Robotic Arm is a 6-degree-of-freedom high dexterity electric manipulator that is ideally suited for use on UGV and mobile platforms.
The AGV from Oxygen to Innovation is a fast, entry-level field robotics research platform integrated with ROS ( Robot Operating System )
Oxygen to Innovation provides teleoperation of mobile robots. Telerobotic applications provide remote user images and navigation sensor data.
The Robot Operating System (ROS) is a set of software libraries and tools that help you build robot applications.
We develop mission critical military robots, spy drones & autonomous vehicle for the Indian Army, wholly dedicated to serving customers in the Defense, Public safety, and Energy markets. Having a strong domain expertise led by Air Vice Marshal Ashok Singhal and specialists trained from Carnegie Mellon University (USA), Oxygen to Innovation is better positioned than ever to provide Military Robotics based innovation to our customers.
At Oxygen to Innovation our focus is to design and develop complex military robots, spy drones & autonomous vehicle. Oxygen to Innovation builds military robots , autonomous vehicle spy drones with remarkable mobility, agility, dexterity and speed. By keeping our efforts focussed and capitalizing on a highly collaborative team we are able to design, integrate and meet mission critical military robotics applications. Our state of the art autonomous vehicle , military robots & spy drones help keep the armed forces and first responders away from harm. Successfully used by the Indian Army.
Autonomous Vehicle - Ground (AGV)
Autonomous Vehicle - Water (AWV)
ROS ( Robot Operating System )
CUSTOMER-DRIVEN - At Oxygen to Innovation , the Robotics teams' prime focus is to deliver simplest to integrate and easiest to operate military robots & spy drones.
EXPERIENCED - A seasoned management team, deep with industry experience in military robotics field , helps us provide the most reliable military robots & spy drones to Indian Army and other organisations.
INNOVATIVE - We collaborate with our partners to meet mission needs quickly & innovate robotics solutions, & provide next-generation capable military robots & spy drones.
The AGV from Oxygen to Innovation is a fast, entry-level field robotics research platform. It has an onboard computer, GPS and IMU fully integrated with ROS ( Robot Operating System ) for out-of-the-box autonomous capability. As with all Oxygen to Innovation robots, AGV is plug-and-play compatible with a huge list of robot accessories to quickly expand your research and development.
Autonomous Water Vehicles (AWV) is a mid-sized surface vessel. The catamaran design includes anti-fouling thrusters, an incredibly shallow profile, and built in GPS for easy access positioning data. This unmanned surface vessel features a payload bay for mounting submerged sensors or equipment on deck. AWV is plug-and-play compatible with many accessories.
Oxygen to Innovation provides Teleoperation of mobile robots. Telerobotic applications provide to the remote user images and navigation sensor data. With additional force feedback, not only visual but also haptic interfaces provide inputs to the teleoperator in order to improve the remote control performance. It is plug and play compatible with many devices.It is plug and play compatible with many devices
The Robot Operating System (ROS) is a set of software libraries and tools that help you build robot applications. From drivers to state-of-the-art algorithms, and with powerful developer tools, ROS has what you need for your next robotics project. Oxygen to Innovation provides world-class, robotic product development at your beck and call. Our engineering with extensive ROS experience help bring your vision to life.
Robotic Arm is a 6-degree-of-freedom high dexterity electric manipulator that is ideally suited for use on unmanned ground vehicles and mobile platforms. It has high-performance actuators and carbon fiber structure provide a strong light weight arm with the power to complete a wide variety of tasks. Robotic Arm is a robust, reliable, and cost effective manipulator for commercial, aerospace and defense applications.
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