The DJI Drone Ban Is Approaching – What It Means for the U.S. Drone Industry

Unless something changes quickly, DJI is on track to face a major regulatory setback in the United States – one that could reshape the consumer and commercial drone market almost overnight. 

Under the 2024 National Defense Authorization Act (NDAA), DJI must undergo a federal security audit. If that review is not completed by December 23, 2025, the company will be added to the FCC’s Covered List, effectively preventing DJI from introducing new products into the U.S. market. 

As of now, no federal agency has taken responsibility for conducting the audit. 

This uncertainty is already prompting many organizations to reassess where their drone technology is sourced and how resilient their supply chains are. It also highlights the opportunity for U.S. companies like Systems Technology, Inc. (STI) to provide next-generation flight control systems for drones, rotorcraft, and experimental aircraft.

Why DJI is Under Scrutiny

DJI’s challenges in the U.S. have been building for years, but 2025 has brought them into sharp focus. 

Throughout the year, DJI product availability in the U.S. has been inconsistent. Some newly announced products have skipped the U.S. market entirely, while others have faced delayed launches and limited retail supply. DJI attributes these disruptions to U.S. Customs and Broder Protection (CBP), while CBP has cited concerns related to the Uyghur Forced Labor Prevention Act. DJI denies violating the law. 

DJI is simultaneously facing a broader national security review requirement under the NDAA. By law, any one of five agencies, including the Department of Defense, Department of Homeland Security, or the Office of the Director of National Intelligence, may conduct the audit. However, because no single agency is assigned responsibility, the process has stalled. 

Without a completed audit by December 23, DJI will be added to the FCC Covered List. This situation highlights how regulatory exposure and foreign manufacturing dependence are becoming increasingly intertwined, and why U.S.-designed flight control systems, like STI’s deployable and customizable autopilots verified with digital-twin simulation, are critical for future drone operations. 

What Happens If DJI is Added to the FCC Covered List

If DJI is placed on the Covered List: 

  • New DJI products cannot be approved for sale in the U.S. 
  • Any DJI device with wireless components, including drones, cameras, and gimbals, would be blocked from future FCC authorization 
  • DJI would be unable to officially launch new models in the U.S. market 

DJI would join companies such as Huawei and ZTE, which were added to the Covered List in 2022. For operators and organizations planning for long-term resilience, next-generation U.S.-made autopilot systems from STI offer a flight-ready, deployable alternative with flexible laws, sensor integration, and interfaces suitable for both commercial and R&D applications.

What the Ban Does and Does Not Do 

What it does: 

  • Prevents DJI from introducing new products in the U.S. 
  • Creates uncertainty around future availability, support, and long-term product lifecycles.  
  • Opens the possibility that currently approved products could be reviewed and potentially removed from sale on a case-by-case basis 

What it does not do: 

  • It does not ban the use of DJI drones you already own 
  • It does not disable existing products 
  • It does not immediately remove DJI products from store shelves 

The FCC’s authority applies to sales and approvals, not usage. That distinction increasingly favors onshore production and transparent, trusted supply chains. 

Why This Matters to the Drone Ecosystem 

DJI dominates the consumer drone market in a way no other company does. Its combination of camera quality, flight performance, and safety features has made DJI the default choice for content creators, surveyors, infrastructure inspectors, and public safety teams. A halt in new DJI product availability would send ripple effects across professional operations, procurement strategies, and training pipelines. It also underscores the operational risk of relying heavily on foreign-manufactured systems for mission-critical work and the opportunity for U.S.-developed flight control systems, like STI’s digital-twin verified, BVLOS-ready controllers, to fill that gap.

Are there Viable Alternatives? 

There are alternatives – but none that fully replicate DJI’s ecosystem. Some competitors offer capable entry-level drones or specialized camera systems, and brands like GoPro and Insta360 compete effectively in action cameras and gimbals. However, in high-performance consumer drones and integrated aerial imaging platforms, DJI remains unmatched in the eyes of many professionals. Next-generation autopilot systems designed by STI provide a U.S.-based, deployable, and customizable solution that supports both commercial and R&D applications, offering operators a resilient alternative in a shifting regulatory environment. 

Final Thoughts 

The potential DJI ban is not just about one company – it’s a defining moment for the U.S. drone industry. It raises questions about supply chains, national security, innovation, and how quickly domestic alternatives can scale to meet demand. 

For drone operators, businesses, and agencies, the message is clear: plan ahead, stay informed, and be ready for change.

About Systems Technology Inc.: Systems Technology Inc. (STI) is a technology company at the forefront of innovation, specializing in aviation and simulation solutions. With a mission to advance safety and efficiency in aviation, STI develops cutting-edge technologies to meet the evolving needs of the aerospace industry.

How Systems Technology, Inc. Is Defining the Feel of Next-Generation Rotorcraft—and Why Active Inceptor Research Matters 

When a test pilot calls a rotorcraft “precise,” “predictable,” and “stable,” they’re describing something engineered—not imagined. That “feel” is the product of control laws, inceptor force-feel shaping, and the underlying pilot-vehicle dynamics.

As rotorcraft progressively adapts fly-by-wire technology, eVTOL developers embrace novel control concepts, and UAS platforms shift toward optionally piloted control philosophies, getting inceptor tuning right has become both more critical and more complex.

For decades, Systems Technology, Inc. (STI) has been the quiet authority behind handling qualities, control-law development, and inceptor behavior. And recent research—including the Vertical Flight Society paper “Handling Qualities Evaluations of Active Inceptors with Varying Force/Feel Characteristics” — reinforces a truth STI has long understood: inceptor tuning fundamentally shapes rotorcraft performance.

Why Inceptor Tuning Is Now a Strategic Requirement 

Active, electronically controlled inceptors give designers unprecedented control over breakout forces, stiffness gradients, damping and inertia, mode-dependent force feedback (hover, cruise, automation), soft stops, detents, and haptic guidance, and envelope-protection cueing. 

The VFS study shows that force-feel variations directly influence pilot workload, precision and aggressiveness, stability margins, PIO susceptibility, and handling qualities ratings from ADS-33 tasks.

The takeaway: inceptor feel must be engineered – not assumed. 

That’s where STI excels. 

How STI Engineers Superior Inceptor Feel 

  1. Mission-Centered Handling Qualities Requirements 

Every mission demands its own feel. SAR hover, autonomous cargo lifts, steep approaches – each requires distinct cues and workload expectations. 

STI translates mission intent into measurable requirements using deep experience in: 

  • ADS-33E 
  • MIL-STD-1797 
  • Equivalent-system bandwidth analysis 
  • Workload prediction 
  • Pilot-vehicle system modeling 
  1. Engineering the Force-Feel Profile 

STI helps OEMs mathematically shape the inceptor’s force-feel signature, including: 

  • Breakout and detent forces 
  • Stiffness-versus-displacement characteristics 
  • Frequency-dependent damping 
  • Soft-top shaping 
  • Haptic cues for automation and envelope limits 

This is STI’s hallmark: integrating biomechanics, human factors, and control-law response into a coherent, intuitive feel. 

Mapping the Inceptor to the Control Laws 

A perfect force-feel profile is only effective if the aircraft’s response matches the pilot’s expectations. 

STI harmonizes inceptor dynamics with control laws spanning: 

  • ACAH 
  • TRC 
  • Rate-command/attitude-hold 
  • Hybrid and autonomous modes 
  • eVTOL-specific envelopes 

This closed-loop mapping is where programs succeed—or encounter PIOs and MTE failures. 

Simulation-Based Tuning 

Long before first flight, STI uses high-fidelity simulation to analyze: 

  • Pilot/vehicle dynamics 
  • Sensitivity to natural frequency and damping 
  • Predicted HQ ratings across MTEs 
  • Hover and low-speed workload 
  • Control-law bandwidth and phase interaction 

Flight-Test and Certification Support 

In flight test, STI helps OEMs: 

  • Build efficient test matrixes 
  • Tune based on qualitative pilot feedback + quantitative metrics 
  • Validate hover, low-speed, and high-speed handling qualities 
  • Document compliance 
  • Address transitions, automation modes, and degraded conditions 

This is where decades of handling-qualities heritage pay off. 

Why OEMs Turn to STI 

  1. 60+ years shaping the handling-qualities discipline 
  1. Deep, proven expertise with active inceptors 
  1. Tailored for modern eVTOL, rotorcraft, and pilot-optional UAS missions 

When feel matters—and it always does—STI is the partner that ensures it’s engineered, measurable, and repeatable.

Looking Ahead: Adaptive Feel and Human-Automation Teaming

Active inceptors are quickly evolving into intelligent, cooperative interfaces. They are becoming: 

  • Mode-adaptive 
  • Automation-aware 
  • Haptic-communicative 
  • Dynamically reconfigurable 

They’re no longer just sticks—they’re part of the aircraft’s cognitive system, managing workload, enforcing boundaries, cueing transitions, and enabling human-automation teamwork. 

STI is already pushing this frontier, leveraging decades of human-factors and handling-qualities research to help OEMs get the next generation right.

Closing Thoughts

The VFS paper “Handling Qualities Evaluations of Active Inceptors with Varying Force/Feel Characteristics” underscores what STI has long addressed: variations in force-feel profoundly affect handling qualities. Creating the right feel is a quantitative challenge grounded in biomechanics, pilot-vehicle dynamics, software control laws, and rigorous flight-test data.

Systems Technology, Inc. Brings all these disciplines together to help OEMs build rotorcraft, eVTOL, and UAS platforms that don’t just meet performance requirements—they feel exactly the way pilots intend.

About Systems Technology Inc.: Systems Technology Inc. (STI) is a technology company at the forefront of innovation, specializing in aviation and simulation solutions. With a mission to advance safety and efficiency in aviation, STI develops cutting-edge technologies to meet the evolving needs of the aerospace industry.

Advancing Fly-by-Wire and Ground Handling Performance 

At Systems Technology, Inc. (STI), we help engineers and pilots understand and improve how aircraft behave—both in the air and on the ground. Our work in fly-by-wire control and ground handling combines decades of flight dynamics expertise with proven modeling and analysis capabilities. 

Fly-by-Wire: Precision in Flight Control 

STI’s fly-by-wire experience began with an independent assessment of the Space Shuttle’s pitch-axis control law—the first operational fly-by-wire system. Since then, we’ve supported the design and analysis of control systems for military and commercial transports, fighters, business jets, and rotorcraft. 

Our methods integrate classical control insights with modern optimal and adaptive design techniques. We’ve worked with the FAA, NASA, and the Department of Defense to develop design requirements and handling qualities criteria, with particular focus on understanding and mitigating Pilot-Induced Oscillations caused by actuator rate limiting. 

Ground Handling: Stability on the Runway 

STI also applies flight control principles to ground operations, helping manufacturers and operators better predict aircraft behavior during landing rollout and taxi. Beginning in the late 1990s, we developed modeling approaches that place tire characteristics—rather than aerodynamic effects—at the center of ground handling analysis. 

Our capabilities include model development, analysis, computer and piloted simulation, and flight test support. This work has supported programs such as the U.S. Navy’s jet trainer and recent unmanned aerial vehicle efforts. 

Complete Control Across Every Phase 

From fly-by-wire design to ground handling evaluation, STI provides a full view of aircraft dynamics. Our experiences help reduce risk, improve controllability, and enhance safety from takeoff through rollout. 

Contact us to learn how STI can support your next flight control or ground handling program: https://www.systemstech.com/contact/ 

About Systems Technology Inc.: Systems Technology Inc. (STI) is a technology company at the forefront of innovation, specializing in aviation and simulation solutions. With a mission to advance safety and efficiency in aviation, STI develops cutting-edge technologies to meet the evolving needs of the aerospace industry.

Advancing Aircraft Handling Qualities with STI Expertise

At Systems Technology, Inc. (STI), handling qualities (HQ) are part of our foundation. For decades, we’ve helped aerospace teams understand and improve how pilots interact with their aircraft—across fighters, rotorcraft, transports, business jets, and emerging systems like UAS and hypersonic vehicles.

A Proven Legacy in Handling Qualities 

Since our founding, STI has played a key role in shaping the handling qualities (HQ) standards that guide the aerospace industry today. Our engineers contributed to the development of fixed-wing, rotary-wing, and V/STOL specifications and the first mission-oriented design standard—ADS-33 for military rotorcraft. We also developed widely used data repositories for aircraft and helicopters that remain valuable resources for research and system development. 

Independent Assessments for Every Platform 

STI provides independent handling qualities evaluations for a broad spectrum of vehicles, including the X-15, F-16, V-22, C-17, and Space Shuttle. Our assessments support both simulation and flight test environments, giving program managers and engineers data-driven insights into controllability, pilot workload, and flight dynamics—critical for certification and development. 

Enhancing Pilot-Vehicle Interaction 

Since the 1960s, STI has studied how pilots interact with flight controls and systems. Our research into inceptor characteristics informed today’s human operator models and control system design. Building on that heritage, we’ve advanced active pilot cueing solutions such as Smart-Cue, Smart-Gain, and SAFE-Cue—adaptive feedback and control concepts designed to prevent pilot-induced oscillations and improve stability during challenging conditions. 

Modern Methods for Pilot Workload Evaluation 

Our latest work applies wavelet transform analysis and psychophysiological metrics to better understand pilot input and workload in real time. These methods enhance simulation and flight test evaluations, providing a clear view of how pilots respond to dynamic or high-stress flight conditions. 

Comprehensive Support from Design to Certification 

STI supports all phases of handling qualities analysis—from requirements definition and design evaluations to certification and flight test. Our tools and consulting services help engineers make confident, data-backed decisions that improve performance, safety, and pilot effectiveness. 

Partner with STI for trusted handling qualities solutions. Learn how our experience and tools can support your next program: https://www.systemstech.com/contact/ 

About Systems Technology Inc.: Systems Technology Inc. (STI) is a technology company at the forefront of innovation, specializing in aviation and simulation solutions. With a mission to advance safety and efficiency in aviation, STI develops cutting-edge technologies to meet the evolving needs of the aerospace industry.