Back to Propulsion Systems

Busek BHT-6000 Hall thruster

Busek's BHT-6000 is a 2-6 kW dual-mode Hall-effect thruster for high-power all-electric orbit raising, station keeping, and de-orbit. Busek documents xenon, krypton, and iodine operation, 320 mN at 5 kW in high-thrust mode, 288 mN at 6 kW in high-impulse mode, and 2,029/2,600 s specific impulse. Busek identifies a four-thruster BHT-6000 cluster with two NASA AEPS thrusters for NASA's Power and Propulsion Element and HALO Lunar Gateway mission, while this record does not invent a separate vehicle-family edge.

Identity

Aliases
BHT-6000BHT6000
Domains
spaceflight
Identity Level
model
Kind
electric-thruster
Name
Busek BHT-6000 Hall thruster
Status
active

Details

Description
Busek's BHT-6000 is a 2-6 kW dual-mode Hall-effect thruster for high-power all-electric orbit raising, station keeping, and de-orbit. Busek documents xenon, krypton, and iodine operation, 320 mN at 5 kW in high-thrust mode, 288 mN at 6 kW in high-impulse mode, and 2,029/2,600 s specific impulse. Busek identifies a four-thruster BHT-6000 cluster with two NASA AEPS thrusters for NASA's Power and Propulsion Element and HALO Lunar Gateway mission, while this record does not invent a separate vehicle-family edge.
Dry Mass
…
Electric Specs
Input Power Max
…
Input Power Min
…
Specific Impulse Max
…
Specific Impulse Min
…
Thrust Max
…
Thrust Min
…
Propellants
xenonkryptoniodine

Links

Assets & Meta

Creation Time
August 15, 2026 at 03:09:50 UTC
Updated Time
August 22, 2026 at 09:44:14 UTC

Other

Sources
  • Accessed Date
    2026-08-14
    Note
    Busek's current BHT-6000 product page identifies a 2-6 kW Hall thruster with greater than 64% nominal efficiency, xenon/krypton/iodine propellants, 320 mN at 5 kW and 2,029 s in high-thrust mode, and 288 mN at 6 kW and 2,600 s in high-impulse mode.
    Publisher
    Busek Co. Inc.
    Title
    BHT-6000
  • Accessed Date
    2026-08-14
    Note
    Busek identifies a four-BHT-6000 cluster, paired with two NASA AEPS thrusters, for the Power and Propulsion Element and HALO Module's Lunar Gateway orbit-raising and station-keeping mission.
    Publisher
    Busek Co. Inc.
    Title
    BHT-6000
  • Accessed Date
    2026-08-14
    Note
    NASA's technical report documents facility-effect testing performed during BHT-6000 development for flight on NASA's Power and Propulsion Element.
    Publisher
    NASA Technical Reports Server
    Title
    A Facility Effect Characterization Test of the BHT6000 Hall Thruster
  • Accessed Date
    2026-08-22
    Note
    Busek's standard datasheet lists a 12.5 kg assembly mass for BHT-6000 and documents its 5,000/6,000 W high-thrust and high-impulse modes with xenon, krypton, and iodine propellants.
    Publisher
    Busek Co. Inc.
    Title
    BHT-6000 Hall Effect Thruster