THE ARCHAX - MOVEMENT - COCKPIT - MODE CHANGE - EXTERIOR - FRAME - SAFETY
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Many factors were considered in the designing of ARCHAX which allowed for the free movement of its 26 joints.
In order for any movable part of ARCHAX to move to any position, we have done contact analysis and repeatedly altered exterior design using 3D software to achieve zero interference.
We take great caution not to cause any wire breakage at each joint since the electric cables are hooked up to the servo motors.
It was designed with singular-eyed head, including a combination of the functional elements of a robot and countless astonishing mechanisms.
Paying attention to fine details, we manufactured it by assembling FRP and 3D printed parts.
Moving Part
Head (Right / Left)
The body reserves a wide space in the cockpit, having a massive appearance. It was made with a diamond-like structure, which gives it a more mobile form.
The exterior pack located on the back stores a switchboard that connects to the devices within the upper body.
Moving Part
Waist (Right / Left)
The link mechanism installed for the hatch makes it possible to perform the intricate opening/closing operation, creating the joy of getting in again and again.
Moving Part
Opening / Closing of the hatch
Although it displays a rugged appearance, each part of the arms is made to be at the same ratio with that of a human's, making it possible to perform natural movements.
Moving Parts
Shoulders (Front / Back, Up / Down)
Elbows (Front / Back)
As the base structure, 3D printed resin exterior parts are attached to the metal frames.
One actuator can move 3 joints simultaneously, allowing for delicate finger movements and achieving weight reduction.
Together with the rotation of the wrists, each finger can move individually to make numerous hand positions.
Moving Parts
Wrists (In / Out)
All the digits: Individually movable
Storage compartments are located at the front and back of the frame that connects and supports the legs and the cockpit.
They store batteries and a switchboard that connects to the devices located in the lower body.
Moving Part
-
The ARCHAX's front legs are designed to look similar to the silhouette of human, mainly utilizing curved frames.
Large-scale cylinders for the mode change and forklift tires for front-wheel steering are installed.
Moving Parts
Mode change
Steering
Taking the strong structure required to hold up its weight into consideration, it is designed to have both a stylish robotic appearance and full functionality.
The upper part of the rear legs are equipped with suspension that absorbs the terrain's slope. Its wheels are attached to the motors, making them the driving wheels.
Moving Part
Driving
可動部
肩ロール
肩ピッチ
肘ピッチ
手首
五指独立可動
ツバメインダストリの初号機ロマンを追求した搭乗型ロボット「アーカックス」を現在製作中です。
量産化を目指しています。
2023年夏、プロトタイプ完成予定
可動部
ヘッド首振り
ツバメインダストリの初号機ロマンを追求した搭乗型ロボット「アーカックス」を現在製作中です。
量産化を目指しています。
2023年夏、プロトタイプ完成予定
可動部
ハッチ開閉
腰
ツバメインダストリの初号機ロマンを追求した搭乗型ロボット「アーカックス」を現在製作中です。
量産化を目指しています。
2023年夏、プロトタイプ完成予定
可動部
前脚
ステアリング
走行
ツバメインダストリの初号機ロマンを追求した搭乗型ロボット「アーカックス」を現在製作中です。
量産化を目指しています。
2023年夏、プロトタイプ完成予定
ツバメインダストリの初号機ロマンを追求した搭乗型ロボット「アーカックス」を現在製作中です。
量産化を目指しています。
2023年夏、プロトタイプ完成予定
