Our first commercial flights are set to begin in 2026, with HALO Space offering year-round operations thereafter. Since December 2022, we’ve successfully conducted five test flights, and we’re on track for our first manned test flight in 2025.
Our first base will be established in Saudi Arabia, with expansions planned for Australia, Spain, and the USA soon after. Our goal is to be able to offer stratospheric flights year-round, with each base location carefully chosen to ensure ideal safety conditions and optimal weather for maximum visibility.
Our launch sites are strategically located in some of the world's most beautiful vast land areas, selected to offer ideal conditions for HALO Space stratospheric flights and to provide a breathtaking backdrop for your immersive experience. Our first base will be located in Saudi Arabia, with plans to expand to the Australia, Spain and USA soon after.
The price per ticket is €150,000 ($165,000). HALO Space offers one of the most accessible and competitive options for experiencing Near Space. Compared to other forms of space travel, our advanced technology and unique approach make this a valuable investment in a once-in-a-lifetime journey.
You can't book your flight just yet, but you can join our waitlist to be among the first to know when bookings open and receive updates along the way. Fill out this form to join our waitlist.
JOIN WAITLISTNo, a deposit is not required. You can join our waitlist to be among the first to know when bookings open and receive updates along the way. Fill out this form to join our waitlist.
JOIN WAITLISTYou can reach our customer service team via email at help@halospaceflight.com or through our website's contact form.
Each capsule accommodates one pilot and eight passengers.
Yes, our team can help you coordinate to ensure your friends join the same flight.
The flight lasts between 4 and 6 hours, depending on weather conditions.
Think of our journey like a scenic drive high up in the sky; rising at speeds of 20 km/h (12 mph) you’re not floating freely but enjoying a smooth ascent to the stratosphere.
Prepare for an extraordinary experience as you ascend to altitudes of 35 km (22 miles), where the Earth's curvature becomes unmistakable against the backdrop of a pitch-black sky. As you ascend, you’ll witness the awe-inspiring "Overview Effect," a profound shift in perspective as you gaze upon the planet from the edge of space. The sun rising behind the Earth in the first hours of your flight creates a breathtaking celestial display, illuminating the vast expanse of space. Starting from around 25 km (15 miles), the curvature of Earth will be clearly visible, offering a transformative and unforgettable view that will stay with you forever.
The capsule features extra-large windows, each measuring 1.4m (4.6 ft) x 1.4m (4.6 ft), providing a total surface area of approximately 1.9 m² (20.5 ft²). With 9 windows in the capsule, you’ll enjoy unobstructed 360-degree panoramic views, whether you’re sitting or standing, making every moment of your journey visually spectacular.
Yes, while Wi-Fi will be provided during the flight, we encourage you to savor the stunning vistas with your own eyes instead of through a screen.
Yes, onboard cameras will capture every moment of your journey, so you can fully enjoy the experience without distractions. You’ll be able to relive those incredible views later and share them with loved ones.
HALO Space will provide an onboarding package that includes the clothing you will wear during the flight.
The interior of HALO’s spacecraft, is designed by supercar acclaimed designer Frank Stephenson of Ferrari, Maserati, and McLaren fame. Our pod offers unparalleled comfort and safety, with seating oriented for optimal views and privacy screens providing a serene experience. Every detail is meticulously crafted for your ultimate comfort and peace of mind.
Yes, the capsule is equipped with a bathroom, and you’ll be able to use it higher than most people ever have.
Yes, we offer a curated space-themed selection of food and beverages.
No, our flight is designed for a gentle ascent within the stratosphere, where you won’t experience weightlessness. Weightlessness typically requires free fall or reaching orbit, which involves leaving Earth’s gravitational pull. These conditions are not part of the HALO Space experience.
No extensive training is required, but we do provide a brief orientation at the launch base before your flight to help you make the most of your experience.
To fly with HALO Space, you must be at least 18 years old, in good physical health, and able to move around the capsule without assistance. If you're fit for a 4-6 hour commercial flight, you'll most likely be eligible to fly with us.
Not yet, in the first years of this nascent industry, HALO Space flights are available only to those who are at least 18 years old.
Not really, anyone who can board a commercial flight with most airlines is fit to fly with HALO Space. However, we will study with the passenger on a case by case basis the convenience of embarking in our flights.
The entire HALO Space experience spans a 7-day flight window. This period not only allows our technical team to select the ideal flight day but also gives you ample time to immerse yourself in local experiences and connect with the destination.
Our team is committed to crafting a personalized journey for you across our HALO Space destinations, tailored to your unique interests and preferences. As we approach the launch of our commercial operations, we'll share more detailed information and personalized pricing options.
Ground experiences are not included in the ticket price to give you the flexibility to customize your journey according to your preferences. We offer a range of options for accommodations, restaurants, and excursions, which can be booked separately to enhance and personalize your experience. Our team is dedicated to helping you create a journey that perfectly suits your desires. As we approach commercial operations, we’ll be able to provide more details and personalized pricing.
HALO Space prioritizes safety with multiple advanced systems designed to protect passengers at every stage of the flight. The spacecraft is free from hazardous materials like fuels, significantly reducing risks compared to traditional aerospace vehicles. Our vehicle operates at safe, controlled speeds (12mph) and altitudes, using zero-pressure stratospheric balloons.
Key safety measures include a comprehensive flight termination system, at any altitude, allowing for safe descent in any emergency. The pilot can initiate a flight abort at any time, using an in-line safety parachute, a steerable parachute, and an emergency parachute as needed. HALO’s Ground Control Center (GCC) continuously monitors real-time data, supporting the pilot in decision-making and ensuring all safety protocols are followed.
In the event of a critical issue—whether from a system failure, hazardous external conditions, or an unplanned deviation from the flight path—the pilot can safely abort the flight by releasing the balloon and deploying the necessary parachutes to ensure a controlled descent. These measures ensure that HALO Space flights are among the safest near-space experiences available.
If the balloon tears, there’s no cause for concern—because it’s an open (constant/zero pressure) balloon, it can’t pop like a typical balloon. In the unlikely event of a tear, the balloon's design allows it to continue functioning without any sudden changes, and the spacecraft remains fully supported. Additionally, the spacecraft is equipped with a parachute system that ensures a safe descent regardless of any issues with the balloon. The balloon is designed to detach from the capsule during descent, and this entire process is carefully controlled and monitored by the pilot and Mission Control.
HALO Space’s experienced engineering team has crafted a thorough ground and flight test program for our space vehicle, planning 15-20 test flights over the next three years, with five already successfully completed. This comprehensive testing includes both development and certification flights to meet the stringent requirements of space safety agencies worldwide, leading up to the start of commercial operations in 2026. Since our spacecraft operates in unique conditions compared to traditional aircraft or rockets, our initial tests focus on carefully validating our design across various flight scenarios. This rigorous approach ensures we gather all necessary data to refine our systems and guarantee the highest levels of safety and reliability.
Halo Space’s stratospheric balloons use helium because it is a safe and effective lifting gas. Helium is non-flammable and lighter than air, making it ideal for achieving the high altitudes required for stratospheric flights. Helium is inert and doesn’t react with other substances, ensuring a stable and reliable performance for the balloon. However, we plan to use green hydrogen after the first years of operations in full safety.
No, passengers won’t need to wear parachutes. HALO’s space vehicle is designed with multiple safety systems, including an in-line parachute for a safe emergency descent if there's an issue with the balloon. A primary steerable parachute ensures a controlled descent and accurate landing in the predetermined area. Additionally, an emergency parachute is in place to provide a safe descent and landing if there's a problem with the steerable parachute.
HALO Space flight paths are strategically planned to steer clear of space debris, which is mostly concentrated in low Earth orbit (below 2,000 km). With a maximum altitude of 35 km, our flights remain far outside these danger zones, ensuring a safe and unobstructed experience for passengers.
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.
The balloon that carries HALO’s spacecraft is 140 meters long and 130 meters in diameter at high altitudes. That’s the equivalent in area to a soccer field.
The spacecraft is 5 meters in diameter and 3.5 meters tall.
In HALO's spacecraft, air circulation and passenger safety are managed by the Environment Control and Life Support (ECLS) system. This system pressurizes the cabin, similar to a commercial airplane, and maintains a comfortable temperature between 18 to 24°C (64 to 75°F). To ensure adequate oxygen levels, the system includes pressurized air and oxygen bottles. Additionally, it removes carbon dioxide and excess moisture to keep the air safe and breathable throughout the flight.
The spacecraft’s maximum altitude is determined by the amount of helium that is supplied to the balloon. Therefore, the helium used for each flight is carefully measured to ensure the altitude does not exceed 35,000m (115,00 feet).
Flights may be rescheduled due to weather to ensure safety and optimal viewing conditions.
We'll provide detailed preparation guidelines once your booking is confirmed.
The pilot is trained for emergency situations, and we have protocols in place to handle them.
Complete our medical questionnaire, and consult your doctor if you have concerns.
Our cancellation policy is detailed in your booking agreement; please review it carefully.
Yes, you can bring personal items, but space and weight are limited, so pack lightly.
We accommodate dietary restrictions and preferences; please inform us in advance.
The cabin is pressurized to ensure passenger comfort, similar to commercial flights.