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House Republicans want to dissect a DJI drone, and here’s why

All eyes in the drone industry right now seem to be on the Countering CCP Drones Act, which is a Republican-led piece of legislation that could ban Chinese drones — specifically made by DJI. But House Republicans have another, proposal that’s potentially considered a bit bizarre. That’s to dissect a DJI drone.

Under Section 223 of the National Defense Authorization Act (NDAA) for Fiscal Year (FY) 2025, the Sectary of Defense (or more likely someone who works for them) would be required to “fully disassemble a drone aircraft made by the Chinese technology company Da Jiang Innovations (DJI)”. The reason why? According to the bill’s text, it’s to “determine the origin of each component of such drone aircraft.”

The text doesn’t specify which drone exactly. And DJI certainly has quite a range of products, from the ultra-low cost DJI Mini 4K, which costs less than $300, to high-end drones that target Hollywood filmmakers like the DJI Inspire 2. And where lawmakers seem deeply concerned about the capabilities of DJI’s camera drones for spying on critical infrastructure, DJI makes all sorts of camera gear. That ranges from the Osmo Action camera to a TikToker’s favorite, the Osmo Pocket 3 (perhaps not coincidentally, the same lawmakers seeking to ban DJI are also seeking to ban TikTok).

Here’s the full text of the proposed requirement that the government perform a formal DJI drone dissection, from Section 223 found on page 91 of the latest version of the bill:

SEC. 223. DISMANTLEMENT OF CHINESE DRONE AIRCRAFT TO IDENTIFY THE ORIGIN OF COMPONENTS AND SECURITY VULNERABILITIES.

Not later than 90 days after the date of the enactment of this Act, the Secretary of Defense, acting through the head of the Defense Technology Security Administration and in coordination with the Director of the Defense Innovation Unit, shall fully disassemble a drone aircraft made by the Chinese technology company Da Jiang Innovations (DJI); and determine the origin of each component of such drone aircraft.

After completing the actions required under subsection (a), the Secretary of Defense shall submit to the Committees on Armed Services of the Senate and the House of Representatives a report that includes— a list of each component found in the drone, including the origin of the component and manufacturer information; a description of any security vulnerabilities that were identified in the course of disassembling the drone.

The report required under subsection (b) shall be submitted in unclassified form, but may include
a classified annex. 

Section 223, HR 8070

Why do House Republicans want to dissect a DJI drone?

No, this isn’t a fun drone project for a STEM class (but hey, it could be!). Instead, the move underscores growing concerns that some politicians — namely Republicans — have over national security and technological vulnerabilities. It all rolls up into a House Republican initiative directed at compelling the Department of Defense to dismantle and scrutinize drones manufactured by DJI.

The primary objective is twofold:

  • to meticulously trace the origin of each component embedded within the drone
  • to identify any inherent security vulnerabilities that could compromise national defense or data integrity.

The impetus for this initiative stems from longstanding apprehensions surrounding the use of Chinese-made technology. That’s not just DJI, but other big Chinese companies like TikTok.

Alas, DJI — which is a prominent player in the global drone market — has faced scrutiny over data security concerns. It’s also been accused of ties to the Chinese government, which DJI has often denied. Other Chinese drone companies, including Autel, have largely escaped such scrutiny.

What happens after the DJI dissection?

This would hardly be the first time anyone has dissected a DJI drone. But it might be the first one done in an official government capacity.

Now it’s first worth noting that this may never happen. While the National Defense Authorization Act (NDAA) for Fiscal Year (FY) 2025 passed in June 2024 in the House of Representatives, it was only by a narrow margin. What’s more, that largely fell along party lines. It still needs to go to the Senate, and will ultimately land on the president’s desk.

It’s unlikely this exact bill will be what the president sees. In fact, controversial or otherwise nonsensical measures often do end up getting stripped out or heavily modified. That’s in order to pass both chambers — and avoid a presidential veto.

But let’s just say it does pass, and the DJI dissection happens. It’ll be quick, as the bill mandates it happen within 90 days (about three months) of the act’s enactment.

Upon completion of the disassembly process, the Secretary of Defense is mandated to submit a detailed report to the Senate and House Committees on Armed Services. This report will include:

  • A comprehensive list of every component found within the DJI drone
  • Information regarding the origin and manufacturer of each component.
  • An assessment outlining any identified security vulnerabilities uncovered during the disassembly process.

And, it’ll all become public information. We’ll be watching for it if it happens.

That said — while the main report will be unclassified to ensure transparency — there may be a classified component. After all, a provision exists for a classified annex to address sensitive findings that may impact national security protocols or ongoing defense strategies.

The post House Republicans want to dissect a DJI drone, and here’s why appeared first on The Drone Girl.

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How to make a drone light show with your students

Drone light shows are becoming more popular and offer a great career path for drone fans. And as it turns out, you could put on a drone light show in your own high school drone program.

That’s via the Drone Blocks light show drone kit, which costs about $7,500. Though that might be pricey for a high school to invest in, it’s reusable year after year. As long as your school can swallow the budget, this kit is the perfect way for STEM teachers and drone enthusiasts who want to create a drone light show. The kit includes everything you need to put on a successful show.

Just imagine the recognition a teacher would get for teaching students how to put on a drone light show and then actually making it happen. Consider it a guaranteed way to be named “Teacher of the Year.”

DroneBlocks light show kit: what’s included 

The DroneBlock drone light show kit comes with all the hardware and the proprietary software any STEM instructor needs to put on a successful mini drone light show.

The kit includes 10 swarm drones, 3 4-channel chargers, 30 batteries, 12 propeller sets, and a handful of repair tools (screwdrivers, propeller guards, etc.). The kits also include a base station setup including 5 tripods, 4 base stations, 1 relay station, and more.

The kit costs $7,495, which includes 10 drones. But of course, more drones make your shows more dynamic and interesting. You can buy your drones in increments of 10. A 20 drone kit costs $14,240 and a 70 drone kit costs $45,490. 

Unlike the impressive drone shows at Disney World, these drones are specifically designed for indoor use and engineered to perform in low-altitude light shows. While it’s technically possible to set up a drone light show outdoors, such as on a school’s football field, less-than-ideal weather conditions could jeopardize your event. (Any winds exceeding 7 mph can affect their flight paths).

To set up, place the base stations in the corners of the area. These stations triangulate the drones’ locations in real time, eliminating the need for GPS.

STEM educators should ensure they have a space large enough indoors to put on the show (and for an audience).

A High School Robotics Program Elective prepares for its drone light show in the gym. Photo Courtesy of DroneBlocks

How to put on a drone light show

Purchasing the kit grants you access to user-friendly software, a drone light show curriculum, and technical support from the DroneBlocks team. 

The included software features an intuitive interface, allowing future drone designers to visualize and edit drone formations in real time. With its drag-and-drop functionality, students can arrange the drones into intricate patterns and shapes.

Students can show off their artistic side as well, but creating fun drone designs and matching up the patterns to music. This is a fun and different way to add the A into STEAM. 

The software also includes a real-time simulation feature, enabling users to preview their shows before the actual performance. Additionally, a mini quick-start guide is available for all kit purchasers. The guide features two 10-15 minute videos: a 10-minute setup guide and an in-depth design module. After watching these setup videos, you’ll be ready to create endless drone light shows.

Who is DroneBlocks drone light show for?

If you run a small after-school STEM program and have access to funding or grant opportunities, the drone light show kit could be a solid choice. 

This kit is ideal for a fun, after-school project rather than a full-blown STEM curriculum. Note that it doesn’t include lesson plans or a structured curriculum. Lack of curriculum isn’t a bad thing though. Instead, classrooms are encouraged to lean into the creative aspects of editing and designing drone shows through the software. And for what it’s worth, DroneBlocks promises to be available with customer support for purchasers.

Still note, this isn’t for a teacher seeking a cookie-cutter project where they can kick back and let the students go. Consider this more well-suited for a small group of high-achieving students, such as those enrolled in a STEM-focused after-school program.

Classrooms with a robust budget

Starting at $7,500, the drone light show kit is a significant investment and may not be suitable for every educator. The kit doesn’t include lesson plans, a scope and sequence, or a structured curriculum. Given that, it’s generally better for a small number of students in specialized programs.

If you’re looking to start a STEM program, the drone light show kit might not be the best option. Instead, consider purchasing a single educational drone, such as the DroneBlocks Crazyflie drone or the Raspberry Pi drone kit. These options come at a much lower price point and are better suited for larger groups of students.

For educators seeking a more comprehensive computer science-based curriculum centered around drones and suitable for larger groups of students, consider the DroneBlocks curriculum paired with the educational Crazyflie drones. This comprehensive drone curriculum costs $495 per year and includes software access for unlimited students, offering the opportunity to explore DroneBlocks coding with or without drones.

Is DroneBlocks a worthwhile investment to make a drone light show?

While the initial investment is substantial, the drone light show kit from DroneBlocks can be used repeatedly, providing year-after-year and show-after-show value. Considering the average cost of a professional drone light show, the DroneBlocks kit is one of the most cost-effective ways to put on a drone light show.

Moreover, many grants are specifically written for STEM opportunities, offering various ways to secure funding. The DroneBlocks drone light show kit introduces students to career opportunities in the drone industry. Plus, it allows them to showcase their learning to friends and family with an unforgettable drone light show.

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