panel tear-down.

Questions about Stratux setup? Start with our pre-built Stratux receiver or reach out through the contact page. We’re a small shop and we actually answer our support messages.

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Sources: Senate Commerce Committee statement (March 26, 2026); House Transportation and Infrastructure Committee ALERT Act markup; AeroTime Hub “US Congress advances bill to require ADS-B In by end of 2031” (October 2025); NTSB Congressional testimony (February 2026).

Congress Just Mandated ADS-B In for Most Aircraft by 2031. Here’s What GA Pilots Need to Know.

The House Committee on Transportation and Infrastructure passed the ALERT Act 62-0 on March 26, 2026 — and its ADS-B In mandate puts a real date on the calendar: December 31, 2031. If you’re a GA pilot still flying without an ADS-B receiver, the “I’ll deal with it eventually” window is closing.

Here’s what the bill actually says, what it means for general aviation pilots, and why pilots who’ve already built the habit of flying with a portable receiver are already ahead.

What the ALERT Act Actually Requires

The Airspace Location and Enhanced Risk Transparency (ALERT) Act was written in the shadow of the January 2025 midair collision near Reagan National Airport, where an American Airlines flight and a U.S. Army Black Hawk helicopter collided and killed all 67 people aboard. The National Transportation Safety Board found that ADS-B In technology could have given both flight crews the critical seconds they needed to see each other and react.

The ALERT Act’s core mandate is straightforward: most aircraft must be equipped with ADS-B In capability no later than December 31, 2031.

Crucially, the bill explicitly recognizes portable solutions. The legislation requires the FAA to allow “any collision prevention technology, including portable ADS-B In receivers that display on a portable device, electronic flight bag, or panel-mounted display.” That language matters — it’s not a mandate to panel-mount a $3,000 certified avionics box. A portable receiver feeding an iPad EFB qualifies under the law.

The bill also includes provisions from the Pilot and Aircraft Privacy Act (PAPA) — prohibiting the use of ADS-B data to collect fees from pilots or to initiate investigations based solely on ADS-B tracking. These were long-sought protections from AOPA and got folded into this bill with strong bipartisan support.

Where Things Stand Legislatively

The path to law is still a few steps away. The ALERT Act passed the House Transportation and Infrastructure Committee but still needs a full House floor vote and reconciliation with the Senate’s competing bill, the ROTOR Act.

The Senate’s ROTOR Act, which passed unanimously in December 2025, actually goes further — it mandates a stronger, military-inclusive ADS-B In requirement that Cruz and Cantwell say is necessary to prevent another DCA-type collision. The ALERT Act, in their view, doesn’t go far enough on military aircraft exemptions.

That tension will play out in conference. The most likely outcome is legislation that lands somewhere between the two bills — with some form of ADS-B In mandate for civil aircraft and ongoing debate over military exemptions. Either way, the direction of travel is clear: ADS-B In is coming.

What pilots should be watching: if the full House votes before the Senate recess window closes in April, reconciliation could happen this spring. If not, this extends into the summer session. Regardless, the 2031 compliance deadline appears likely to survive any final bill.

What This Means If You’re Flying GA Today

Five years sounds like a lot. It’s not, if you think about it in terms of aircraft ownership and upgrade cycles.

If you own your aircraft, you’ve got five years to figure out your ADS-B In solution. The good news is that the law gives you maximum flexibility — portable receivers feeding an EFB satisfy the requirement. You don’t have to modify your panel or get a shop involved unless you want to.

If you rent, the responsibility is on the flight school or FBO. But it’s worth asking now whether the aircraft you’re training in will be equipped — because by 2031, a non-equipped aircraft is a grounded aircraft for flights where the mandate applies.

If you’re experimental or limited category, the ALERT Act exempts you. But the community trend toward ADS-B awareness is moving regardless of regulatory pressure.

Why Portable Receivers Are the Right Answer for Most GA Pilots

The portable receiver approach has always been the practical one for general aviation — and the ALERT Act just codified that it’s also the legal one.

Here’s the real-world equation: a panel-mounted ADS-B In solution from a certified avionics shop runs several thousand dollars plus installation time. A portable ADS-B receiver like Stratux runs $439.99 with internal GPS and takes about five minutes to set up. Both give you traffic on your iPad in ForeFlight. Both will comply with the mandate.

The argument for portable goes further than price. A portable receiver moves between aircraft — it works in your Cessna today and your friend’s Piper next weekend. A panel-mounted unit is married to that airframe. In a rental context, portable is the only option.

It also fits the open-source philosophy that’s driven the Stratux project since 2015. The receiver’s firmware is maintained by the same GA pilot community that actually uses it. Features get added because real pilots ask for them. Bugs get fixed because real pilots find them. That’s a different model than waiting for a manufacturer’s firmware roadmap.

ADS-B In vs. Out: The Distinction That Still Trips People Up

Quick clarification for pilots who know they “have ADS-B” but aren’t sure which kind:

ADS-B Out broadcasts your aircraft’s position to ATC and other aircraft. The FAA mandated ADS-B Out for flights in Class A, B, and C airspace (and above 10,000 feet in Class E) since January 2020. Most active GA aircraft already have this.

ADS-B In receives those position broadcasts from other aircraft and displays them in your cockpit. This is what the ALERT Act mandates — and what was missing from the Black Hawk and Flight 5342 on January 29, 2025. The Army helicopter wasn’t broadcasting in a way the airline crew’s avionics would have caught, and the airline crew had no ADS-B In display in the cockpit. The gap that ADS-B In would have closed — a visual alert showing the helicopter’s position — is exactly why NTSB has recommended the mandate 18 separate times.

If you have a Stratux (or any portable ADS-B receiver) connected to ForeFlight, you have ADS-B In. You’re already operating the way the ALERT Act will eventually require.

What to Actually Do Right Now

Three things worth doing before this bill finishes its legislative journey:

1. Verify you have ADS-B In working on every aircraft you fly regularly. Not just “I own a Stratux” — but that it’s connected, receiving traffic, and you know how to read it. The value is in the habit, not the box.
2. If you rent, ask your flight school. Ask whether the fleet will be ADS-B In compliant by the mandate deadline. This is a legitimate question and most schools are already thinking about it.
3. If you don’t have a portable receiver yet, now’s the time. Prices and technology are good right now. The 2031 deadline creates a demand surge eventually — better to be ahead of it than behind it.

The ALERT Act isn’t the final word on ADS-B In legislation — that will come out of reconciliation with the Senate. But the vote tally (62-0 in committee) and the bipartisan Senate pressure make the outcome near-certain: ADS-B In is coming for most GA aircraft before 2032.

Start flying with it now. Don’t wait for the law to make you.

Get Set Up Before the Mandate Arrives

The Stratux ADS-B Receiver with Internal GPS ($439.99) is the portable solution most GA pilots in our community fly with. It receives both 1090 MHz and 978 MHz (UAT) traffic, feeds ForeFlight, WingX, FlyQ, and every major EFB over Wi-Fi, and sets up in under five minutes. Open source, repairable down to the component, and already compliant with what the ALERT Act will require.

Questions about how this fits your specific setup? Drop a comment below or find us in the Stratux Discord — we’re in there every day.

Sources: AOPA, March 26 2026 | Senate Commerce Committee, March 2026 | NTSB recommendations (18 separate filings on ADS-B In)

Two pilots are dead. The FAA issued an emergency order. And the conversation about situational awareness in and around airports just changed.

On March 23, an Air Canada CRJ-900 on landing rollout at LaGuardia collided with an airport fire truck on the runway. Both pilots were killed. The NTSB is now pushing for vehicle transponder mandates at major airports. Four days earlier, the FAA issued a GENOT — an emergency notice — ending see-and-avoid procedures for helicopters at towered airports, effective immediately.

Two incidents in a week. Both point at the same systemic gap: knowing what’s sharing your airspace (and your runway) isn’t always possible with eyes alone.

What Changed and Why It Matters

The FAA GENOT (issued March 19) is significant. “See and avoid” has been the backbone of VFR operations for decades. Telling helicopter operators that see-and-avoid is no longer acceptable at busy towered airports is a signal that the FAA recognizes a fundamental limitation: at high-traffic airports, visual separation alone isn’t enough.

The NTSB’s vehicle transponder push is the ground-level parallel. Runway incursions have been a persistent problem — LaGuardia just made it impossible to look away. If ground vehicles were broadcasting ADS-B or transponder signals, pilots on approach could see them on their moving map. Traffic that’s visible on a display is traffic you can avoid.

This isn’t theoretical. ADS-B In — the receive side of ADS-B — was designed for exactly this: showing you traffic that ATC sees, directly in your cockpit.

The Difference Between ADS-B Out and ADS-B In

Most GA pilots know the 2020 ADS-B Out mandate. You need it to fly in Class B and C airspace. It broadcasts your position so ATC and other aircraft can see you.

ADS-B In is the other half. It receives that data and displays it on your EFB — ForeFlight®, WingX, Garmin Pilot, FlyQ. You see traffic on a moving map. You see weather. You see the picture that ATC is looking at.

The mandate only covered Out. In was left optional. Most pilots flying GA aircraft still don’t have it.

After LaGuardia, after the GENOT, the argument for “optional” gets harder to make.

What ADS-B In Actually Shows You

On approach to a busy airport with ADS-B In running:

• Aircraft in the pattern and on final — with tail numbers and altitude
• Traffic on the ground broadcasting ADS-B Out (including, eventually, equipped vehicles if the NTSB mandate passes)
• Other aircraft on TCAS in the area
• FIS-B weather: NEXRAD radar, METARs, TAFs, PIREPs, TFRs

It’s not a replacement for radio calls and visual scans. It’s an additional layer. The kind of layer that shows you something is on the runway before you’re close enough to see it through the windscreen.

The Affordable Path

Commercial ADS-B In solutions exist. They’re generally sealed boxes that cost $500–900 and can’t be repaired when they fail.

Stratux is the open-source alternative. Dual-band receiver (978 MHz UAT + 1090 MHz ES), WAAS GPS, AHRS for synthetic vision backup — assembled and tested, ready to mount on your glareshield. It works with ForeFlight®, WingX, Garmin Pilot, FlyQ, and most other major EFBs via Wi-Fi.

It’s repairable. If a component fails, you replace that component. Not the whole unit.

The pre-built unit with internal GPS is $439.99 — roughly half the cost of sealed alternatives, and it does the same job.

What the ALERT Act and These Incidents Have in Common

The ALERT Act — currently before Congress — would push for broader ADS-B In requirements for GA aircraft. The DCA collision in January sparked the bill. LaGuardia added urgency. The FAA GENOT shows regulators aren’t waiting for legislation to act.

The pattern: incidents → regulatory pressure → mandates. Pilots who already have ADS-B In are ahead of that curve. Pilots who don’t are flying with an information gap that the FAA is increasingly deciding to close by rule.

Getting ahead of a mandate means you choose your timing. Waiting for the mandate means you’re scrambling with everyone else.

One Thing That Doesn’t Change

None of this replaces radio discipline, proper scan technique, or knowing your airport diagram. LaGuardia was a controlled airport with experienced crew and ATC. Electronics help; they don’t substitute for airmanship.

But the pilot who has a traffic picture has more to work with than the pilot who doesn’t. At a busy towered airport, in a high-workload phase of flight, more information — delivered clearly on a display you’re already looking at — is a genuine safety margin.

The FAA just said see-and-avoid isn’t enough at busy airports. That’s worth taking seriously.

Get ADS-B In Before the Mandate Does It for You

Stratux gives you dual-band ADS-B In — UAT (978 MHz) and 1090ES — plus WAAS GPS and weather, in a package that works with the EFB you already use. No subscriptions. No vendor lock-in. Repairable when something fails.

See the Stratux ADS-B Receiver with Internal GPS — $439.99

Three months after the DCA collision, another aircraft and another missing transponder.

Late Sunday night, an Air Canada Express CRJ-900 on final approach to LaGuardia Airport’s Runway 4 struck a Port Authority fire truck crossing the runway. Both pilots were killed. Nine passengers remained hospitalized as of Tuesday. The fire truck crew survived.

The NTSB is investigating. What’s already known is striking: the fire truck had no transponder. ASDE-X — the Airport Surface Detection System that tracks aircraft and vehicles on the runway — did not generate an alert. The fire truck was cleared to cross the runway 20 seconds before impact. The jet’s crew had nine seconds of warning.

The System That Was Supposed to Prevent This

ASDE-X is the radar-based surface detection system used at LaGuardia and dozens of other major U.S. airports. In theory, it tracks everything on the surface — aircraft and ground vehicles — and warns controllers of potential conflicts before they become collisions.

NTSB Chair Jennifer Homendy said Tuesday that it didn’t work as intended: “ASDE-X did not generate an alert due to the close proximity of vehicles merging and unmerging near the runway, resulting in the inability to create a track of high confidence.”

In plain language: there were too many vehicles moving near the runway for the system to confidently track each one, so it gave up and generated no warning at all.

The fire truck also had no transponder. Homendy told reporters that a transponder could have helped trigger an alert on the runway warning system. Without it, the truck was effectively invisible to the automated layers of protection that were supposed to catch exactly this kind of situation.

“Controllers should have all the information and the tools to do their job,” Homendy said. “You have to have information on the ground movements, whether that’s aircraft or vehicles. This is 2026.”

This Is the Third Major U.S. Aviation Collision in 14 Months

The pattern is hard to ignore. In January 2025, an American Airlines regional jet and a U.S. Army Black Hawk helicopter collided on approach to Reagan National Airport, killing 67 people. The Black Hawk was not transmitting ADS-B Out — a legally mandated system for civilian aircraft — for months before the crash.

In February 2026, NTSB investigators were still working through the DCA wreckage when Congress debated the ROTOR Act, a bill that would have required ADS-B In receivers — the equipment that receives position data from nearby aircraft and vehicles. It failed to reach the two-thirds threshold needed for fast-track passage, though the debate continues.

Now LaGuardia. A truck without a transponder. A detection system that failed to track it. Two more pilots dead.

What ADS-B In Does — and Doesn’t — Solve

It’s worth being precise here, because ADS-B In is not a cure for runway incursions. ADS-B is an airborne situational awareness system — it’s designed to show pilots the position of other aircraft transmitting ADS-B Out data. Ground vehicles, fire trucks, and airport equipment are not part of that ecosystem unless they’re specifically equipped with transponders that broadcast on the same frequencies.

What ADS-B In does do for general aviation pilots is give you real-time traffic awareness in the air: where other aircraft are, how fast they’re moving, their altitude. When the DCA Black Hawk wasn’t transmitting, the airline crew couldn’t see it. ADS-B In, had the helicopter been transmitting, would have shown the conflict before it was fatal.

The LaGuardia failure is different in mechanism but identical in theme: the information needed to prevent the collision existed in theory, but the technology chain broke down. ASDE-X failed to track the vehicle. The truck had no transponder. The controller had 20 seconds and the wrong information.

For GA Pilots: The Argument Hasn’t Changed

After DCA, pilots who hadn’t thought much about ADS-B In started thinking about it. After LaGuardia, the same conversation is happening again — and it should.

The ROTOR Act debate established one thing clearly: the NTSB Chair testified before Congress that a $400 portable ADS-B In receiver connecting to an iPad is the practical, affordable path for general aviation pilots. That’s not marketing language. That’s her testimony.

You don’t need a runway incursion system to benefit from ADS-B In. You need it for the same reason the DCA crew would have benefited: knowing where the traffic around you actually is, in real time, before ATC calls it out.

Stratux is an open-source ADS-B In receiver built on a Raspberry Pi. It receives both 978 MHz UAT and 1090 MHz ES traffic, connects to your iPad over Wi-Fi, and works with ForeFlight®, Garmin Pilot, WingX, and every other major EFB. No subscription. No sealed chassis. If something fails, you replace the part.

The Crew Dog Electronics Stratux with internal GPS starts at $439.99 — open source, repairable, no subscriptions.

The technology that prevents the kind of collision that killed those two pilots at LaGuardia isn’t ADS-B In — the fire truck problem requires a different layer of the system. But the technology that keeps GA pilots from becoming the missing aircraft in someone else’s investigation is exactly what ADS-B In provides.

See the Stratux ADS-B In receiver →

The Bigger Pattern

Three incidents. Three technology failures. DCA: military helicopter without ADS-B Out. LaGuardia: ground vehicle without a transponder, surface detection system that generated no alert.

The NTSB has been recommending broader ADS-B deployment since 2008. Eighteen years of recommendations. The technology is cheap, available, and proven. The gaps that keep producing these investigations are not engineering gaps — they’re adoption gaps.

Aviation safety tends to improve one accident at a time. That’s the nature of the system. The question GA pilots can answer for themselves — right now, without waiting for a mandate — is whether knowing where the traffic around them is worth $400 and a Wi-Fi connection.

The House of Representatives failed to pass the ROTOR Act on February 24, 2026 — but buried inside the congressional debate was something GA pilots should know: the nation’s top aviation safety official stood before Congress and said that a $400 portable ADS-B receiver connecting to an iPad is the affordable compliance path for general aviation.

That’s not our marketing copy. That’s the NTSB Chair under oath.

Here’s what happened, what it means, and where things go from here.

What Is the ROTOR Act?

The ROTOR Act was introduced following the January 2025 midair collision near Washington, D.C., in which a commercial American Airlines jet struck a U.S. Army Black Hawk helicopter, killing 67 people. The National Transportation Safety Board has been recommending broader ADS-B In deployment since 2008 — the DCA collision put that recommendation back in the spotlight.

The bill, which already cleared the Senate in December 2025, would have required aircraft operating around busy airports to install ADS-B In systems — technology that lets pilots receive traffic data about nearby aircraft. ADS-B Out (which broadcasts an aircraft’s position) has been federally required since 2020. ADS-B In is the complementary receiver side, and it’s currently optional.

Under a fast-track procedure requiring a two-thirds majority, the ROTOR Act received 264 votes — close, but not enough. 133 lawmakers voted against it, pushing it below the threshold.

So it failed. For now.

Why It Failed (And Why That’s Not the Whole Story)

Opposition came from an unusual coalition: Airlines for America, general aviation industry groups, and the Pentagon — which reversed its earlier support, citing unresolved “budgetary burdens and operational security risks.”

The competing House bill, introduced just days before the vote, takes a study-first approach: direct the FAA to analyze available technology and determine the right mandate before requiring anything. House Transportation & Infrastructure Committee Chairman Sam Graves said markup could happen as early as next week.

In other words: this is not over. ADS-B In is going to be debated — probably repeatedly — over the next year. Every GA pilot should understand where this is heading.

The Cost Question (and What NTSB Chair Homendy Said)

One of the central arguments against the mandate has been cost. Aviation safety equipment isn’t cheap, and not every small plane operator has deep pockets.

NTSB Chairwoman Jennifer Homendy addressed this directly in Congressional testimony. Airlines like American Airlines equipped over 300 Airbus A321s with ADS-B In at roughly $50,000 per aircraft — a cost that got cited as a burden. But Homendy made clear that’s the airline scenario, not the general aviation one.

Her words: general aviation pilots have the option of using a portable receiver that costs about $400 and works with an iPad.

That’s it. Portable. iPad-connected. $400.

If that description sounds familiar, it should — it’s exactly how Stratux works.

What Stratux Is and Why This Matters

Stratux is an open-source ADS-B In receiver. It plugs into 12V or USB power, broadcasts over Wi-Fi, and connects to your iPad running ForeFlight®, Garmin Pilot, AvPlan, or any other EFB you prefer. It receives both UAT (978 MHz) and 1090-ES traffic, plus FIS-B weather. No monthly subscription. No vendor lock-in. No sealed chassis you can’t repair.

The Crew Dog Electronics pre-built Stratux starts at $379. The kit version is $449 (components to build your own).

The NTSB Chair described “about $400” as the affordable ADS-B In path for GA pilots. We’re within that range, and we ship today — not on a preorder schedule.

UAT coverage, worth noting: Stratux receives UAT ADS-B traffic in both the United States and Canada, where CIFIB towers provide coverage. If you fly cross-border, you’re covered.

What GA Pilots Should Watch For

The ROTOR Act is likely not done — the House Transportation Committee is expected to mark up its version soon, and the debate will continue. A few things to track:

• House bill markup: Could happen within weeks. The House approach (study-first) differs from the Senate mandate-now approach. The final outcome will likely be a compromise.
• FAA study timeline: If the House version passes, the FAA will define what “ADS-B In compliance” looks like for GA. Portable receivers have been explicitly acknowledged as a valid option.
• Cost as the deciding factor: Congressional opposition kept circling back to cost. The fact that the NTSB Chair cited $400 portable receivers as a solution — on the record, in Congress — means that figure is now part of the policy discussion.

None of this means you need to scramble to buy anything. ADS-B In is not mandated for GA pilots right now. But if you’ve been curious about situational awareness — knowing where other traffic is before ATC calls it out — this is a good moment to understand your options.

The Bigger Picture: Situational Awareness Doesn’t Wait for Legislation

Here’s the honest pilot’s take: the DCA collision happened, in part, because the helicopter crew didn’t have real-time traffic awareness. The investigation is ongoing and the full picture is still emerging. But the NTSB’s two-decade-long recommendation for ADS-B In exists because the technology works.

You don’t need a mandate to decide that knowing where other aircraft are is worth something to you. Pilots have been running Stratux in cockpits, on headsets, in backcountry strips, and yes, in paragliders for years. Not because they were required to — because it makes sense.

Bottom Line

The ROTOR Act failed in the House. The policy debate continues. But the NTSB Chair’s testimony drew a clear line: affordable ADS-B In compliance for GA pilots runs about $400, works with an iPad, and doesn’t require tearing apart your panel.

That’s where we’ve been sitting for a while. If you want to see what a Stratux setup looks like, the gear is at crewdogelectronics.com.

Fly safe. Know where the traffic is.

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Have questions about Stratux setup? Check out our step-by-step Stratux setup guide or reach out directly.