Robot maker · early
A2Tech
A2Tech develops differential-mechanism mobile robot platforms for confined-space and hazardous-environment work — ducting, tank, gas and pipeline inspection. INSPECTO-D is a tethered crawler with three HD cameras, interchangeable brush modules, adjustable height, and modular payloads for LiDAR mapping, disinfection and AI-powered defect detection with automated report generation; it is operated from Android/iOS/tablet devices. The X3CATOR-S is an autonomous perimeter-surveillance UGV, and the RHINO line mechanizes oil-palm loose-fruit and fresh-fruit-bunch collection. The company also builds AGV, ROV and UAV platforms with integrated AI and IoT systems.
Company overview
Identity and operating footprint
Robot models
Specifications remain vendor-claimed
INSPECTO-D
- Three HD cameras (two front, one rear) for duct inspection
Camera payload for visual inspection inside HVAC air ducts
Claim source - Interchangeable brush modules in three sizes with adjustable height for varied duct dimensions
Modular two-in-one inspection and cleaning design for different duct sizes
Claim source - Remote operation from Android, iOS and tablet devices with automated inspection report generation
Teleoperation interface and reporting workflow for duct-cleanliness assessment
Claim source
RHINO-F
- Fresh fruit bunch collector robot for oil palm plantations
Robot that collects harvested fresh fruit bunches in plantations
Claim source
RHINO-L
- Loose fruit collection robot for oil palm plantations
Robot that mechanizes gathering of loose oil-palm fruit
Claim source
RHINO-W
- Wheel-based platform robot for plantation tasks
Wheeled mobile base variant in the RHINO plantation line
Claim source
X3CATOR-R
- Remote-controlled ground surveillance vehicle
Teleoperated UGV variant of the X3CATOR surveillance line
Claim source
X3CATOR-S
- Autonomous surveillance robot for perimeter monitoring
Ground robot for early reconnaissance and site surveillance
Claim source
Company timeline
Milestones and announcements
Source ledger
5 unique public sources