RobotAIGeek
★評価はまだありません

GC Robotics P500

Mobile-RobotsChinaChinaリリース済み
GC Robotics P500
比較
情報源:
用途:
研究搬送Heavy indoor material transportcustom robot integrationwarehouse automationmachine tending bases
価格:
未発表

説明

The P500 is the heavy member of GC Robotics' indoor range: a 942 mm base weighing 70 kg that carries 400 kg — nearly six times its own weight — which is what makes it a base for cart movers, lifting rigs and machine-tending robots rather than for service trolleys. It runs twin LiDARs rather than one, alongside a depth camera, IMU, wheel odometry and bumper strips, giving the coverage a machine this heavy needs to stop safely. Despite the mass it still rotates within its own footprint on a differential drive, and it is the longest-legged of the indoor platforms at up to sixteen hours unloaded from a 36 V 30 Ah pack, with an optional automatic charging station for round-the-clock running. Its tolerance is slightly wider than its siblings' too, working from -5 to 45 degrees Celsius. As with the rest of the line it is sold open, with a modular payload platform, open APIs and flexible interfaces so integrators can drop in their own software and application modules.

特長

  • 942 x 602 x 258 mm and 70 kg
  • Maximum payload 400 kg, nearly six times the platform's own weight
  • Sensor suite included: 2 LiDARs, depth camera, IMU, wheel odometry and bumper strip
  • Laser SLAM autonomous navigation with active and passive obstacle avoidance
  • Differential drive with a 0 mm minimum turning radius (supports in-place rotation)
  • Maximum linear speed 1 m/s
  • maximum angular speed ±1.0 rad/s
  • Drive motors 500 W x 2
  • encoder resolution 1024 lines
  • independent suspension
  • Wheel track 480 mm
  • wheel diameter 165 mm
  • Battery 36 V / 30 Ah
  • operating endurance up to 16 h unloaded on a flat surface, the longest in the indoor range
  • Charging time 4 h
  • charger 42 V / 10 A
  • optional automatic charging station for 24 h autonomous operation
  • Operating temperature -5 to 45 degrees Celsius, indoor
  • Interfaces and protocols: HTTP API, RJ45, Wi-Fi, USB and a 4-pin aviation plug
  • Modular payload platform with open APIs for integrating custom software and application modules

技術仕様

検証済み
本体
重量70 kg
寸法L 942 mm × W 602 mm × H 258 mm
可搬重量400 kg
移動性能
移動方式車輪型
速度3.6 km/h
使用環境Indoor, -5 to 45 degrees Celsius
アクチュエーターDifferential-drive wheeled chassis with independent suspension and 500 W x 2 drive motors
電源
バッテリー駆動時間up to 16 h
センシング・演算
センサーLiDAR x2, depth camera, IMU, wheel odometry, safety bumper strip
ソフトウェア / AIGC Robotics software platform providing map building, autonomous navigation, task scheduling, system configuration, remote monitoring and OTA firmware updates, with ROS support, open APIs, SDKs and a web-based management 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 GC Robotics P500?

The P500 is the heavy member of GC Robotics' indoor range: a 942 mm base weighing 70 kg that carries 400 kg — nearly six times its own weight — which is what makes it a base for cart movers, lifting rigs and machine-tending robots rather than for service trolleys.

Who makes the GC Robotics P500?

The GC Robotics P500 is made by GC Robotics, a robotics company based in China.

How much does the GC Robotics P500 cost?

GC Robotics has not publicly announced pricing for the GC Robotics P500. You can enquire through RobotAIGeek for current pricing.

What is the GC Robotics P500 used for?

The GC Robotics P500 is designed for 研究, 搬送, heavy indoor material transport, and custom robot integration. It is used in 研究, 倉庫・物流, and 製造 settings.

What is the payload capacity of the GC Robotics P500?

The GC Robotics P500 has a payload capacity of 400 kg.

How much does the GC Robotics P500 weigh?

The GC Robotics P500 weighs 70 kg.

How fast is the GC Robotics P500?

The GC Robotics P500 can move at speeds of up to 3.6 km/h.

What is the battery life of the GC Robotics P500?

The GC Robotics P500 runs for up to 16 h on a 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

GC Robotics P500 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?