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NY Product Design AwardsEnter Award

Digital, Electronic Devices & Accessories

Dual-Lens AI Sports Tracking Camera

Entrant: Malanshan Audio & Video Laboratory

2026 Silver winner badge
2026

Silver

CategoryDigital, Electronic Devices & Accessories
Class / SubcategoryImaging & Vision
Action Cameras
Country / RegionChina

The project

Project description.

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Designed for sports academies, amateur and semi-pro teams, and content creators, this AI sports tracking camera combines dual-lens coordination with automated AI tracking. It streamlines complex dynamic filming, lowering the barrier to pro-level sports video capture.

The camera pairs independent dual lenses with AI visual tracking for coordinated shooting: the wide-angle lens captures the full field while the telephoto lens delivers tight close-ups. Both cameras record simultaneously without switching lenses to prevent frame drops and target loss. The AI system identifies moving subjects, supports custom target tracking, and re-locks onto players after brief occlusions. Users can also mark virtual boundaries to define the active playing field, improving tracking accuracy and continuity in complex scenes. Built for fast-paced action, the two-axis gimbals offer a ±90° pan and 90° tilt range. The unit records 4K video at 30fps with an end-to-end inference latency of around 30ms and an object detection frame rate above 25fps. The companion app provides live preview, dual-feed switching, device control, live streaming, and media management. It also lets users review AI-curated highlights and match analytics, uniting video capture, training review, and content publishing into one seamless workflow.

The camera features a rounded, unified silhouette and a two-tier split-body structure with a symmetrical dual-lens layout. It pairs a vibrant upper housing with a dark lens zone below, blending a polymer main body with metallic accents for a sporty yet professional look. The unit integrates recyclable materials, a protective dust cover, a universal tripod mount, and over-the-air (OTA) firmware updates to support long-term field use.

Project credits.

Yujun Chen

Kai Xiong

Chun Liu

Yihan Hou

Zhizhou Zhang

Rao Yu

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