Indigenise
Develop system knowledge in India and select locally engineered parts and subsystems wherever the mission and verification process allow.
KAPYAH / TECHNOLOGY
A clear view of KapYah’s aircraft and the systems that keep it present when the mission needs more time in the air.
The aircraft preview animates automatically. Drag to rotate the aircraft.CAPABILITIES WITHIN TECHNOLOGY
KapYah’s technology work connects mission definition, indigenous system knowledge, operator-focused design and field-led improvement. Capabilities live here because they describe how the systems are developed—not a separate product category.
Develop system knowledge in India and select locally engineered parts and subsystems wherever the mission and verification process allow.
Adapt the platform around mission-specific requirements, from tethered endurance and power switching to payload and control integration.
Treat aircraft, ground equipment, software and operator workflow as one system, with usability and maintenance considered from the start.
Move from prototype to repeatable builds through integration, field trials, documentation and continuous engineering improvement.
MISSION CONFIGURATIONS
Some capabilities are payload or mission configurations rather than separate aircraft products. The Hexa-T60-L belongs here: it uses the Hexa-T60 airframe with an added lighting payload.
The Hexa-T60-L uses the Hexa-T60 airframe with an added lighting payload. It belongs in the technology story as a mission configuration, not as a separate aircraft product.
60 m operating height · 65 m power-only tether · 8+ hours subject to generator fuel
DEVELOPMENT LOOP
SYSTEM DESIGN
Start with the operating environment, payload requirements, and the information the mission needs. These decisions shape the aircraft architecture.
RESEARCH DIRECTIONS / IN DEVELOPMENT
Development focus
Development focus
Development focus
Development focus