An early-stage startup pioneering AI-driven robotics, motor engineering, and industrial automation.
Entlar is currently developing a high-efficiency Brushless DC (BLDC) ceiling fan platform, engineered from first principles. Unlike conventional induction-motor fans, our BLDC architecture eliminates core losses, enabling up to 65% lower energy consumption at rated RPM.
The platform integrates a custom-wound stator assembly, a sensorless Field-Oriented Control (FOC) firmware stack, and an in-house designed gate-driver PCB — all optimised for silent operation below 30 dB(A) and a wide speed range of 40–380 RPM.


Researching custom robotic systems for precision and reliability.

Exploring intelligent systems that learn and adapt.

Developing embedded systems and custom PCB designs.

Studying smart manufacturing solutions for production.
“The next industrial revolution will be driven by machines that think, learn, and work alongside humans — not instead of them.”
Every product starts with rigorous research. We don't cut corners on fundamentals.
We design for the physical world first — real constraints, real environments, real performance.
We actively seek partners, researchers, and industry peers to build together.
Deep literature review, physics modelling, and competitive landscape analysis before a single component is chosen.
Schematic capture, PCB layout, mechanical CAD, and firmware architecture defined in parallel.
Rapid iteration on the bench — test, fail, learn, refine. Hardware truth over simulation assumptions.
Functional, thermal, EMC, and reliability testing under real-world load conditions before we call it done.
We build with production-grade open-source tools, industry-standard EDA software, and battle-tested embedded frameworks — selecting each tool for reliability and depth, not hype.
High-efficiency BLDC fan and blower systems for residential, commercial, and industrial air-handling applications.
Robotic pick-and-place, conveyor automation, and inline vision-based quality inspection systems.
Autonomous field robots, precision irrigation controllers, and sensor-fusion platforms for modern farming.
Edge-compute nodes, predictive-maintenance sensors, and wireless mesh networks for connected factories.
Entlar is in its founding stage. We are looking for passionate engineers, researchers, and builders who want to work on real hardware problems — from motor control firmware to robotic kinematics to computer vision.
Express interestWe are looking for collaborators, partners, and pilot customers who share our vision for the future of intelligent automation.