About Us

Robodub Inc, a US based company has executed several contracts with the US Army, the US Navy and the USAF.

We have developed expertise in building multirotor drones with superior performance, safe operation, and customized payloads

  • Mission

  • Vision

  • Values

Robodub developed the Morphing technology that allows a multirotor drone to reconfigure itself while flying.

This unique capability makes the drone more efficient, load-adaptable, and safe. This is expected to make the drones more usable and acceptable for commercial operationsn in various sectors.

Robodub drones have autonomous load-balancing capability.

This makes the drones particularly suitable and efficient for logistics applications, where the payload can be of various shape, size andweight distribution.

Robodub drones are more adaptable to weather conditions, gale and gusty winds.

Because of their autonomous reconfigurable capability, Robodub drones gives superior performance against gale and gusty wind conditions, thus providing an extra level of safety.

Auto Load Balancing

Autonomous load balancing capability helps to carry payloads of any shape, size and mass distribution.

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Multi-Payload Delivery

Adaptive airframe of Robodub drone allows it to efficiently carry and deploy several payloads in one single mission.

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Superior Maneuverability

Real-time change of configuration of the airframe enhances the manuverability of the vehicle.

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High Resilience

Autonomous protection against rotor failure as well as adverse wind conditions.

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Technology

Our patented Morphing technology allows the aircraft to change its physical configuration in real-time during flight.

The position of the rotors are changed autonomously in order to balance for lopsided loads, adverse wind condition, or accidental loss of a rotor.

Our Team

Our team consists of highly qualified and experienced people in respective disciplines.

The dedicated effort of our people makes Robodub a successful company.

Parminder Devsi

Founder & CEO

Suvro Datta, PhD

Co-founder and CTO

Unsik Lee, PhD

Principal Scientist

Curtis Leo

Principal Engineer

Recent Projects

Some of our recent projects include (1) Autonomous Mapping of Military Aircraft (SOFWERX) (2) Autonomous UAS Network with AI Driven Wearable Device Control (US Air Force). (3) Adaptive Airframe for Multirotor UAV (Office of Naval Research) (4) Multipurpose Adaptive Tethered UAV for Surveillance and Communication (US Air Force).

Current project: Autonomous UAS with Dynamic Load Balancing for Multiple Sensor Operation and Deployment (US Army).