RobotAIGeek
★評価はまだありません

CARE-BOT-GR-3

GroundGermanyGermanyプロトタイプ
CARE-BOT-GR-3
比較
情報源:
価格:
未発表

説明

Care-O-bot 3 is a third-generation service robot created by Fraunhofer IPA, representing the company’s vision for autonomous domestic and healthcare robotics. First introduced in 2008, the robot has evolved through multiple iterations, with the third generation focusing on safe human interaction, object delivery, and modular service capabilities. Unlike single-purpose industrial robots, Care-O-bot 3 is designed to operate in human-centric environments such as homes, hospitals, and public facilities, performing assistance and logistics tasks. Its development reflects a broader industry shift toward personal service robotics.

特長

  • Autonomous navigation
  • Robotic manipulation arm
  • Human-safe interaction design

技術仕様

本体
重量~140 kg
寸法H 1.6 m
材質Aluminum frame and polymer service housing
移動性能
移動方式車輪型
電源
バッテリー駆動時間~6 hours operation
充電方式Automatic docking
充電時間~3 hours
センシング・演算
センサーLaser scanners, cameras, ultrasonic sensors, tactile sensors
接続性Wireless and cloud integration
ソフトウェア / AIROS-based service robot platform
メーカー情報第三者情報情報源なし情報源のステータスは、このロボットに登録された情報源に基づきます。

よくある質問

What is the CARE-BOT-GR-3?

Care-O-bot 3 is a third-generation service robot created by Fraunhofer IPA, representing the company’s vision for autonomous domestic and healthcare robotics.

Who makes the CARE-BOT-GR-3?

The CARE-BOT-GR-3 is made by Fraunhofer IPA, a robotics company based in Germany.

How much does the CARE-BOT-GR-3 cost?

Fraunhofer IPA has not publicly announced pricing for the CARE-BOT-GR-3. You can enquire through RobotAIGeek for current pricing.

What is the CARE-BOT-GR-3 used for?

The CARE-BOT-GR-3 is designed for 配送 and お手伝い. It is used in 医療 and 家庭 settings.

How much does the CARE-BOT-GR-3 weigh?

The CARE-BOT-GR-3 weighs ~140 kg.

What is the battery life of the CARE-BOT-GR-3?

The CARE-BOT-GR-3 runs for ~6 hours operation on a charge. It takes ~3 hours to charge.

類似ロボットと比較

このロボットが最も近い代替候補とどう比べられるかをご覧ください

CARE-BOT-GR-3 の代替候補 →

最新ロボット情報を毎週ニュースレターで受け取りませんか?