T. Interceptor MP | Joel Chang Design

Drone

T. Interceptor MP

Autonomous AI-powered drone, guarding airspace with speed and agility.

As drone threats grow more prevalent, T.Interceptor MP is a multi-functional defense system built for urban security and critical infrastructure protection. It integrates AI image recognition, modular design, and cloud communication to perform real-time detection, monitoring, and interception in complex environments.

Powered by AI flight control and visual recognition, the system autonomously detects and locks onto suspicious aerial targets without continuous human oversight. Once confirmed, it launches a physical capture net to intercept the threat and bring it safely to the ground — delivering high-mobility protection with minimal impact on the surrounding environment.

Client

Tron Future

Year

2025-2026

Designer

Joel Chang
Marcus Kung

Contribution

Concept Development
Industrial Design
User Experience
Color, Material and Finish
Prototyping
Design for Manufacture

Reconnaissance, interception, and rapid response — one platform, multiple missions.

Autonomous Detection, Tracking & Interception

No need for personnel with drone jamming guns on-site. The T.Interceptor MP intercepts threats autonomously, while net-based capture minimizes collateral impact to the surrounding environment.

Form Follows Performance, Led by UX

Leading engineering integration through UX-driven design — resolving center-of-gravity balance, recoil alignment, battery quick-release, camera layout, and mechanism stacking across engineering, client, and aesthetic demands.

Design Validation

Perfect synergy of functionality and modularity, featuring interchangeable equipment mounts, a quick-release battery system, and thermal design.

Flight Testing & Validation

From controlled indoor environments to open-field scenarios, each flight test validates the system's autonomous detection, tracking, and net-based capture performance. Iterative testing under real-world conditions ensures reliability across diverse operational environments — refining flight dynamics, sensor accuracy, and structural durability before deployment.

Form Follows Function

The rear-mounted battery module is designed for rapid field replacement — minimizing downtime between missions. The tool-free extraction mechanism allows operators to swap power units in seconds, keeping the system mission-ready with minimal interruption.

Multi-Sensor Gimbal System

Equipped with a high-performance stabilized gimbal integrating visible light, laser rangefinder, and thermal imaging — enabling all-weather target identification, distance measurement, and tracking across day and night operations.

Angled Net Launcher — CG-Aligned Design

The capture net launcher is mounted at a calculated angle rather than horizontal. This ensures the reaction force during net deployment passes through the drone's center of gravity, preventing destabilizing torque that could cause mid-flight rollover. The angled geometry is seamlessly integrated into the body's surface language, turning an engineering constraint into a defining design detail.

Application Fields