Our Vision: Reliability Beyond Earth
Our vision is to redefine how space-grade actuators are monitored. By bridging the gap between historical data logging and real-time predictive maintenance, we are building the “nervous system” for the next generation of space exploration hardware.Inspiration: From Flight Decks to the Workshop
Our product didn’t just appear in a vacuum. It is the result of observing high-stakes aviation systems and solving real-world failures in the lab.1. The “Black Box” Philosophy
In aviation, the Flight Data Recorder (FDR) is the ultimate source of truth. We’ve adopted this “Black Box” architecture for space applications.- Data Logging: Continuous recording of Voltage, Current, Vibration, and RPM.
- Predictive Analysis: Unlike traditional recorders that tell you what happened, our system analyzes trends to tell you what will happen, flagging when a motor requires repair before it fails.
2. Aviation Fault Detection & Display
Modern aircraft use centralized systems to alert pilots to faults instantly. We are bringing that level of transparency to space robotics.The Goal: No more “silent failures.” Our Fault Detector provides a clear, actionable status of the motor’s health, inspired by the primary flight displays used by pilots.[Image of an aircraft cockpit engine instrument and crew alerting system (EICAS) display]
3. Practical Resilience: The RoboManipal Experience
Real-world engineering taught us our most valuable lesson. While building complex robots, we faced recurring Back EMF issues that catastrophicly burnt our hardware.- The Solution: This led to our “Safety-First” PCB design.
- Isolation: We integrated Optocouplers for total galvanic isolation, ensuring that the high-power motor side never compromises the delicate logic circuitry.