High School Team Advances in XPRIZE Wildfire Finals with Autonomous Aerial Response System

A student engineering team from Valley Christian Schools has advanced to the finalist round of the XPRIZE Wildfire competition’s Autonomous Wildfire Response track, joining a field typically dominated by universities, defense contractors, and international research institutions. Wildfire Quest is the only high school team to reach this stage of the $11 million global challenge, which evaluates next‑generation technologies for rapid wildfire detection, navigation, and suppression.

Technical Readiness Validated Through Rigorous Assessment

Finalist teams were evaluated on their Technical Readiness Level across three core domains: smart wildfire detection, autonomous navigation and safety, and autonomous suppression. Judges also assessed each system’s scalability to a 1000 km² operational area, a requirement intended to reflect real‑world wildfire response demands. The Wildfire Quest platform integrates early detection, decision‑making, and targeted suppression, with students iterating on the system over multiple years to address the speed, terrain, and environmental conditions that define modern wildfire behavior.

A School‑to‑Industry Ecosystem Supporting Applied R&D

The team’s progress is rooted in Valley Christian’s AMSE Institute, which provides high school students with access to advanced engineering tools, rapid prototyping capabilities, and mentorship typically associated with university‑level research programs. This infrastructure has enabled students to develop a system that moves beyond conceptual design toward operationally relevant performance.

Industry Partners Strengthen System Capability

Wildfire Quest’s work is reinforced by technology partners Kaizen Aerospace and SensoRy AI, whose contributions expand the system’s realism and mission applicability.

Kaizen Aerospace brings heavy‑lift autonomous flight capabilities and AI‑driven mission navigation, supporting the team with integration expertise and operational experience in aerial suppression. Its aircraft, designed for high‑payload autonomous missions, provide the backbone for rapid response under demanding conditions.

SensoRy AI contributes a multi‑sensor detection platform capable of identifying small fires from long distances and reporting precise coordinates within minutes. The system has undergone field testing with real fires and has been deployed operationally for extended periods, offering the rapid situational awareness required for autonomous suppression workflows.

Together, these technologies form a closed‑loop response architecture that aims to compress the timeline from first alert to targeted action.

Preparing for Alaska Finals and Field Demonstrations

The competition will culminate in Alaska this June, where finalist teams will conduct real‑world demonstrations under operational conditions. Wildfire Quest’s advancement highlights a model in which students, industry partners, and mission‑driven education collaborate to address emerging challenges in wildfire management and climate resilience.

About Valley Christian Schools and the AMSE Institute

Valley Christian Schools is a K–12 college‑preparatory community in San Jose, California, integrating faith‑based education with advanced STEM opportunities. Through the AMSE Institute, students engage in applied engineering, research, and problem‑solving aimed at serving communities and addressing global challenges.

About Kaizen Aerospace

Kaizen Aerospace develops heavy‑lift autonomous aircraft capable of carrying payloads up to 1,000 lb, supported by its xNav autonomous mission system. The company provides flight technology, integration support, and operational expertise for the Wildfire Quest platform and is committed to advancing next‑generation aerial suppression tools.

About SensoRy AI

SensoRy AI offers a patented multi‑sensor wildfire detection system capable of identifying incipient fires from long distances and reporting precise locations within minutes. Developed with academic and fire‑service guidance, the platform has undergone extensive field testing and supports rapid deployment of autonomous suppression assets.

About XPRIZE

XPRIZE designs and manages large‑scale competitions to accelerate solutions to global challenges. For more than three decades, its model has supported innovation across science, engineering, and sustainability.