Zephyra Dynamics
Zephyra Dynamics builds the aircraft, airspace management software, and virtual twin simulation platform needed for autonomous electric flight over Indian cities. Its Kestrel X2 is a single-seat eVTOL with 45 km range and 135 km/h cruise speed, while LAMINAR coordinates routes, separation, and vertiport scheduling in real time. The company simulates entire fleets on NVIDIA GPUs to test scenarios before they occur in the real sky.
- Aerospace
- Mobility & Transportation
- Autonomous Vehicles
- Hardware
- Software Only
- Artificial Intelligence
- AI Agents
- Space Technology
Funding
Founders
Founder details are not available yet.
Product
Problem
Indian cities face severe ground transportation congestion, limiting mobility options for residents. The sky above these cities remains largely unused, but urban air mobility operators lack the comprehensive systems needed to coordinate multiple aircraft, routes, and vertiports safely and efficiently.
Solution
Zephyra Dynamics delivers LAMINAR, a cloud-based urban air traffic management platform that plans three-dimensional corridors between vertiports, keeps aircraft separated in real time, and schedules landing pad slots across the network. The company also develops the Kestrel X2, a single-seat autonomous electric aircraft with eight rotors in four coaxial pairs, designed for rooftop-to-rooftop journeys. A virtual twin built in NVIDIA Omniverse and Isaac Sim tests flight physics, sensors, and environmental conditions before real flights, while LAMINAR simulates whole fleets on NVIDIA GPUs to stress-test operations.
Target Audience
Primary customers are urban air mobility operators, vertiport managers, and city authorities seeking airspace management and electric aircraft solutions for Indian cities. The company is also engaging institutional partners and early access operators for the Kestrel X2 program.
Features
- LAMINAR plans three-dimensional corridors between vertiports, clear of buildings and restricted airspace, before departure
- Real-time separation management using a bubble around each aircraft, with conflicts resolved before they reach the aircraft
- Network-wide vertiport scheduling so aircraft never arrive at a pad that is not ready
- City-scale fleet simulation on NVIDIA GPUs for testing storm cells, closed pads, and other what-if scenarios
- Kestrel X2 with 45 km range, 135 km/h cruise speed, and 8 rotors in four coaxial pairs
- Distributed electric propulsion where each coaxial pair can carry the load if its partner stops, with automatic thrust redistribution
- Dual flight computers and layered sensing for redundancy, proven first in the FlightLab virtual twin
- Carbon composite body with weight carried low for stability and folding arms for compact storage