Latest ideas and builds from the whole community, mixed in one stream. No follow needed.
An unconventional bipedal robot that utilizes two elongated, articulated arms for both locomotion and object manipulation. By shifting its center of gravity through sweeping arm strides, it provides a unique alternative to traditional leg-based movement.
移動と物体操作の両方に2本の長い腕を使用するユニークな二足歩行ロボット。電子機器を中央に配置して安定性を保ちながら、人間のような腕の振りを模倣して地形を移動します。
A unique bipedal robot that uses its long articulated arms as its primary means of locomotion and manipulation. This design challenges traditional leg-based movement by focusing on upper-body strength and balance for versatile terrain navigation.
A high-performance quadcopter featuring a fully 3D-printable frame designed for rapid field repairs and customization. It merges lightweight additive manufacturing with high-speed brushless electronics for an agile racing experience.
材料の投入からパウチ詰めまで、離乳食作りの全工程を自動化するコンパクトな4軸キッチンアシスタント。カスタムレシピのブレンドから、内蔵のスチームサイクルによる自動除菌まで、食事の準備を効率化します。
This smart gimbal system syncs a pico-projector with live astronomical data to mirror the exact night sky above your roof. It provides an immersive, scientifically accurate stargazing experience that fades to a sleep-inducing amber glow.
This intelligent maintenance bot uses a piezo sensor to detect the specific vibration frequencies of a dry chain and automatically applies wax lubricant. It ensures peak drivetrain efficiency and silence without the rider ever needing to check a maintenance log.
This autonomous base uses light-dependent resistors to rotate indoor plants toward the sun at a gentle, imperceptible pace. It features a self-sustaining solar charging system, ensuring your greenery thrives without manual intervention or external power.
猫がトイレを出た後、ステッピングモーター駆動のレールシステムで排泄物を密閉コンパートメントに自動で回収するスマートトイレです。毎日の掃除の手間を省き、同期された蓋の機構でニオイを閉じ込めます。
脳コンピュータインターフェースとスマート照明を使用して、あなたの精神状態を視覚的な雰囲気に変換します。このプロジェクトは、手頃な価格のEEGモジュールを活用し、集中力やリラックス度をダイナミックなカラーコード環境に翻訳します。
A high-precision robotic assistant designed to handle the tedious preparation of luxury leather goods while leaving the final saddle-stitching to the artisan. It combines computer vision for grain optimization with automated cutting, burnishing, and pre-piercing to triple workshop throughput.