2024
Test Flight 06

2024_Test Flight 06

Layla Desert, Saudi Arabia

Test Flight 06 aimed to integrate all critical systems of the HALO Space vehicle. However, during a final maneuver before launch, the crane holding the capsule failed to lock properly, halting the launch. Thanks to strict safety protocols, no one was harmed, and the capsule remained undamaged.The crane is external equipment used solely for unmanned test flights, and the issue has already been resolved. This incident highlights the value of our testing program as we continue refining systems for future missions, with the next test flight scheduled for Spring 2025.

2025
TF Series 07-09

2025_TF Series 07-09

Location TBD

The next three test flights for HALO Space are critical milestones in our journey toward commercial near-space tourism. We will continue using our second prototype spacecraft for specific evaluations of system performance, focusing on refining and validating our technology while gathering valuable data. In parallel with these test flights, we will begin developing our pressurized spacecraft in October 2024, which will feature the innovative interior design by Frank Stephenson. This pressurized capsule, scheduled for testing in early 2026, will meet the highest safety and comfort standards. These subsequent tests will build on over three years of experience, validating our approach and confirming HALO Space’s readiness to revolutionize near-space tourism.

Test Flight Program

Test Flight Program

0-20 Tests Flight

Our highly experienced engineering team has developed a thorough and progressive test flight program to ensure the highest safety standards for our stratospheric flights. The HALO Space test flight program includes over 20 flights leading up to the start of commercial operations in 2026. Within a four-year period, we plan to conduct 15-20 test flights, five of which have already been successfully completed. The initial test flights focused on the different critical systems and operational specifications, gathering valuable data to validate our design concepts. Our approach follows a well-established path of incremental development, prioritizing safety at every stage. After completing the first phase, which validates all critical flight and safety systems, we will test the landing gear, HVACV (Heat, Ventilation and A/C), computing system and Environmental Control and Life Support Systems (ECLSS) with the pressurized spacecraft. We will also simulate various failure scenarios to ensure our backup systems work effectively. This rigorous testing process is essential for obtaining certifications from aerospace safety agencies. Supported by experienced engineers and leading aerospace companies, our commitment to safety and reliability ensures the highest standards for our space tourism operations.

Our highly experienced engineering team has developed a thorough and progressive test flight program to ensure the highest safety standards for our stratospheric flights. The HALO Space test flight program includes over 20 flights leading up to the start of commercial operations in 2026. Within a four-year period, we plan to conduct 15-20 test flights, five of which have already been successfully completed. The initial test flights focused on the different critical systems and operational specifications, gathering valuable data to validate our design concepts.

2022
Test Flight 01

2022_Test Flight 01

Hyderabad, India

Our first test flight took place in Hyderabad, India, in December 2022, leveraging the expertise of the Tata Institute of Fundamental Research. This test aimed to validate our stratospheric balloon systems, and the mission was a great success. All systems performed as planned, with the in-line safety parachute deploying effectively at 37 km altitude. The full-scale capsule demonstrated stable performance throughout all phases of the flight, and we gathered 12 GB of valuable video and data, which has been crucial in refining our vehicle's design. The flight trajectory closely matched predictions, and the spacecraft's descent was stable. These insights have guided subsequent test flights and will continue to ensure the reliability of our space tourism vehicle.

2023
TF Series 02-05

2023_TF Series 02-05

California, USA

Building on the success of our first test flight, we advanced to the second phase with a series of four test flights conducted in the Mojave Desert, California. These tests focused on the descent and landing systems and were conducted using a helicopter at an altitude of 2,600 meters above sea level. This approach allowed us to simulate key aspects of the test flight program without the need to reach 30 kilometers in altitude. Although all four test flights were conducted in the same manner, each test focused on thoroughly analyzing different aspects of the descent and landing systems, including the deployment and opening of the steerable parachute, navigation under canopy, minimizing g-loads during descent, and ensuring the overall reliability and precision of landing procedures.

2023
Test Flight 02

2023_Test Flight 02

California, USA

In our second test flight, the first one of our California series, we successfully validated the parachute’s deployment and ability to deliver a stable and controlled descent, achieve precise navigation, and execute accurate landings. These results represent a significant milestone in system readiness.

2023
Test Flight 03

2023_Test Flight 03

California, USA

Our third test flight focused on refining the parachute deployment process to minimize g-load on the spacecraft. We tested various configurations for opening and de-reefing, ensuring a smooth sequence to reduce stress on the system. The flight also evaluated the spacecraft’s navigation under the parachute, including steering, turn rate, and altitude loss during maneuvers. The results reinforced our confidence in delivering safe and comfortable descents for future passengers.

2023
Test Flight 04

2023_Test Flight 04

California, USA

Our fourth test flight focused on the parachute release system and landing precision. We tested the system's ability to ensure that the spacecraft landed accurately within the designated area and safely released the parachute upon landing. These tests validated the landing procedures and confirmed the reliability of the release mechanism.

2023
Test Flight 05

2023_Test Flight 05

California, USA

In our fifth test flight, we conducted a comprehensive integration of all components from parachute deployment to release mechanism. This flight combined elements from the three previous tests in California, including parachute deployment and opening, de-reefing processes, stable descent at controlled speeds, and precise landing maneuvers. By consolidating these elements, we validated the complete functionality and overall effectiveness of our descent and landing system, confirming the reliability and successful integration of all previously tested components.