The worldwide manufacturing sector is using more digital tools, especially in how things are moved around within companies. This is happening because there is a growing need for production to be quick and flexible, and there aren't always enough people to do the work. So, to handle this, companies are turning to technology to help with things like moving materials and products inside their facilities.
Goat Robotics offers a versatile automation solution for handling heavy workflows 24/7/365, with Go Control fleet management software allowing easy management and tracking of AMRs and accessories. The automation system of AMR can be configured for simple, complex, or production support. Goat Robotics is a top innovator in India, offering mobile robots capable of handling payloads of up to several tons, enabling Make in India and revolutionizing education in industries.
Goat Robotics has unveiled three Autonomous Mobile Robots (AMRs) specifically crafted for weightlifting: the GT100, GT250, and GT400.
The industrial robot is a 100 kg payload machine designed for material management. GT 100 AMR has a robust construction and modular design, capable of handling heavy loads with powerful motors and actuators. Goat GT 100 AMR supports various end effectors and has a sophisticated control system for seamless integration with external systems. Safety measures include obstacle avoidance and emergency stop functions. Its Wi-Fi connectivity allows for seamless communication with manufacturing environments. Its scalability and flexibility enhance efficiency across sectors.
The Goat GT 250 AMR excels as a versatile and efficient industrial robot, ensuring precise handling of heavy loads during material movement. Its sturdy build and modular design ensure seamless integration across various applications. GT 250 AMR's advanced navigation and safety features, such as collision detection, enhance workplace safety. Its scalability and flexibility meet dynamic industrial demands, optimizing efficiency.
The Goat GT 400 AMR is a versatile and efficient industrial robot designed to handle heavy loads with precision. Its robust construction and modular design integrate across various applications, and its advanced navigation ensures smooth obstacle avoidance. Safety features, including collision detection, prioritize workplace security. GT 400 AMR's scalability and flexibility meet dynamic industrial demands, optimizing operational efficiency and productivity.
GT100 AMR excels with precision navigation through advanced SLAM technology.
Wi-Fi-enabled connections ensure seamless communication within manufacturing environments.
Our design enables flexibility in configurations, thereby meeting diverse industrial needs.
The GT100 offers stop-and-play features for safe and efficient navigation in dynamic environments.
It is equipped with the latest features, including obstacle detection sensors and an emergency button.
AMR has a remarkable 100 kg payload capacity, ensuring efficient and reliable material handling.
AMR is designed to be scalable, ensuring it can be developed to meet the needs of industries.
GT100 is optimized for indoor operations, enhancing its suitability for various industrial settings.
GT100 is a versatile industrial material solution that prioritizes precision, safety, and adaptability.
The GT250 AMR utilizes advanced SLAM technology for accurate and efficient movement.
AMR, with a 250 kg payload capacity, ensures the effective and reliable handling of materials.
Its customizable modular design allows easy adjustments for various setups based on requirements.
With obstacle avoidance, it enhances safety during movement in dynamic spaces.
GT250 AMR prioritizes safety during operations, with obstacle sensors and an emergency button.
The GT250 ensures seamless communication in manufacturing environments with its Wi-Fi connectivity.
The GT250 AMR adapts to evolving industrial needs, ensuring scalability and flexibility.
Optimized for indoor operations, the GT250 is well-suited for a variety of industrial settings.
GT250 AMR is a comprehensive solution for industrial material handling needs and adaptability.
The GT400 AMR is equipped with obstacle detection sensors and an emergency button for safety.
With an impressive 400 kg payload capacity, it ensures efficient and reliable material handling.
Modular design customizes the GT400 for varied industrial needs, ensuring versatile configurations.
The AMR system incorporates obstacle avoidance and stop-and-play features for efficient navigation.
GT400 AMR excels in precise movement through advanced SLAM navigation technology.
The GT400 offers Wi-Fi-enabled connections, ensuring seamless communication within environments.
GT400 ensures scalability and flexibility for diverse operational requirements across industries.
Optimized for indoor operations, the GT400 is well-suited for a variety of industrial settings.
AMR offers solutions for industrial material handling, emphasizing precision, safety, and adaptability.
Category | Description | Specification |
---|---|---|
Chasis | Dimension (LBH) | 845 X 625 X 300(mm) |
Self weight | 80 Kg | |
Ground Clearance | 20mm | |
Turning Radius | Zero Degree In Place | |
Suspension | Passive Traction rocker | |
Performance | Max. Payload | 100 Kg |
Max. Speed | 1.2 Meter per Sec | |
Max. Turning Speed | 45 Degree per Sec | |
Positioning Accuracy | *+/- 5 Cm | |
Min. Aisle Width | 950 mm | |
Power supply | Battery Type | LiFePO4 |
Battery Capacity | 48Volt DC / 35 Ah | |
Running Time | 8 Hrs | |
Charging Time | 4 Hrs | |
Charging type | Manual or Autonomous | |
Control System And sensor | Processor | Intel Chipset |
Operating System | Ubuntu | |
Control Modes | Autonomous / Manual / Guided | |
Communication | WIFI- 802.11 a/b/g/n/ac, 2.4 Ghz & 5 Ghz with Antenna And Bluetooth | |
Sensors | "1 X LIDAR,
1X IMU, 2X Encoder, 1X depth camera, Optional Ultrasonic Sensors, Optional Bumper Sensor" |
|
Standard LeadOuts | USB, External Emergency Port, ON/OFF and Reset Switch | |
Accessories | Manual Charger | Default |
Autonomous Charger Docker | Optional | |
Lifting System | Optional | |
Conveyor System | Optional | |
Towing System | Optional | |
Shelf Structure | Optional | |
Navigation | Autonomous Mode | SLAM + Visual |
Obstacle avoidance | Pause Play mode/ Avaoidance Mode | |
Path Planning | Defined path or Natural Navigation | |
Safety | Obstacle Avoidance | Laser Scanner |
Obstacle Avoidance | Depth Camera | |
Obstacle Avoidance | Ultrasonic Sensors | |
Emergency Safety | Bumper sensor | |
Emergency Safety | Emergency Stop buttons | |
Environment | Operating Temperature | 5 to 40 Deg Celcius |
Humidity | 95% Non Condensing | |
Allowable Slop | Near Level (3%) | |
IP Rating | IP21 |
Category | Description | Specification |
---|---|---|
Chasis | Dimension (LBH) | 845 X 625 X 300(mm) |
Self weight | 120 Kg | |
Ground Clearance | 20mm | |
Turning Radius | Zero Degree In Place | |
Suspension | Passive Traction rocker | |
Performance | Max. Payload | 250 Kg |
Max. Speed | 1.2 Meter per Sec | |
Max. Turning Speed | 45 Degree per Sec | |
Positioning Accuracy | *+/- 5 Cm | |
Min. Aisle Width | 950 mm | |
Power supply | Battery Type | LiFePO4 |
Battery Capacity | 48Volt DC / 40 Ah | |
Running Time | 8 Hrs | |
Charging Time | 4 Hrs | |
Charging type | Manual or Autonomous | |
Control System And sensor | Processor | Intel Chipset |
Operating System | Ubuntu | |
Control Modes | Autonomous / Manual / Guided | |
Communication | WIFI- 802.11 a/b/g/n/ac, 2.4 Ghz & 5 Ghz with Antenna And Bluetooth | |
Sensors | "1 X LIDAR,
1X IMU, 2X Encoder, 1X depth camera, Optional Ultrasonic Sensors, Optional Bumper Sensor" |
|
Standard LeadOuts | USB, External Emergency Port, ON/OFF and Reset Switch | |
Accessories | Manual Charger | Default |
Autonomous Charger Docker | Optional | |
Lifting System | Optional | |
Conveyor System | Optional | |
Towing System | Optional | |
Shelf Structure | Optional | |
Navigation | Autonomous Mode | SLAM + Visual |
Obstacle avoidance | Pause Play mode/ Avaoidance Mode | |
Path Planning | Defined path or Natural Navigation | |
Safety | Obstacle Avoidance | Laser Scanner |
Obstacle Avoidance | Depth Camera | |
Obstacle Avoidance | Ultrasonic Sensors | |
Emergency Safety | Bumper sensor | |
Emergency Safety | Emergency Stop buttons | |
Environment | Operating Temperature | 5 to 40 Deg Celcius |
Humidity | 95% Non Condensing | |
Allowable Slop | Near Level (3%) | |
IP Rating | IP21 |
Category | Description | Specification |
---|---|---|
Chasis | Dimension (LBH) | 845 X 625 X 300(mm) |
Self weight | 140 Kg | |
Ground Clearance | 20mm | |
Turning Radius | Zero Degree In Place | |
Suspension | Passive Traction rocker | |
Performance | Max. Payload | 400 Kg |
Max. Speed | 1 Meter per Sec | |
Max. Turning Speed | 45 Degree per Sec | |
Positioning Accuracy | *+/- 5 Cm | |
Min. Aisle Width | 950 mm | |
Power supply | Battery Type | LiFePO4 |
Battery Capacity | 48Volt DC / 45 Ah | |
Running Time | 8 Hrs | |
Charging Time | 4 Hrs | |
Charging type | Manual or Autonomous | |
Control System And sensor | Processor | Intel Chipset |
Operating System | Ubuntu | |
Control Modes | Autonomous / Manual / Guided | |
Communication | WIFI- 802.11 a/b/g/n/ac, 2.4 Ghz & 5 Ghz with Antenna And Bluetooth | |
Sensors | "1 X LIDAR,
1X IMU, 2X Encoder, 1X depth camera, Optional Ultrasonic Sensors, Optional Bumper Sensor" |
|
Standard LeadOuts | USB, External Emergency Port, ON/OFF and Reset Switch | |
Accessories | Manual Charger | Default |
Autonomous Charger Docker | Optional | |
Lifting System | Optional | |
Conveyor System | Optional | |
Towing System | Optional | |
Shelf Structure | Optional | |
Navigation | Autonomous Mode | SLAM + Visual |
Obstacle avoidance | Pause Play mode/ Avaoidance Mode | |
Path Planning | Defined path or Natural Navigation | |
Safety | Obstacle Avoidance | Laser Scanner |
Obstacle Avoidance | Depth Camera | |
Obstacle Avoidance | Ultrasonic Sensors | |
Emergency Safety | Bumper sensor | |
Emergency Safety | Emergency Stop buttons | |
Environment | Operating Temperature | 5 to 40 Deg Celcius |
Humidity | 95% Non Condensing | |
Allowable Slop | Near Level (3%) | |
IP Rating | IP21 |
Goat Robotics, a top provider of intelligent intralogistics solutions in Coimbatore, utilizes advanced technology to streamline material handling processes.
We offer a 24/7/365 automation solution and control fleet management software, allowing users to manage and track AMRs and accessories for various applications.
Goat Robotics, an Indian innovator, is transforming education into industries through our mobile robots, promoting efficiency and innovation across various sectors.
We introduce GT100, 250, and 400 specialized AMRs for weightlifting, focusing on precise material management with advanced safety and control systems.
Our AMRs are versatile industrial robots that offer precise heavy load handling, advanced navigation, and safety features for seamless integration across various industries.
Our AMRs are utilized in various industries like manufacturing, warehouse management, logistics, automotive, aerospace, and e-commerce for efficient assembly line tasks.
Goat Robotics' Automated Mobile Robots (AMRs) can significantly enhance logistics processes in distribution centers by automating order picking, packing, and sorting operations. Our AMR ensures a smoother and more efficient distribution process.
Goat Robotics' Autonomous Mobile Robots (AMRs), including GT100, GT250, and GT400, are designed for robust construction, advanced navigation, safety, and scalability, ensuring seamless integration and precise handling of heavy loads.
Goat Robotics offers advanced warehouse automation solutions, including advanced fleet management, which streamlines operations by efficiently moving and organizing pallets and containers for precise inventory management and optimization.
Goat Robotics is the best provider of intelligent intralogistics solutions in Coimbatore, offering innovative solutions that significantly enhance efficiency and expertise in the industry.