Blue Ghost + Elytra Dark

Mission specifications

Operator

Firefly Aerospace

Prime contractor

Firefly Aerospace

Launch

2026-Q4 (NET)

Landing site

Lunar far side (specific site TBD; supports LuSEE-Night)

Customer

NASA-CLPSESA

Payload

Dual-spacecraft: Blue Ghost lander + Elytra orbital relayas of 2026-05-28^[1]Surface ops target ≥10 days; LuSEE-Night continues post-shutdown for up to 2 years

Key findings

• 1.Aims to attempt the first commercial landing on the lunar far side, launching no earlier than Q4 2026 on a Falcon 9 as a stacked configuration of Firefly's Blue Ghost lander atop its Elytra Dark orbital vehicle.
• 2.Will carry ESA's Lunar Pathfinder communications satellite, which Elytra is designed to deploy into lunar orbit to provide relay coverage for far-side and polar missions that lack a direct line of sight to Earth.
• 3.Plans to host LuSEE-Night, a low-frequency radio telescope that will remain on the lander's top deck and — after Blue Ghost powers down before lunar night to avoid interference — aims to observe sub-50 MHz emissions and the redshifted 21-cm cosmic-dawn signal for up to two years.
• 4.Intends to support at least 10 days of surface operations while Elytra provides an S/X-band communications relay and radio-frequency calibration from orbit; JPL's User Terminal Payload was delivered to Firefly for integration in April 2026.
• 5.Is manifested to carry additional payloads including Fleet Space's SPIDER seismic instrument on the lander's surface-access arm and the Rashid Rover 2 mobility demonstration on the far side.

Mission outcome

Blue Ghost Mission 2 is Firefly's planned follow-on to its 2025 landing, targeting a launch no earlier than late 2026 and aiming to become the first commercial mission to touch down on the Moon's far side. In a triple-spacecraft architecture, the Elytra Dark vehicle would first release ESA's Lunar Pathfinder relay into lunar orbit before Blue Ghost descends to the surface, establishing a dual orbital-and-surface communications link. If successful, it would deliver LuSEE-Night — a radio telescope designed to study the cosmic-dawn era — plus seismic and rover payloads, extending far-side science access that no direct Earth link can support; the mission remains in development and has not yet flown.