Senad Iloabot-P (iLoabot-P) is a Robotics Solution from SENAD. Summary Senad iLoabot-P is an autonomous logistics robot aimed at automating demanding warehouse handling tasks—especially cage unloading and depalletizing/palletizing—by combining SLAM navigation, 3D vision, safety LiDAR, and robotic manipulation.
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Senad Iloabot-P (iLoabot-P) is a Robotics Solution from SENAD. Summary Senad iLoabot-P is an autonomous logistics robot aimed at automating demanding warehouse handling tasks—especially cage unloading and depalletizing/palletizing—by combining SLAM navigation, 3D vision, safety LiDAR, and robotic manipulation.
Senad Iloabot-P (iLoabot-P) is a Robotics Solution from SENAD. Summary Senad iLoabot-P is an autonomous logistics robot aimed at automating demanding warehouse handling tasks—especially cage unloading and depalletizing/palletizing—by combining SLAM navigation, 3D vision, safety LiDAR, and robotic manipulation.
Listed performance characteristics include: Gap crossing capability: up to ~400 mm Vertical obstacle clearance: up to ~80 mm Climbing slope: up to ~45° Parking slope: ~27.5° Manipulation (“arms”) and task reach The same case narrative references a 7-axis robotic arm concept (six degrees of freedom plus an additional lift axis) to expand reach and accommodate higher/taller loading spaces.
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The points below summarize model-specific information supported by manufacturer, regulatory or technical documentation.
Summary Senad iLoabot-P is an autonomous logistics robot aimed at automating demanding warehouse handling tasks—especially cage unloading and depalletizing/palletizing—by combining SLAM navigation, 3D vision, safety LiDAR, and robotic manipulation.
Listed performance characteristics include: Gap crossing capability: up to ~400 mm Vertical obstacle clearance: up to ~80 mm Climbing slope: up to ~45° Parking slope: ~27.5° Manipulation (“arms”) and task reach The same case narrative references a 7-axis robotic arm concept (six degrees of freedom plus an additional lift axis) to expand reach and accommodate higher/taller loading spaces.
In published descriptions, iLoabot-P uses a combination of SLAM navigation, 3D vision for identifying goods and target positions, safety LiDAR for environment monitoring, and robotic-arm control (including planning and collision checking) to execute autonomous handling steps.
Vision system (3D perception) A published case description specifies a 3D camera subsystem with the following parameters: Working distance: up to ~3 m Depth/measurement accuracy: ±5 mm (as stated) Frame rate: 20 fps Image resolution: 2560 × 1920 Image output time: ~50 ms (as stated) These figures are presented in the context of providing fast, accurate perception data for recognition and planning.
Senad Iloabot-P (iLoabot-P) Developed by Senad Technology, iLoabot-P is part of a broader product line described in company materials and industry case compilations focused on “embodied” robotics for logistics, combining mobile navigation, 3D vision, and robotic manipulation to automate end-to-end handling steps.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Senad Iloabot-P (iLoabot-P) for the documented robotics workflow supported by its exact hardware, payload and software configuration.
Confirm controller, SDK/API, network interfaces, sensors and supported third-party integrations.
Match payload, mobility, reach, runtime, environment and safety requirements to the intended task.
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Summary Senad iLoabot-P is an autonomous logistics robot aimed at automating demanding warehouse handling tasks—especially cage unloading and depalletizing/palletizing—by combining SLAM navigation, 3D vision, safety LiDAR, and robotic manipulation.
Exact robot model, revision and manufacturer part reference; Payload, reach, mobility, speed or working-envelope requirements relevant to the application; Battery, charging, runtime and power requirements where applicable.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
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