Professional Explosive Ordnance Disposal Robot Hound-I PRO

Description And Features

The REOD450 EOD Robot 

Innovative "Dual Gripper" Design — Enhancing Flexibility and Feasibility in Task Execution

The innovative "Dual Gripper" design features a robotic arm equipped with both a "primary gripping claw" and a "multi-functional extension claw" . This design greatly enhances the robot's flexibility and feasibility in executing tasks, providing effective support for completing a variety of tasks in a single operation. The "Dual Gripper" design effectively addresses the limitations of traditional bomb disposal robots that only have a "single gripper," which cannot simultaneously perform tasks like "grasping dangerous objects" and "opening doors, cutting, clamping, severing, hooking, and other auxiliary actions." For example, it can achieve tasks such as "opening a door and grabbing an object in one go."

The "Dual Gripper" design successfully frees the "primary gripping claw" from having to perform functions other than gripping, thereby significantly enhancing the robot's gripping capabilities. The primary claw can grasp suspicious hazardous items weighing 6-16 kg, with a gripping width of up to 160 mm and a maximum clamping force of 300 N. Additionally, depending on the specific operational tasks, the "gripper tool set" can be quickly replaced to handle different types and shapes of dangerous items.

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Graphical Dual-Redundancy Operation Design — More User-Friendly Interaction and Reliable Operation

The graphical dual-redundancy operation design is currently a leading bomb disposal robot control solution internationally. It has been highly recognized by users for its more user-friendly interaction and reliable operation. Its main features are as follows:

• Graphical Operation Design: All operations are designed in a graphical manner, eliminating the need for users to memorize complex button functions and operating protocols. This user-friendly interface makes operation simple and intuitive, significantly reducing training time.
• Dual-Redundancy Operation Design: Both joystick buttons and a touchscreen can be used to perform all operations of the robot. The redundancy provided by these two operating methods not only enhances system reliability but also improves operational efficiency by combining joystick buttons with touchscreen controls.
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Remote 3D Real-Time Display — Close at Hand, More Intuitive Operation

Since bomb disposal robots often operate beyond the line of sight during missions, real-time information about the angles and spatial positions of the robot's joints is crucial for the operators. The REOD400 uses high-speed links and advanced computer technology to not only achieve real-time feedback of the robot's status information but also to employ leading 3D virtual display technology for remote real-time display of the robot's 3D status. This makes the robot feel "close at hand" even when it is "far away," allowing for more intuitive operation.

The main features of the remote 3D real-time display are as follows:

• Real-time display of the robot's 3D status
• Observation of the robot's 3D status from various angles
• Zooming in and out of the robot's 3D status

The handheld controller of the robot reproduces the remote 3D status of the robot, allowing the 3D model to be zoomed in, zoomed out, and observed from any angle.

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Intelligent Preset Position Control Design — Simpler and Faster Operation

With the "Intelligent Preset Position Control for Common Tasks," the robot can "automatically reach a pre-set position with one click" based on the user's needs. This feature greatly reduces the amount of manual operation required on-site, serving as an effective assistant for frontline operators and enhancing the reliability and safety of bomb disposal tasks.

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XYZ Operation Design Based on Automatic Calculation — More Precise and Efficient Control

The XYZ operation design based on automatic calculation, also known as "Cartesian coordinate-based gripper translation control design," transforms the traditional "single-joint" control of bomb disposal robots into "multi-joint coordinated" control. This significantly improves the operational efficiency and accuracy of bomb disposal robots. Compared to the "single-joint" control design, it reduces the average operation time by 80%.

The REOD400 achieves "Cartesian coordinate-based gripper translation control" through automatic calculation. For grasping suspicious hazardous items in a horizontal one-dimensional space, it quickly controls the robot to achieve "multi-joint coordinated movement" for one-dimensional space gripper translation. This greatly reduces operational difficulty and increases accuracy, allowing for almost immediate positioning without the need for repeated iterations.

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Mode-Adaptive Imaging System — Seven Camera Views for Enhanced Observation

The robot’s imaging system acts as the eyes of the operator. The REOD400 features an innovative mode-adaptive imaging system design with a 7-camera system, significantly enhancing frontline operators' ability to perceive remote environments. The design of the 7-camera system is not a simple arrangement but rather an improvement and optimization based on issues encountered by users during actual use.

The imaging system is generally divided into three image combinations: driving mode, primary gripper mode, and extended gripper mode. It automatically switches between these modes based on typical tasks such as driving, gripping, and observing, offering stronger remote environmental awareness and a richer range of observation angles.

Eight-Degree-of-Freedom Integrated Robotic Arm Design — More Flexible and Safer Control

The REOD400 robotic arm features an 8-degree-of-freedom integrated design, providing strong spatial reach capabilities. This design allows the robotic arm to perform not only conventional bomb disposal tasks but also operations that conventional 5-degree or 6-degree-of-freedom bomb disposal robots cannot handle, such as grasping objects in high, low, deep pit, or tabletop environments, as well as conducting multi-angle reconnaissance in high, low, and deep pit environments.

Versatile Quick-Change Tool System

The REOD400 robot is equipped with 18 types of "quick-change tools," including 6 gripping tool sets, 6 basic tool sets, and 6 extended tool sets, allowing for quick replacement of the "gripping tool sets" based on different operational tasks and the types and shapes of various hazardous objects, thereby meeting the diverse operational needs of users.

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Technical Parameters

Contact Us

Ms. Amy

Email : amy-huang@mysmech.com