Rocket Lab Launch Complex 1 (Mahia)

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Next launch

As of 23 August 2026, the next launch from Rocket Lab Launch Complex 1 (Mahia) is Electron | LOXSAT 1 on a Electron, operated by Rocket Lab, scheduled for 31 August 2026 (time to be confirmed) from Unknown Pad.

Rocket Lab Launch Complex 1 (Mahia) is the first private orbital launch site in the Southern Hemisphere and among the world's most active small-launch facilities. Electron has a proven record of rapid-cadence dedicated smallsat launches.

39.2622°SLatitude
177.8649°ELongitude
10 mElevation
2018First Orbital

Site history

Owner / operator: Rocket Lab Founded: 2016 First orbital launch: 2018
Total orbital launches: around 55+ Annual launch rate: around 15/year Current vehicles: Electron, HASTE (hypersonic)
The first private orbital launch site in the Southern Hemisphere and among the world's most active small-launch facilities. Electron has a proven record of rapid-cadence dedicated smallsat launches.

Orbital mechanics from 39.2622°S

A launch site's latitude determines which orbits are achievable and at what fuel cost. Mahia at 39.2622°S sets the following constraints:

Min inclination (due east)
39.3°
A rocket launched due east enters an orbit inclined at exactly the site's latitude. Going lower requires a fuel-expensive plane change.
ISS reachable?
Yes — 51.6°
A 12.3° dog-leg manoeuvre is needed from this latitude to reach the ISS's 51.6° orbit.
Sun-sync (SSO)
Achievable
Sun-synchronous orbits (around 97–98°) require a slight retrograde tilt. A small retrograde azimuth is needed to reach the required around 97° inclination.
GTO efficiency
Standard
Geostationary transfer orbit requires a low inclination. A 39.3° plane change is needed to reach the GEO belt, costing payload mass.

Satellite train visibility from Mahia

From 39.2622°S, Mahia can reach 4 Starlink inclination shells: 43°, 53°, 70°, 97.6° SSO (polar).

Trains launched to higher inclinations are visible from more of the world. A 97° SSO train from Mahia would be visible at virtually every latitude; a 53° train is visible from latitudes up to ±57° (primarily) — much of the populated world. In the hours after launch — before satellites raise their orbits — a tight train of 20–60 bright dots crosses the sky roughly every 90 minutes. Use OrbitalNodes' Starlink tracker for exact train pass times.

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Mahia: the first private orbital site

Rocket Lab's Launch Complex 1 on New Zealand's Mahia Peninsula is the world's first private orbital launch site, where the small Electron rocket pioneered genuinely frequent dedicated small-satellite launch.

A remote peninsula with open ocean to the south and east, it can reach an unusually wide spread of orbital inclinations from a single pad.

Mahia — Launch Site FAQ

Where is Mahia and who operates it?

Rocket Lab Launch Complex 1 (Mahia) is located at 39.2622°S, 177.8649°E in Hawke's Bay, New Zealand. It is owned and operated by Rocket Lab. The site has conducted approximately 55 orbital launches since its first in 2018.

What rockets launch from Mahia?

Current vehicles operating from Rocket Lab Launch Complex 1 (Mahia) include Electron, HASTE (hypersonic). Primary customers are Rocket Lab, launching Small satellites, NASA CAPSTONE, commercial constellations.

What orbits can Mahia reach?

At 39.2622°S, Mahia's minimum achievable inclination is 39.3° (due-east launch). The ISS at 51.6° is reachable with a dogleg manoeuvre. The site can reach orbits between roughly 39° and 98° inclination.

Can I watch launches from Mahia?

Yes — Rocket Lab Launch Complex 1 (Mahia) hosts a high cadence of approximately 15 orbital launches per year. Check the operator's website for public viewing arrangements and launch windows.

What satellites can I see that were launched from Mahia?

Satellites regularly launched from Mahia include Small satellites, NASA CAPSTONE, commercial constellations. The ISS was supplied or crew-launched from sites at similar latitudes. Use OrbitalNodes to track any visible satellite in real time.

Why was Mahia built at this latitude?

Mahia at 39.2622°S was positioned to access the full range of low-Earth orbits including the ISS corridor. The site has been operational since 2018.

See all launch sites: Launch site directory →

CITE THIS PAGE
OrbitalNodes.ai. “Mahia Launch Site — Launches & Viewing Guide”. https://orbitalnodes.ai/launch-sites/mahia/
Figures on this page are computed from current orbital elements and released under CC BY 4.0 — quote, republish or build on them freely with credit to OrbitalNodes.ai.