The limited 25 seat Space Program will be aiming to launch and deploy Uttar Pradesh’s first Balloon Satellite into Lower Earth orbit. The astonishing Space Mission would be a perfect blend of Online Learning and Physical Hands-On Experience at the Kalam Labs Astronomical Operations Office.
Join Kalam Labs: Special Limited Seat Kids Space Program
Inventing Actual Space Projects with Top Universities
In the month of November, Kalam Labs is launching a Limited-Seat Space Program for Kids of Class 4th to 8th.
Join Kalam Labs Special Limited Seat Kids Space Program
Inventing Actual Space Projects with Top Universities
In the month of November, Kalam Labs is launching a Limited-Seat Space Program for Kids of Class 4th to 8th.
Join Kalam Labs: Special Limited Seat Kids Space Program
In the month of November, Kalam Labs is launching a Limited-Seat Space Program for Kids of Class 4th to 8th.
Join Kalam Labs: Special Limited Seat Kids Space Program
Inventing Actual Space Projects with Top Universities
Every month Top Kids at Kalam Labs engage with India's Top Universities IITs, BITS, IISc to build futuristic space missions.
The limited 25 seat Space Program will be aiming to launch and deploy Uttar Pradesh’s first Balloon Satellite into Lower Earth orbit. The astonishing Space Mission would be a perfect blend of Online Learning and Physical Hands-On Experience at the Kalam Labs Astronomical Operations Office
Specification of Balloon Satellite Program
Specification of Balloon Satellite Program
The Kalam Labs Balloon Satellite Program is a space project under Kalam Labs that will be undertaken with a select group of 25 kids and Space Engineers. The aim is to test and deploy Uttar Pradesh's first Balloon Satellite flight into Lower Earth Orbit at an altitude of 40 km in Earth's atmosphere.
The Kalam Labs Balloon Satellite Program is a space project under Kalam Labs that will be undertaken with a select group of 25 kids and Space Engineers. The aim is to test and deploy Uttar Pradesh's first Balloon Satellite flight into Lower Earth Orbit at an altitude of 40 km in Earth's atmosphere.
The program is in joint collaboration with the Indian Institute of Astrophysics and ISTRAC-ISRO, and is set to be deployed on December 3, 2023.
Fees for Program: Rs 800/-
The program is in joint collaboration with the Indian Institute of Astrophysics and ISTRAC-ISRO, and is set to be deployed on December 3, 2023.
Key Highlights of Kalam Labs Kids Balloon Sat Program
4 Week Online Space Facts Learning Round
4 - Live Hands on Balloon-Satellite Building session at Kalam Labs
Special Invitation for the Top Performer to the Actual Launch of the Balloon Satellite
Certificate and Photo of Top Performer to be launched into space with the Satellite Payload.
Fees for Program:
Rs 800/-
Get Started
Key Highlights of Kalam Labs Kids Balloon Sat Program
Specification
of Balloon
Satellite Program
4 Week Online Space Facts Learning Round
4 - Live Hands on Balloon-Satellite Building session at Kalam Labs
Special Invitation for the Top Performer to the Actual Launch of the Balloon Satellite
Certificate and Photo of Top Performer to be launched into space with the Satellite Payload.
The Kalam Labs Balloon Satellite Program is a space project under Kalam Labs that will be undertaken with a select group of 25 kids and Space Engineers. The aim is to test and deploy Uttar Pradesh's first Balloon Satellite flight into Lower Earth Orbit at an altitude of 40 km in Earth's atmosphere.
The program is in joint collaboration with the Indian Institute of Astrophysics and ISTRAC-ISRO, and is set to be deployed on December 3, 2023.
The program is in joint collaboration with the Indian Institute of Astrophysics and ISTRAC-ISRO, and is set to be deployed on December 3, 2023.
Topics studied during the program:
Week 1: Introduction to Space
Placement of Earth and Solar System.
Previous Space Missions
Key Challenges in Space
Mysterious Realms of Space
Week 2: Atmosphere of Earth
Layers of Earth’s Atmosphere
Flying up in the Sky
Challenges in leaving Earth
Communication to Outer Space
Week 3: Astrophysics of Balloon Sat
Balloon Satellite Functioning
Component and Design of Balloon Satellite
Previous Balloon Satellite Missions
Key Challenges of Balloon Satellite
Week 4: Final Space Deployment & Test
Testing of Kalam Balloon Satellite
Communication Testing
Factors of Launch: Weather, Wind speed, Air Traffic etc
Final D-Day
Topics studied during the program:
Week 1: Introduction to Space
Placement of Earth and Solar System.
Previous Space Missions
Key Challenges in Space
Mysterious Realms of Space
Week 2: Atmosphere of Earth
Layers of Earth’s Atmosphere
Flying up in the Sky
Challenges in leaving Earth
Communication to Outer Space
Week 3: Astrophysics of Balloon Sat
Balloon Satellite Functioning
Component and Design of Balloon Satellite
Previous Balloon Satellite Missions
Key Challenges of Balloon Satellite
Week 4: Final Space Deployment & Test
Testing of Kalam Balloon Satellite
Communication Testing
Factors of Launch: Weather, Wind speed, Air Traffic etc
Final D-Day
The program is in joint collaboration with the Indian Institute of Astrophysics and ISTRAC-ISRO, and is set to be deployed on December 3, 2023.
Balloon Satellite Launch
Balloon Satellite Launch
Balloon Satellite Launch
MISSION 01
MISSION 01
MISSION 01
Balloon Satellite Launch
MISSION 01
Balloon Satellite Launch
MISSION 01
Balloon Satellite Launch
MISSION 01
Mission 02:
Kids Rocket Launch
The Kids Rocket Launch will serve as an engaging and educational experience for young aspiring scientists, as they witness the thrill of rocketry firsthand. A dry fuel rocket, complete with a parachute system, will be launched, capturing the imagination of the participants and fostering a love for science and exploration. The mission will be executed safely, with the rocket expected to be successfully recovered post-launch, allowing the young participants to see the entire process from launch to recovery. This educational outreach component of the mission is instrumental in inspiring the next generation and providing a tangible connection to the world of aerospace and science.
Mission 01: Balloon Satellite Launch
Mission 01:
Balloon Satellite Launch
The Balloon Satellite Launch segment of the mission will be executed with precision, with the goal of reaching an altitude of 40 km within Earth's atmosphere. The high-altitude balloon, carrying the satellite payload, will gather extensive data on atmospheric conditions, including pressure, temperature, and humidity, alongside capturing valuable video footage of the journey. Upon completion of its ascent, the balloon and its payload will be safely retrieved, ensuring the preservation and subsequent analysis of all collected data. This mission segment is crucial for advancing our understanding of the Earth's upper atmosphere and validating the performance of our equipment in extreme conditions.
The Balloon Satellite Launch segment of the mission will be executed with precision, with the goal of reaching an altitude of 40 km within Earth's atmosphere. The high-altitude balloon, carrying the satellite payload, will gather extensive data on atmospheric conditions, including pressure, temperature, and humidity, alongside capturing valuable video footage of the journey. Upon completion of its ascent, the balloon and its payload will be safely retrieved, ensuring the preservation and subsequent analysis of all collected data. This mission segment is crucial for advancing our understanding of the Earth's upper atmosphere and validating the performance of our equipment in extreme conditions.
Kids Rocket Launch
Kids Rocket Launch
Kids Rocket Launch
MISSION 02
MISSION 02
MISSION 02
Kids Rocket Launch
MISSION 02
Kids Rocket Launch
MISSION 02
Kids Rocket Launch
MISSION 02
Mission 02: Kids Rocket Launch
The Kids Rocket Launch will serve as an engaging and educational experience for young aspiring scientists, as they witness the thrill of rocketry firsthand. A dry fuel rocket, complete with a parachute system, will be launched, capturing the imagination of the participants and fostering a love for science and exploration. The mission will be executed safely, with the rocket expected to be successfully recovered post-launch, allowing the young participants to see the entire process from launch to recovery. This educational outreach component of the mission is instrumental in inspiring the next generation and providing a tangible connection to the world of aerospace and science
Mission 03:
Pendulum-Candy to Space
The Pendulum-Candy to Space experiment will add an innovative and exciting element to our mission, as a "Candy Rocket" will be lifted to an altitude of 18,000 ft using a balloon. Upon reaching the aimed height of 6000 ft, a pendulum mechanism will be activated, allowing the rocket to drop and gain kinetic energy, capturing unique data throughout its ascent and descent. The mission will showcase our capability to remotely control the rocket’s thrusters, change its direction mid-flight, and detect cosmic rays, contributing valuable data to our scientific understanding. All equipment will be successfully retrieved, ensuring the comprehensive analysis of the data collected, and marking the successful completion of this complex and multifaceted mission segment
Pendulum-Candy to Space
Pendulum-Candy to Space
Pendulum-Candy to Space
MISSION 03
MISSION 03
MISSION 03
Pendulum-Candy to Space
MISSION 03
Pendulum-Candy to Space
MISSION 03
Pendulum-Candy to Space
MISSION 03
Mission 03: Pendulum-Candy to Space
The Pendulum-Candy to Space experiment will add an innovative and exciting element to our mission, as a "Candy Rocket" will be lifted to an altitude of 18,000 ft using a balloon. Upon reaching the aimed height of 6000 ft, a pendulum mechanism will be activated, allowing the rocket to drop and gain kinetic energy, capturing unique data throughout its ascent and descent. The mission will showcase our capability to remotely control the rocket’s thrusters, change its direction mid-flight, and detect cosmic rays, contributing valuable data to our scientific understanding. All equipment will be successfully retrieved, ensuring the comprehensive analysis of the data collected, and marking the successful completion of this complex and multifaceted mission segment.
Internally Acclaimed Selection Process
Internally Acclaimed Selection Process
Internally Acclaimed Selection Process
Internally Acclaimed Selection Process
Top Kids at Kalam Labs get selected by highly engaging space quiz acclaimed by Finland Education Body, Akava.
Top Kids at Kalam Labs get selected by highly engaging space quiz acclaimed by Finland Education Body, Akava.
Top Kids at Kalam Labs get selected by highly engaging space quiz acclaimed by Finland Education Body, Akava.
Top Kids at Kalam Labs get selected by highly engaging space quiz acclaimed by Finland Education Body, Akava.
Monthly Subscription Plans
for your Space Lover Child
Join Kalam Labs
Monthly Subscription Plans
for your Space Lover Child
1 Month Subscription
₹800
p/month
4 Cosmic Championships
4 AI-powered Analyses
1 Telescope Party
Chance to Build Space Project
(Highest Water Rocket)
Get Started
3 Months Subscription
₹1699
12 Cosmic Championships
12 AI-powered Analysis
3 Telescope Parties
Opportunity to Build Space
Projects Highest Water Rocket,
Nano Satellite, Telescope
Observation
Get Started
6 Months Subscription
₹2999
24 Cosmic Championships
24 AI-powered Analyses
6 Telescope Parties
Opportunity to Build Highest
Water Rocket, Nano Satellite,
Telescope Observatory, Solar
Drones, Space-Faring
Vacuum Ball, Multi-Stage
Candy Rocket
Get Started
1 Month Subscription
₹800
4 Cosmic Championships
4 AI-powered Analyses
1 Telescope Party
Opportunity to Build Space Project
(Highest Water Rocket)
Get Started
3 Months Subscription
₹1699
12 Cosmic Championships
12 AI-powered Analyses
3 Telescope Parties
Opportunity to Build Space Projects
Highest Water Rocket,
Nano Satellite, Telescope
Observation
Get Started
6 Months Subscription
₹2999
24 Cosmic Championships
24 AI-powered Analyses
6 Telescope Parties
Opportunity to Build Highest
Water Rocket, Nano Satellite,
Telescope Observatory, Solar
Drones, Space-Faring
Vacuum Ball, Multi-Stage
Candy Rocket
Get Started