Robolink's New Drone Teaches AI, But Its Real Lesson Is in Trust

SAN DIEGO, CA – June 24, 2026 – At this month’s ISTE conference in Orlando, a small drone buzzed with more than just the sound of its propellers; it carried the ambition of an entire industry grappling with its next evolution. Robolink, a company that has quietly grown into a significant player in educational technology, unveiled the CoDrone EDU Plus. Already a CES 2026 Innovation Awards Honoree, this new device is more than an iterative update. It’s a strategic move to bring the complex worlds of artificial intelligence and computer vision into K-12 classrooms, packaged in a way that addresses one of the biggest hurdles in EdTech: trust.

For years, drones in education have been excellent tools for teaching the fundamentals of coding and robotics. Students could program a flight path, understand sensor inputs, and see their code take physical form. Robolink’s original CoDrone EDU, now a staple in over 9,000 U.S. schools, mastered this model. But the CoDrone EDU Plus aims to teach students not just how to command a machine, but how a machine thinks.

A New Vision for STEM Education

The key innovation lies in the drone’s two programmable cameras—one facing forward, one pointing down. These are not for taking classroom selfies. They are sensors that feed a new Texas Instruments-powered board, enabling the drone to perform object detection, recognize patterns like AprilTags and ArUco markers, and utilize trained machine learning models. This transforms the drone from a remotely operated device into a nascent autonomous system.

“For example, they’re not just learning about sensor inputs like cameras and distance sensors, they’re learning how a drone or robot can make decisions by recognizing objects with a camera,” explained Wesley Hsu, Robolink's Chief Product Officer. This shift is profound. A student can now program the drone to identify a specific shape, land on it, and take off again only when it sees another designated object. This is the foundational logic behind warehouse automation, agricultural surveying, and autonomous delivery systems.

Robolink’s strategy for accessibility is just as critical as its technology. A partnership with Texas Instruments, announced last year, allows students to program the drones using Python on the TI-Nspire™ CX II graphing calculators already present in millions of math and science classrooms. This clever integration bypasses the need for dedicated computer labs, embedding advanced robotics directly into core curriculum subjects. It’s a move that significantly lowers the barrier to entry for schools and democratizes access to skills that are rapidly becoming essential.

Building the Moat: Privacy as a Feature

While the AI capabilities are grabbing headlines, Robolink's most disruptive feature may be its obsessive focus on privacy. Any school IT administrator knows the challenge: a promising new educational tool is often dead on arrival if it can’t clear the district’s stringent data security and privacy hurdles. Introducing cameras into classrooms, even on a small drone, is a potential minefield of compliance issues.

Robolink has addressed this head-on. The CoDrone EDU Plus was designed with a security-first mindset. It features no audio recording capabilities, all camera files are encrypted, and storage is handled locally on the device itself. Crucially, it also includes physical camera controls, giving educators an unambiguous way to ensure they are off. This suite of features is designed for compliance with educational privacy laws like COPPA and FERPA, a claim backed by the iKeepSafe certifications the company earned for its products back in 2024.

“We’ve seen countless technologies that were pedagogically sound but impossible to approve because of data privacy concerns,” noted one district technology director not affiliated with the company. “Building a tool from the ground up with encryption, local storage, and physical controls isn’t just good practice; it’s a core business strategy. It removes the primary point of objection for adoption.” By solving the privacy problem first, Robolink has built a competitive moat that other hardware makers may struggle to cross.

The Strategy Behind the Drone

This launch solidifies Robolink’s evolution from a promising startup to a strategic leader in the STEM education market. Now recognized on the Inc. 5000 list of fastest-growing companies, its success is built on a deep understanding of the educational ecosystem. The company’s partnership with the REC Foundation, whose Aerial Drone Competition has exploded from under 2,000 students in 2020 to over 10,800 this past season, demonstrates a powerful model for driving engagement through project-based, competitive learning.

Furthermore, the company’s product development process itself is a strategic asset. “We're proud to have co-designed CoDrone EDU Plus with school leaders, classroom teachers, and students,” said CEO Hansol Hong. This collaborative approach, which involves CSTA Fellows and classroom teachers in testing and creating the curriculum, ensures the final product is not just innovative but practical and effective in a real-world school environment.

As Robolink begins pre-orders in August, it’s not just selling a piece of hardware. It is offering an integrated platform of hardware, standards-aligned curriculum, large-scale competitions, and—most importantly—a foundation of trust. The new career-connected lessons being co-designed with educators for the 2026-27 school year will further cement this ecosystem. In an era where understanding artificial intelligence is becoming as fundamental as literacy, Robolink is making a compelling case that the best way to teach the future is to build tools that are both intelligent and responsible.