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Launch Vehicles
Vehicle family profile

Zephyr

Family-level launch record combining canonical variants, historical missions, public cadence forecasts, and available payload performance specs.

LatitudeDevelopment
Admin
Variants
1
Canonical variants linked to this family.
Historical missions
0
Missions in the public mission table with actual launch dates.
Peak listed capacity
200 kg
Maximum payload capacity across listed variants and orbits.

Launch Cadence

Historical missions are grouped by actual launch year. Forecast cadence uses family-level launch-rate rows.

YearHistorical missionsForecast launches
202604
202704
202804
202904
203004
203104
203204
203304
203404
203504
203604
203704
203804
203904
204004
204104

Forecast Location Split

1 launch location represented.

Performance Specs

Payload capacity by variant and target orbit when structured capacity rows are available.

VariantOrbitCapacityAltitudeInclinationSource
Zephyr
LEO200 kgUnknownUnknownLatitude Zephyr

Recent Missions

Latest launched missions using variants in this family.

MissionVariantLaunch

No recent missions

No launched missions are linked to variants in this family.

Forecasted Missions

Upcoming mission rows with announced launch timing.

MissionVariantAnnounced

No forecasted missions

No upcoming announced mission rows are linked to this vehicle family.

Variants

Canonical variants rolled up into this launch vehicle family.

VariantStagesMissionsStatus
Zephyr
Not stated0Development
YearLocationLaunchesConfidenceBasis
2026Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2027Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2028Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2029Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2030Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2031Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2032Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2033Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2034Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2035Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2036Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2037Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2038Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2039Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2040Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
2041Guiana Space Centre420%Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zeph...
Guiana Space Centre
2026 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2027 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2028 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2029 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2030 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2031 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2032 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2033 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2034 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2035 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2036 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Guiana Space Centre
2037 · 20% confidence
4

Latitude Zephyr development launcher; mass-production language supports future repeatability, but use low-confidence early cadence. Site mapping: Latitude/Zephyr current evidence ...

Track
Mentions
80
All verified mentions of this launch vehicle family in source documents.
0.0-5.0
Actions

AALTO states that Zephyr's engineering design allows it to withstand extreme stratospheric conditions and drives payload requirements in power consumption, environmental resilience and integration with aircraft systems.

CapabilityGeneralValue 4.0Feb 19, 2026AALTO plans Zephyr stratospheric hub in northern Australia and seeks local payload partners
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Terra Nova will incorporate the Zephyr-EP, a small stackable electric propulsion demonstrator with hall effect thrusters producing approximately 50 mN of thrust.

CapabilityValue 4.7Dec 2, 2025NordSpace announces its Space Systems Lab and provides new details on Terra Nova mission

These missions will be launched aboard the Zephyr rocket, developed by the French startup Latitude, with its inaugural flight scheduled for 2026.

PlanCapabilityRelationshipsValue 4.0Sep 6, 2025Orbital Paradigm consigue tres clientes para la demostración de su cápsula de reentrada en 2025

Latitude is developing the Zephyr small launch vehicle capable of putting up to 200 kilograms into orbit.

CapabilityPlanValue 4.0Jul 7, 2025The long recovery from a launcher crisis

Latitude planned a larger facility in Reims for mass production of Zephyr at rates up to 50 per year by the end of the decade.

PlanGrowthCapabilityValue 4.5Jul 7, 2025The long recovery from a launcher crisis

Latitude announced plans for a larger facility in Reims to mass-produce Zephyr at up to 50 vehicles per year by the end of the decade and plans to use a launch site in French Guiana.

PlanGrowthCapabilityValue 4.0Jul 7, 2025The long recovery from a launcher crisis

Atmos announced a contract with French launch startup Latitude on 2024-11-19 for five launches per year of Latitude’s Zephyr rocket from 2028 through 2032.

RelationshipsPlanValue 4.7Dec 10, 2024Atmos Space Cargo appoints Garver as strategic adviser

Each contracted Latitude Zephyr launch will place a Phoenix spacecraft into very low Earth orbit (VLEO).

CapabilityValue 4.0Nov 20, 2024Latitude signs multi-launch contract with Atmos Space Cargo

As of 2024-11-19, Latitude was on schedule for a first Zephyr launch by the end of 2025, with tests of an engine turbopump assembly planned for late 2024 followed by full-scale engine tests in early 2025.

PlanCapabilityValue 4.0Nov 20, 2024Latitude signs multi-launch contract with Atmos Space Cargo

Atmos Space Cargo will buy a minimum of five launches per year of Latitude’s Zephyr rocket between 2028 and 2032.

RelationshipsPlanValue 4.0Nov 20, 2024Latitude signs multi-launch contract with Atmos Space Cargo

Latitude raised $30,000,000 in January to continue development of the Zephyr rocket.

FinancialPlanValue 4.0Nov 20, 2024Latitude signs multi-launch contract with Atmos Space Cargo

Latitude is developing a small launch vehicle called Zephyr designed to place up to 200 kg into low Earth orbit.

PlanCapabilityValue 4.0Nov 5, 2024Latitude hires new CEO

Latitude plans a first orbital launch attempt of the Zephyr around the end of 2025.

PlanGrowthValue 4.0Nov 5, 2024Latitude hires new CEO

Latitude will start receiving flight hardware for the first Zephyr rocket 2024-11-04.

PlanGeneralValue 3.5Nov 5, 2024Latitude hires new CEO

Airbus spent over two decades developing Zephyr’s core technology and remains Aalto’s largest shareholder following the investment deal.

RelationshipsCapabilityValue 3.7Jun 3, 2024Aalto gets $100 million for high-altitude pseudo satellites

Planned near-term activities for Aalto include launching several customer missions over the coming year, establishing launch and landing sites for Zephyr, and advancing the certification process for Zephyr.

PlanCapabilityValue 4.0Jun 3, 2024Aalto gets $100 million for high-altitude pseudo satellites

Latitude plans the first flight of Zephyr in 2025.

PlanValue 3.5Jan 23, 2024Latitude raises $30 million for small launch vehicle development

Latitude is developing Zephyr, a small launch vehicle designed to place up to 100 kg into low Earth orbit.

CapabilityPlanValue 4.3Jan 23, 2024Latitude raises $30 million for small launch vehicle development

Kenya will host the majority of launches and landings of the Zephyr aircraft due to its ability to launch and land up to 10 months annually.

PlanValue 2.0Dec 8, 2023Airbus selects Kenya for the 1st HAPS drone hub

The deployment of Zephyr aircraft is subject to regulatory approvals from the Kenyan government.

LegalValue 2.3Dec 8, 2023Airbus selects Kenya for the 1st HAPS drone hub