Pioneering Robotics & AI Solutions for Defence & Industrial Automation
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Empower your robotics projects with our suite of free, open-source calculators and conversion tools. Designed specifically for engineers, roboticists, and innovators working with autonomous systems, drones, and robotics applications.
Convert between various units commonly used in robotics and engineering. Easily switch between metric and imperial units for length, weight, velocity, torque, and more.
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Calculate motor specifications for your robotics projects. Determine torque requirements, power consumption, and optimal motor sizing for drones, rovers, robotic arms, and autonomous systems.
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Calculate the moment of inertia for your robotic arm payload. Ensure your robot can safely handle End-of-Arm-Tooling (EOAT) and workpieces without faulting or vibration issues.
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Calculate Return on Investment for your automation project. Determine break-even point, 5-year and 10-year projections, and validate your business case for robotic automation.
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Visualize the work envelope of industrial and collaborative robots in 2D space. Plan your workspace layout and verify robot accessibility for all process points.
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Generate CRC-16, CRC-32, and Modbus checksums for hex payloads used in robots, PLCs, and motor drivers.
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Convert decimal numbers into IEEE 754 hex and binary for sensor packets and control payloads.
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Compute prescaler and period for STM32, Arduino AVR, and ESP32 timers to hit target PWM frequencies.
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Convert roll/pitch/yaw angles to quaternions and back for robot orientation and motion planning.
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Interactive AND/OR/XOR/NOT bit stacking to debug masks and register settings in embedded robotics.
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Convert between decimal, binary, and hex instantly for register maps, masks, and protocol payloads.
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Convert 24-bit colors to RGB565 with ready-to-use 0xXXXX hex and hi/lo bytes for embedded displays.
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Design breathing, strobe, and heartbeat LED timelines and export C loops for Arduino, STM32, or ESP.
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Purpose-built for robotics engineers and innovators
Accurate calculations validated by robotics engineers for real-world applications in drones, rovers, and autonomous systems.
No signup required. Open-source tools designed for students, researchers, and professionals worldwide.
Instant results with detailed breakdowns. Perfect for design iteration and rapid prototyping of robotics projects.
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