Archive · 26 Jul 2026
SRM University-AP Launches DOXI Air Taxi
SRM University-AP has launched DOXI, an air taxi built by students.
DOXI is a small, electric aircraft that can take off and land vertically.
It was made by a team of 10 students and their mentor.
The aircraft can carry up to 80 kg and fly for 25 minutes at a speed of 50 km/h.
It costs very little to operate.
DOXI can be used for things like air ambulances, helping in emergencies, and delivering supplies during disasters.
Important people from the university and government were there to see the launch.
They praised the students for their hard work and innovation.
DOXI shows how students can create new technologies that can help society.
SRM University-AP launched DOXI, an air taxi built by students.
DOXI is an electric eVTOL with a 16-motor configuration and carbon fiber frame.
The aircraft has a payload capacity of 80 kg and a flight endurance of 25 minutes.
DOXI can be used for air ambulances, urban air mobility, and disaster relief.
The project demonstrates the integration of advanced aerospace engineering and AI.
- Who
- SRM University-AP students and faculty
- What
- Launch of DOXI, an air taxi and advanced air mobility platform
- When
- During a live demonstration at the university campus
- Where
- SRM University-AP campus
- Why
- To innovate in sustainable, autonomous, and intelligent air mobility
Proponents of DOXI
Skeptics of DOXI
Innovation and Technology
Proponents of DOXI
DOXI represents a significant advancement in sustainable, autonomous, and intelligent air mobility, showcasing the potential of student-led innovation.
Skeptics of DOXI
While innovative, the technology may still be in its early stages and requires further development and testing to ensure safety and reliability.
Economic Viability
Proponents of DOXI
DOXI's low operating cost of ₹3.5 per km makes it an economically viable solution for urban air mobility and emergency services.
Skeptics of DOXI
The long-term economic viability of DOXI remains uncertain, as factors such as maintenance, scalability, and market adoption need to be thoroughly evaluated.
- University
- SRM University-AP
- Team
- Team Skyworks
- Team Members
- 10 B.Tech. students and Dr. Pradyut Kumar Sanki
- Payload Capacity
- Up to 80 kg
- Top Speed
- 50 km/h
- Flight Endurance
- 25 minutes
- Operating Cost
- ₹3.5 per km
- Applications
- Air ambulance, urban air mobility, emergency response, disaster relief