Every board in the stack, built in-house.
Keep scrolling to walk through the exploded drone, one Nexospark module at a time.
Inside: six Nexospark modules, designed and built in India
Control links, speed controllers, identification, sensor and networking modules, designed and manufactured in India for defence programmes and OEM integrators.
Keep scrolling to walk through the exploded drone, one Nexospark module at a time.
Four motor channels on one board, for smooth, efficient and precise motor control on multirotor and VTOL platforms.
A compact, rugged Ethernet switch that links flight controllers, cameras and payloads on one high-bandwidth network.
Precise air velocity measurement for stable flight and better control, supplied as a kit with pitot tube, tubing and cables.
A compact identification and monitoring device for remote identification, real-time tracking and airspace awareness.
The command link. An ExpressLRS 2.4 GHz receiver that weighs 1.18 g, built for long range and low latency.
Splits one CAN or I²C bus to several devices, for modular, plug-and-play sensor integration.



Founded in 2024, Nexospark designs and manufactures the electronics inside a drone: control links, speed controllers, identification, sensor and networking modules, for defence programmes and OEM integrators.
We design and manufacture the electronics inside India's next generation of drones, in Kottayam, Kerala.
Defence engagements, with Letters of Interest and Recommendation from the Indian Army.
Components in our catalogue, each designed and built in Kottayam.
Strategic collaborations with industry and ecosystem partners.
Students trained in assembly, flight operations and field maintenance.








From the command link to the sensor bus. Open any component for its full specification and add what you need to an RFQ; it carries into the enquiry form.

Ultra-lightweight 1.18 g ExpressLRS 2.4 GHz receiver.

A high-performance electronic speed controller for multirotor and UAV applications, enabling smooth, reliable and precise motor control.

A compact identification and monitoring device that enhances airspace awareness, enables remote identification and integrates with drone systems.

A compact CAN / I²C splitter board for reliable, modular sensor integration in drones and embedded systems.

A compact air speed sensor for precise air velocity measurement in UAVs, enabling stable flight and better control in all conditions.

A compact, rugged Ethernet switch for UAVs, robots and embedded systems, enabling high-speed, reliable networking between multiple devices.
An engineer replies with a recommendation within 24–48 business hours.
Field evaluation, crew training and programme support for the Indian Army, and recognition from Kerala's startup ecosystem.
Their capabilities in drone engineering, tactical systems integration, and advanced imaging technologies are highly commendable. We have come to regard Nexospark as a key player in the field of drone and surveillance technologies.
Indian ArmyLetter of Recommendation
“Nexospark has been instrumental in supporting our personnel training programs, delivering comprehensive instruction in drone assembly, flight operations, maintenance, and field deployment.”
Indian Army
“An IITMK-incubated, Kottayam-based startup revolutionising India's UAV ecosystem … Nexospark builds the vital nervous systems of drones.”
Kerala Startup Mission


Drone electronics designed to your platform's requirements.
Discuss a component
Technical guidance for UAV projects, and personnel training in assembly, flight and maintenance.
Book a consultationProduct releases, programme milestones and company news. All news

We showcased our work at the New Generation Equipment & Technology Display during Ekuverin XIV, the India–Maldives joint training exercise held in Thiruvananthapuram. Senior Indian Army officers visited the Nexospark stand.
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Asthra V1 is a hexacopter that delivers tranquilliser darts from a safe distance, for elephant incursions in Kerala. IIIT Kottayam's DroneX Lab developed the prototype with Nexospark, and Asthra was on display at the institute's 6th Convocation.
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Our founder Aswin P. Nair was featured in the Malayalam farming magazine Karshakashree, on drones for crop fertilisation in the field and automated feeding at fish farms and hatcheries.
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Nanotechnology engineer with IIT Madras technical experience in aerospace engineering and business management.
Expert in drone systems and autonomous technology development.
Expert in strategic planning, business growth, and corporate development.
A small engineering team in Kottayam, working on real hardware for defence and OEM programmes. See how we work and how to join.
Careers at Nexospark
For anything not covered here, send the brief and an engineer will reply.
Yes. Every module is designed, laid out and assembled by our engineers in Kottayam, Kerala. Nexospark is recognised under Make in India and supported by Kerala Startup Mission.
Yes. We integrate our control links, speed controllers, sensors and networking into OEM and programme airframes, and adapt boards to partner requirements.
Yes. We hold a Letter of Interest and a Letter of Recommendation from the Indian Army, and have trained Army personnel in drone assembly, flight operations, maintenance and field deployment.
It depends on the module. FalconLink runs ExpressLRS on 2.4 GHz; the CAN / I²C splitter and the air speed sensor work on standard flight-controller buses; the Ethernet switch links flight controllers, cameras and payloads. Ask for the datasheet of the module you need.
Yes. We have trained more than 100 students and Indian Army personnel in assembly, flight operations and field maintenance.
An engineer replies to every enquiry within 24–48 business hours.
Yes. We look for technology integration partners in US, EU and Asian markets for joint-venture engineering projects.
Defence programmes, OEM integrations and custom avionics. Send the brief and an engineer replies within 24–48 business hours.