Define the mission
Translate intended uses into requirements, constraints, and test questions.
ABOUT / TRYAN AERODYNAMICS
We build by
designing,
integrating,
testing.
An Indian aerospace team developing aircraft concepts and onboard systems through practical engineering. We are early in the journey and clear about the work still ahead.
PEOPLE · PROCESS · PROGRESS01 / ABOUT
OUR GOAL / 01
Build the aircraft
and understand the system.
Our work connects configuration, structures, embedded sensing, software, and test planning. SHENYA gives the team a real aircraft design problem; the flight computer gives us a way to observe and develop the systems around it. We evaluate promising directions, document what we learn, and identify what must be proven next.
THE JOURNEY / 02
From a question
to a measured answer.
ONGOING
Concept and CAD
Explore aircraft configuration and packaging with the SHENYA CAD model.
Prototype and integration
Bring airframe and electronics work together; aircraft-level integration remains in development.
Flight computer development
Connect sensors, calibration, serial telemetry, and ROS 2 publishing at bench stage.
Validation and iteration
Use observed results to refine the system; transition and mission performance need aircraft testing.
The next stage
Define feasibility, milestones, and validation with technical collaborators.
ABOUT US / 03
People behind Tryan.
A student-led Indian team working across aircraft design, avionics, structures, and integration. These are the people currently named in our development story.
Kanishk Chaudhar
Kanishk founded Tryan Aerodynamics to bring aircraft concepts and onboard systems into one practical development programme. He leads flight-computer development, including sensor calibration, structured telemetry, and ROS 2 publishing demonstrated at bench stage.
Vaibhav Shrivastava
Vaibhav works on SHENYA’s UAV design and CAD. His contribution develops the aircraft configuration as a model the team can evaluate and refine during concept development.
RECOGNITION / 04
Recognition for
the work in progress.
2026 / DIPEXRunner-up · Mobility category
SHENYA VTOL project. This is competition recognition for prototype work, not a certification of aircraft performance.
NEXT STEP / TRYAN
Continue into the engineering.
See how the flight computer turns raw sensor data into a useful development stream.
Explore flight computer