Dongguan City, Guangdong, China - September 6, 2026 - Hampo officially launches the Ego‑Camera, a head‑mounted binocular dual‑lens camera purpose‑built for embodied AI and robot‑learning data acquisition.Capturing authentic human first‑person perspective, this unit integrates an on‑board IMU with hardware‑level synchronization to deliver high‑precision timestamped visual‑inertial fused data. It enables robotics R&D teams to easily gather real‑world manipulation data and generate reproducible multimodal datasets for embodied AI model training Industry Background The performance ceiling of embodied AI robots heavily relies on the quality and scale of training datasets. Industry consensus confirms egocentric first‑person data delivers the most practical training material, matching the actual viewpoint robots use in deployment.Researchers wear the lightweight head‑mounted camera and perform natural grasping, assembly and manipulation tasks within ordinary real‑world environments. AI models learn manipulation skills, action sequences and spatial relationships directly from human‑perspective recordings. Complex robot operation workflows and costly custom data‑collection setups can be largely avoided.High‑quality robot training requires far more than clear images. Reliable vision‑inertial time alignment, frame‑accurate timestamps and ready‑to‑use calibration datasets determine whether raw recordings can be directly applied for VIO‑SLAM, teleoperation and imitation learning. The Hampo Ego‑Camera is engineered specifically to solve these critical industry pain points. Key Specifications | Parameter | Specification | |---|---| | Sensor | Dual 2MP Color Global Shutter CMOS (1/2.6″) | | Output Resolution | 3840×1080P @30fps Binocular Panoramic | | Dynamic Range | 61.56dB Linear / 91.56dB HDR | | Field of View | Dual 125° Ultra‑Wide, Low‑Distortion | | Lens | M12×P0.5 Fixed Focus | | Binocular Function | Dual‑camera sync, ranging & calibration; supports depth detection and 3D reconstruction | | IMU | On‑board IMU, hardware synchronized with image frames | | Timestamp | Frame‑level timestamp for replayable, reproducible data | | Calibration | Factory pre‑calibrated, calibration data included upon delivery | |