HALO's Space Vehicle is crafted for the ultimate Near Space adventure, seamlessly integrating the most advanced, proven technologies through key partnerships. First flown successfully in 1933, the helium balloon system has been refined to cutting-edge standards over the decades. Our spacecraft, constructed from lightweight, durable materials, is securely connected to this state-of-the-art balloon via a specialized flight train. As you ascend smoothly to the stratosphere, the spacecraft’s gentle rotation enhances your journey with breathtaking 360-degree views.
NUMBER OF PROPULSION ENGINES:
0
COMBUSTION EMISSIONS:
0
ASCENSION SPEED:
20 kmh / 12 mph
TRAINING REQUIRED:
0
HEIGHT:
3,5 m / 11,4 ft
DIAMETER:
4,75 m / 15,6 ft
WEIGHT:
3500 kg / 7,716 lbs
WINDOWS SIZE:
1,9 m² / 20,5 ft²
CAPACITY:
9 (1 Pilot + 8 Passengers)
TOILETS:
1
INTERNAL SPACE:
2,8 m² / 30 ft²
DESIGN:
Frank Stephenson
BALLOON LENGTH:
140 m / 460 ft
BALLOON DIAMETER:
130 m / 426 ft (at peak altitude)
BALLOON WEIGHT:
1600 kg / 3,527 lbs
HELIUM CAPACITY:
-
DURATION OF DESCENT:
2 hrs
NUMBER OF PARACHUTES:
3
FAILURE PROBABILITY:
1 in 100 million
PARACHUTE DEPLOYMENT ALTITUDE:
8km / 26,00 ft
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HALO Space is committed to sustainability through our environmentally responsible practices and partnerships. Unlike rockets, our stratospheric balloon flights use helium and don’t rely on combustion engines, leading to zero emissions from combustion. This approach ensures that our operations have a minimal ecological footprint and are environmentally safe.
Mission Planning and Ground Control are the cornerstones of our operations, ensuring each flight's success with precision. Our operations are supported by GMV, a leading expert in mission planning and control with over 40 years of experience in these technologies. They meticulously design every mission phase, from trajectory calculations to real-time adjustments during flight.
Advanced ground control systems provided by GMV ensure seamless communication, while rigorous simulations prepare us for any scenario. Leveraging cutting-edge technology and GMV's extensive expertise, we ensure robust monitoring and responsive management of each flight.
HALO Space leads the industry in securing Near Space flight approvals through close collaboration with regulatory agencies. For both test and commercial flights, we obtain the necessary permits, licenses, and certifications from regulatory bodies. Unlike underwater ventures, all air and space vehicles must be compliant with aerospace safety rules and regulations and navigate under Air Traffic Control (ATC) in regulated airspace. This requires meticulous coordination and adherence to safety regulations for successful operations.
Our goal is to commence commercial operations by 2026 while adhering to all regulatory requirements. By using already certified components, HALO Space ensures the highest safety standards and avoids extensive development delays. This commitment establishes us as a trusted leader in Near Space travel, with every aspect of our technology rigorously validated to international standards.
CASA ensures aviation safety in Australia by certifying aircraft, pilots, and operators, enforcing regulations, and managing air traffic. HALO Space will conduct its test flights in Australia in 2025 under Part 101 regulations, adhering to CASA's stringent safety standards.
CST, in collaboration with GACA, SSA, and SANS, oversees the licensing and authorization of space flights within Saudi Arabia, while also fostering the development of the Kingdom's space ecosystem. HALO Space has received CST's authorization to conduct its 6th test flight in Saudi Arabia, marking the first Near Space flight in the Kingdom.
The FAA regulates U.S. civil aviation by overseeing safety, air traffic control, pilot certification, and commercial space transportation. HALO Space is working with the FAA's Office of Commercial Space Transportation to secure a license under Part 450 regulations for operating commercial near-space flights with passengers.
At HALO Space, our primary focus in selecting flight locations is ensuring the highest standards of safety and optimal weather conditions. We carefully choose expansive, open spaces for their ideal geographical and climatic factors, which provide the safest conditions for our launches and landings. Although we can’t control the weather, we’re dedicated to choosing environments that balance scientific precision with an artistic vision to offer stunning, unobstructed views. This approach ensures that your Near Space adventure is not only secure but also visually spectacular, creating a memorable and extraordinary journey.
