12/12/2025
This is an incredible and inspiring development! A nano-satellite called Slippers2Sat (often written Slippers to Sat) — built with the involvement of 9 students from grades 7 and 8 in Chitwan, Nepal with the technical help of a team of engineers — was successfully sent to orbit this week aboard a Chinese Kinetica-1 (Lijian-1) rocket. 
Here’s a clear breakdown of what Slippers2Sat is and why it matters:
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🚀 1. What is Slippers2Sat?
• Slippers2Sat is a 1U CubeSat — a tiny type of satellite about the size of a loaf of bread and weighing around ~1.2 kg. 
• The project was designed and assembled in Nepal through a collaboration between Antarikchya Pratisthan Nepal and the Amateur Radio Digital Communications Foundation, with mentorship from engineers. It specifically aimed to empower students from marginalized communities by giving them hands-on experience in building a real satellite. 
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👩🔬 2. Student Involvement & Human Story
• Nine students from Nawoday Secondary School in Chitwan, many from the Chepang community and studying in Grades 7 and 8, were part of the core team working on this satellite. They were mentored by 6 engineers throughout the project. 
• Despite many never having used a computer before the project, these students learned electronics, coding, satellite systems, and design. The team worked evenings after school across more than a year to build and test the satellite. 
• The project name itself — Slippers2Sat — reflects a symbolic journey: from humble beginnings in rural Nepalese communities (where basic goods like slippers can be a luxury) to reaching space. 
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📡 3. Launch Details
• The satellite was launched on December 10, 2025, aboard China’s Kinetica-1 (also known as Lijian-1 Y11) rocket from the Jiuquan Satellite Launch Center in northwest China. 
• It was one of nine satellites on this commercial mission, including payloads for the UAE and Egypt. 
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🛰️ 4. What Slippers2Sat Will Do in Orbit
Once deployed into orbit, Slippers2Sat is expected to perform several important tasks:
🔹 Earth Observation & Environmental Data
• Equipped with cameras and sensors that can collect data related to Nepal’s vegetation, water resources, and environmental conditions. This can help scientists monitor forests, water bodies, and ecological changes over time. 
🔹 Earthquake Early Warning System
• It carries technology designed to detect micro-electromagnetic signals that may precede earthquakes — which could provide early warning data if successful. 
🔹 Communication & Amateur Radio
• The satellite includes an amateur radio digital repeater, allowing licensed radio users (amateur radio operators) around the world to interact with the satellite. 
🔹 Attitude Control
• It has mechanisms that allow it to adjust its orientation in orbit using commands from ground control. 
The mission was initially planned to last around five years, but due to intense solar activity in the current solar cycle, it may operate for about 1.5 years. 
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🌍 5. Why This Matters
Educational Impact
• This is a rare and meaningful example of very young students — many from disadvantaged backgrounds — participating directly in building a functional space system. That’s not just symbolic: it can help seed future STEM careers and raise technological confidence in Nepal. 
Scientific & Community Benefit
• The satellite provides data that can support research, environmental stewardship, and amateur radio communities, helping Nepal contribute to the global space science ecosystem. 
National Pride & Inspiration
• As Nepal’s third CubeSat project (after earlier satellites like NepaliSat-1 or SanoSat-1), Slippers2Sat marks a growing presence of Nepal in space technology — especially through education and grassroots participation.