Family-level launch record combining canonical variants, historical missions, public cadence forecasts, and available payload performance specs.
Historical missions are grouped by actual launch year. Forecast cadence uses family-level launch-rate rows.
| Year | Historical missions | Forecast launches |
|---|---|---|
| 2026 | 0 | 4 |
| 2027 | 0 | 4 |
| 2028 | 0 | 4 |
| 2029 | 0 | 4 |
| 2030 | 0 | 4 |
| 2031 | 0 | 4 |
| 2032 | 0 | 4 |
| 2033 | 0 | 4 |
| 2034 | 0 | 4 |
| 2035 | 0 | 4 |
| 2036 | 0 | 4 |
| 2037 | 0 | 4 |
| 2038 | 0 | 4 |
| 2039 | 0 | 4 |
| 2040 | 0 | 4 |
| 2041 | 0 | 4 |
1 launch location represented.
Payload capacity by variant and target orbit when structured capacity rows are available.
| Variant | Orbit | Capacity | Altitude | Inclination | Source |
|---|---|---|---|---|---|
Zephyr | LEO | 200 kg | Unknown | Unknown | Latitude Zephyr |
Latest launched missions using variants in this family.
| Mission | Variant | Launch |
|---|---|---|
No recent missionsNo launched missions are linked to variants in this family. | ||
Upcoming mission rows with announced launch timing.
| Mission | Variant | Announced |
|---|---|---|
No forecasted missionsNo upcoming announced mission rows are linked to this vehicle family. | ||
Canonical variants rolled up into this launch vehicle family.
| Variant | Stages | Missions | Status |
|---|---|---|---|
Zephyr | Not stated | 0 | Development |
| Year | Location | Launches | Confidence | Basis |
|---|---|---|---|---|
| 2026 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2027 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2028 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2029 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2030 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2031 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2032 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2033 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2034 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2035 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2036 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2037 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2038 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2039 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2040 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
| 2041 | Guiana Space Centre | 4 | 20% | Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph... |
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...
The development of Zephyr aircraft could create up to 1,000 job opportunities for Kenyan residents.
The Zephyr aircraft can operate in the stratosphere between 10 to 50 kilometers and act as mobile signal masts.
AALTO HAPS Ltd. aims to deploy its Zephyr aircraft from four or five bases around the world, starting with an operational hub in Laikipia County, Kenya, early next year.
Airbus selected Kenya as the preferred hub for the Zephyr initiative due to optimal weather conditions, business-friendly practices, a substantial talent pool, and quick licensing processes.
Each hub for the Zephyr initiative will include launch and landing ports, maintenance facilities, assembly lines with a production capacity of up to 50 aircraft per year, an operations center, and customer support facilities.
The Zephyr aircraft can remain airborne for more than 30 days and has unique takeoff and landing capabilities.
The Zephyr aircraft weighs 75 kilograms and has a wingspan of 25 meters.
Paradise Mobile will use AALTO HAPS’ solutions to provide services to subscribers within Zephyr HAPS coverage areas.
AALTO HAPS operates the stratospheric Zephyr solar-powered aircraft as a High Altitude Platform Station for Mobile Connectivity, Platform Mobility, Earth Observation, and Government applications.
Airbus HAPS Connectivity Business signed a Letter of Intent with Space Compass Corporation of Japan for a cooperation agreement to service the Japanese market with mobile connectivity and earth observation services from the stratosphere using the Zephyr platform.
Airbus HAPS intends to provide environmentally-friendly services from the stratospheric-operating Zephyr solar-powered aircraft for Mobile Connectivity, Platform Mobility, Earth Observation, and Government applications.
Airbus HAPS intends to offer 0.004 kg/0.005 kg low-latency mobile services from Zephyr at unprecedented economics.
Airbus HAPS will provide services from Zephyr for Mobile Connectivity, Platform Mobility, Earth Observation, and Government applications.
Zephyr can provide low-latency 0.004 kg and 0.005 kg mobile services from the stratosphere.
Zephyr is a stratospheric, solar-powered aircraft platform developed by Airbus.
Airbus HAPS has signed a Letter of Intent with Space Compass Corporation of Japan for a cooperation agreement to service the Japanese market with mobile connectivity and Earth observation services from the stratosphere using the Zephyr platform.
Airbus’ Zephyr platform will provide persistent high-resolution imaging and live video delivered from the stratosphere.
The Airbus Zephyr–Salam partnership will develop private networks, IoT applications, disaster management solutions, and other connectivity and high-altitude Earth observation services from the stratosphere to serve the Kingdom of Saudi Arabia.
Airbus’ Zephyr platform will be used in partnership with Salam to serve several markets in the Kingdom of Saudi Arabia.
Airbus and Salam will use the Zephyr platform to serve civil, governmental, and non-governmental applications in Saudi Arabia.