24/05/2026
What happens after a high-altitude balloon reaches the edge of space?🎈
The mission doesn’t end when the balloon bursts — that’s where critical scientific data collection begins. 🌍📡
This carousel walks through the complete near-space mission lifecycle followed by AeroLaunch India:
• Ascending through the atmosphere
• Balloon expansion and burst at extreme altitude
• Controlled parachute descent
• GPS-based payload recovery
• Data analysis for future mission improvements
Using high-altitude balloon technology, AeroLaunch India enables near-space experiments, atmospheric studies, payload testing, and real-time telemetry in a cost-effective and sustainable way.
Every mission is designed not only to explore near-space, but also to generate meaningful insights for research, innovation, and future aerospace applications.
(near-space missions, high altitude balloon technology, payload recovery system, atmospheric research, scientific exploration, real-time telemetry, aerospace innovation, space technology in India)