FETCH 1501-0000 Robotics Mobile Research Robot Collectors

( Brand: Fetch ), ( Manufacturer Part Number: 1501-0000 ), ( Model: FETCH ROBOTICS 1501-0000 ), ( Type: Robotic Arm Assembly ), ( Arm Reach: 940 Mm ), ( Payload: Arm ), ( Robotics Controls Type: Ros1 )

Review FETCH Robotics Mobile Research Robot Rare Project Collectors Item

The **Fetch Robotics Mobile Research Robot (Model 1501-0000)** is a cutting-edge, autonomous mobile platform designed to revolutionize robotic research, industrial automation, and dynamic environmental interaction. Engineered for versatility and precision, this state-of-the-art robot combines advanced mechanical agility with sophisticated AI-driven navigation to excel in complex, unstructured environments. Built upon a robust, modular chassis, the 1501-0000 features a compact yet powerful design, allowing seamless integration into research labs, manufacturing facilities, or outdoor testing grounds. Its high-performance **omni-directional mobility system** enables effortless movement in any direction, including crab-like lateral shifts and 360-degree rotation, making it ideal for tasks requiring dynamic positioning, such as inspection, mapping, or collaborative manipulation.

At the heart of the robot lies a **highly configurable computing architecture**, equipped with a powerful onboard processor capable of running real-time machine learning models, SLAM (Simultaneous Localization and Mapping) algorithms, and advanced sensor fusion. The system supports **ROS (Robot Operating System)** compatibility, enabling seamless integration with existing robotic research frameworks and third-party software tools. Equipped with an array of **high-resolution sensors**, including LiDAR, depth cameras, IMUs, and RGB-D sensors, the 1501-0000 provides unparalleled environmental perception, allowing for precise obstacle avoidance, terrain adaptation, and object recognition. Its **adaptive gripper system** and modular payload attachments further enhance its utility, enabling it to manipulate objects, perform pick-and-place operations, or deploy specialized research instruments with ease.

The robot s **autonomous navigation capabilities** are further bolstered by Fetch Robotics proprietary **AI-driven path planning**, which optimizes movement efficiency while accounting for real-time environmental changes. Whether navigating tight corridors, uneven terrain, or crowded spaces, the 1501-0000 maintains stability and accuracy through its **low-center-of-gravity design** and **active suspension system**, reducing vibrations and ensuring smooth operation. Additionally, its **wireless and wired connectivity options** including 5G, Ethernet, and industrial-grade Wi-Fi facilitate seamless data transmission, remote monitoring, and cloud-based analytics, making it a prime candidate for collaborative research projects and large-scale deployments.

Beyond its technical prowess, the **1501-0000 is designed with research flexibility in mind**, offering developers full access to its hardware and software interfaces for customization. Whether testing new algorithms, prototyping robotic applications, or conducting field experiments, this robot provides the robustness and adaptability required to push the boundaries of automation. Its **scalable power system**, featuring high-capacity batteries and efficient energy management, ensures prolonged operation without compromising performance, while its **compact footprint** allows for deployment in spaces where larger industrial robots would be impractical. From academic research institutions to corporate R&D labs, the Fetch Robotics Mobile Research Robot stands as a cornerstone for innovation, empowering engineers and scientists to explore the next frontier of autonomous systems.

### **Pros and Cons of buying a Fetch MobileMan IP5 (Model 1501-0000) Robotics Mobile Research Robot**

The **Fetch MobileMan IP5** is a mobile research robot designed for autonomous navigation, manipulation, and data collection in dynamic environments. Below is a detailed breakdown of its advantages and limitations.

---

### **Pros**

1. **Autonomous Navigation Capabilities**

- Equipped with advanced sensors (LiDAR, cameras, IMU) and SLAM (Simultaneous Localization and Mapping) technology, allowing it to operate in unstructured environments without constant human intervention.

- Suitable for indoor and outdoor research applications, including warehouses, labs, and field deployments.

2. **Modular and Extensible Design**

- Supports a wide range of payloads and attachments, such as robotic arms, grippers, or custom sensors, making it adaptable for different research tasks.

- Open-source software (ROS-based) allows for customization and integration with other robotic systems.

3. **Research-Grade Performance**

- Designed for academic and industrial research, offering high precision in navigation and manipulation.

- Useful for applications like autonomous logistics, environmental monitoring, or assistive robotics.

4. **Durability and Mobility**

- Built for rugged environments with a sturdy chassis and all-terrain wheels, enabling movement over uneven surfaces.

- Can operate for extended periods on a single charge (battery life varies based on usage).

5. **Developer-Friendly**

- Comes with pre-installed ROS (Robot Operating System) and documentation, simplifying integration with other robotic tools.

- Active community and support from Fetch Robotics (now part of Tesla s robotics division), though support may be limited depending on the current ownership structure.

6. **Versatile Sensor Suite**

- Includes high-resolution cameras, depth sensors, and LiDAR, enabling advanced perception for obstacle avoidance and mapping.

- Supports RGB-D imaging, useful for object recognition and environmental analysis.

7. **Potential for Cost-Effective Research**

- While not the cheapest option, its capabilities may reduce the need for multiple specialized robots, making it a cost-effective long-term solution for certain research projects.

---

### **Cons**

1. **High Initial Cost**

- The Fetch MobileMan IP5 is an expensive piece of equipment, often priced in the range of **$50,000 $100,000 **, depending on configuration and additional accessories.

- This may be prohibitive for small labs, startups, or individual researchers with limited budgets.

2. **Maintenance and Repairs**

- As a specialized robot, maintenance can be complex and costly, requiring trained personnel or access to technical support.

- Parts and servicing may not be readily available, especially if Fetch Robotics continues to reduce its presence in the market.

3. **Software and Dependency on ROS**

- While ROS is powerful, it requires significant programming knowledge to fully utilize the robot s capabilities. Researchers unfamiliar with ROS may face a steep learning curve.

- Updates and compatibility issues with newer ROS versions could pose challenges over time.

4. **Limited Commercial Availability**

- Fetch Robotics has shifted focus toward industrial applications (e.g., Tesla s Optimus robot), which may reduce availability and long-term support for research-focused models like the MobileMan IP5.

- Buyers may need to purchase from resellers or used markets, which could affect reliability and warranty coverage.

5. **Power and Battery Limitations**

- Battery life is finite and depends on payload, terrain, and sensor usage. Frequent recharging may be necessary for prolonged field operations.

- Charging infrastructure must be considered, especially for outdoor deployments.

6. **Learning Curve for Non-Experts**

- Setting up and programming the robot requires expertise in robotics, AI, and software development. Non-technical researchers may struggle to maximize its potential without dedicated support.

7. **Potential for Obsolescence**

- Rapid advancements in robotics mean newer models may offer superior performance in navigation, AI, or manipulation. Investing in an older model like the MobileMan IP5 could lead to outdated technology within a few years.

---

### **Conclusion**

The **Fetch MobileMan IP5** is a powerful and versatile research robot ideal for applications requiring autonomous mobility, advanced sensing, and manipulation. Its strengths lie in its modularity, navigation capabilities, and suitability for dynamic environments, making it a valuable tool for academic and industrial research. However, its high cost, maintenance requirements, and potential for reduced support from Fetch Robotics are significant drawbacks.

For researchers with the budget and technical expertise, the MobileMan IP5 can be a highly effective platform for developing and testing robotic solutions. However, those on a tighter budget or with less technical resources may need to consider alternatives, such as cheaper robotic platforms (e.g., TurtleBot, Husky UGV) or cloud-based robotic solutions that reduce upfront hardware costs.

---

### **Recommendation**

- You have a dedicated research budget and need a high-performance, autonomous mobile robot for complex tasks.

- Your team has experience with ROS and robotics programming, or you are willing to invest time in training.

- You require a robust, modular platform for applications like autonomous logistics, environmental monitoring, or assistive robotics.

- You can secure long-term maintenance and support, either through Fetch Robotics or a specialized robotics service provider.

- Your budget is limited, and you can achieve similar goals with a lower-cost robot (e.g., Clearpath Husky, Ubinetics URBOT).

- You lack in-house expertise in ROS or robotics development, as setup and maintenance may become burdensome.

- You prioritize newer technology with active support, as the MobileMan IP5 may be nearing the end of its lifecycle in the research market.

For most research institutions with the means, the MobileMan IP5 remains a strong choice due to its proven capabilities. However, careful consideration of long-term costs, support, and technical requirements is essential before making a purchase.

Details:

Once the exact state is verified, price will go up to reflect its value. To boot the system, a new set of 12V 35Ah or 51Ah batteries is required. It is an ideal acquisition for a robotics lab, university, or sophisticated hobbyist looking high-value platform at fraction of the original MSRP. This unit is hardware-complete but currently requires a battery replacement to be fully operational.

The unit is heavy approx. Logic PC: Equipped with an internal Intel i5 computer. Selling as is for now. Sold As-Is: Due to the battery status, this unit is being sold as a repair project.

Internal Hardware: All original controllers, cabling, and PC components.: Up for sale is a Fetch Robotics 1501-0000 Mobile Manipulator. Testing confirms that the internal charging circuitry is functional LED status indicator active when plugged in. Will update soon with dimensions and weight.

Original shipping crate with wheels. Technical Condition Details, Power System: The original 12V lead-acid batteries have reached the end of their life cycle and are currently flat.

part #: 15010000 price

• $40000.00

specifications robotiindustri:

• brand: Fetch
• mpn: 1501-0000
• model: Fetch Robotics 1501-0000
• type: Robotic Arm Assembly
• arm reach: 940 Mm
• payload: Arm
• robotics controls type: Ros1

general robotiindustri:

• condition: Used
• Business Industrial > Industrial Automation Motion Controls > Industrial Robotic Arms

shipping robotiindustri:

seller robotiindustri:

• city: Hayward, California
• # reviews: 6
• rating: 100.0%

offer robotiindustri:

• started: May 1, 2026
• options: Seller-arranged-local-pickup
• sold: 0
• quantity: 1
• availability: In Stock

payments robotiindustri:

• credit card: Mastercard
• other
• wallet: Apple-pay

returns robotiindustri:

• policy: No Returns