Founded on the principle that precision is not a feature — it is a foundation. Sentient Robotics engineers actuation systems that push the boundary between the physically possible and the commercially viable.
"We do not build actuators. We build the intelligence of motion — the invisible layer between a system's intent and its physical reality."
— Founding Charter, Sentient RoboticsOur multidisciplinary team of mechanical engineers, embedded systems architects, and materials scientists work from a single shared goal: produce actuators that move exactly as commanded, every single time, under any load condition.
Closed-loop feedback architectures that react before a human eye can register the command.
Every product validated beyond 10 million cycles across temperature extremes before it ships.
CAN-FD, EtherCAT, and SPI interfaces as standard — integrate with any control stack you already run.
From silicon to shaft: hardware, firmware, and SDK are designed and owned in-house.
Finite element analysis of every winding geometry to minimise cogging torque before a single prototype is wound.
On-device logging of position, current, temperature, and vibration at 10 kHz over CAN-FD.
In-house CNC winding machines produce application-specific coil geometries for peak power density.
Life-test rigs run continuously at rated + 20% load from −40°C to +85°C until failure or 10M cycles.
Field-oriented control and auto-tuning on ESP32-S3 and STM32 targets, with C, Python, and ROS 2 SDKs.
Copper heat spreaders and optional liquid jacketing extend continuous-duty torque well past air-cooled limits.
Multi-turn absolute encoders at 19-bit resolution — no limit switches, no homing routine required.
Safe Torque Off to SIL 2 / PLd, CE marking, and RoHS 3 compliance across every product family.