1571P Series High-Speed Position and Rate Table System


The Ideal Aerosmith 1571P Series High Speed Rate Table Systems are designed to provide a precision high velocity testing solution for the development and/or production testing of inertial packages or their components. A typical application is for missile or projectile programs.

The 1571P test table is a servo-controlled system featuring a direct-drive DC brushless motor, precision optical encoder and a microprocessor that provides accurate and reliable motion control. The 1571P test table can be operated from the AERO 4000 Controller front panel for local control or through a computer interface for remote control.

The Single Axis Product Selection Matrix allows you to easily compare the primary specifications for each of the single axis table systems. Almost every system that Ideal Aerosmith manufactures can be customized to meet a customer’s specific requirements.

  • 1571P
  • 1571P
  • 1571P
Options available for

1571P Series High-Speed Position and Rate Table System

  • Integral Thermal Chamber with electric heating and LN2 or CO2. Testing range: -65 to 150 deg C.
  • Various Tabletop sizes
  • Custom slip package
  • Drive assembly available separately as a spin fixture or as a “roll drive” for use on existing tables
  • Horizontal axis configuration


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Standard Performance Specification & Features:

Position Accuracy: ±10 arcsec
Rate Accuracy: 0.01% ± Resolution
Maximum Rate: 18,000 deg/sec (50 Hz)
Direct-drive, DC brushless servo system
Aerodynamic/safety enclosure around tabletop
Precision-ground anodized aluminum tabletop
10 to 24 inch diameter tabletop options
Fail-safe brake
48 slipring lines
Electronics Console for AERO 4000 Controller and Servo Amplifiers
User-friendly Ideal Aerosmith Table Language (ATL)


.NET interface over Ethernet
Front panel display of status and data
Local and remote operation
Trapezoidal velocity profiles with programmable velocity and acceleration
Sinusoidal motion profiles with variable amplitude and frequency
Profile Modes for simulating complex motion


LabVIEW™ Virtual Instrument (.vi) driver included
GPIB and 100base-T Ethernet interfaces standard
Available control languages: ATL (Aerosmith Table Language) and MPACS (Legacy Carco Electronics™ and Contraves® Controllers)