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Fred Haise Test Stand

Aerial view of Stennis Space Center Test Complex; E Test Complex (foreground) and A Test Complex (background)

Test Facility Capabilities

Large, Ambient Engine Test Facility

Originally known as the A-1 Test Stand, the renamed Fred Haise Test Stand was designed to test fire the Apollo Saturn V second stage (S-II) – a cluster of five J-2 rocket engines capable of developing a 1.15-million-pound thrust at altitude. The Fred Haise Test Stand was converted to a single-position, vertical-firing test stand used to test liquid rocket engines at sea level conditions. It is currently configured for engine testing, with a 33-foot diameter opening within the thrust drum.

Fred Haise Test Stand
Fred Haise Test Stand
NASA / Stennis

Maximum Thrust: 1,500,000 pounds (original design); 650,000 pounds (current configuration)
Altitude: Ambient
Propellants: Liquid oxygen, liquid hydrogen

Current/Scheduled Work:

  • NASA SLS (Space Launch System) RS‐25 Engine

Past Propulsion Test Activities:

  • AR-22 (Aerojet Rocketdyne engine for the Defense Advanced Research Projects Agency (DARPA) Experimental Spaceplane Program/Boeing Phantom Express)
  • NASA J‐2X power pack assembly and engine (2011‐2013)
  • NASA J‐2 power pack assembly (2006‐2008)
  • NASA Linear Aerospike power pack assembly, single engine, and dual engine (1998‐2001)
  • NASA Space Shuttle Main Engine testing (1975‐2006)
  • NASA Saturn S-II (5-engine cluster) stage testing (1967‐1970)
  • XRS-2200 (NASA/Boeing Linear Aerospike Engine for X-33 reusable launch vehicle)
  • Space Shuttle Main Engine (NASA/Boeing)

Other NASA Stennis Test Facilities and Support Infrastructures

NASA Stennis has many unique test facilities and supporting infrastructure which provides world-class testing services.